Best Projects for Mechanical Engineering

BTech students often have to complete projects in order to graduate. These Mechanical projects can be very challenging, but they are also a great opportunity to learn more about mechanical engineering. There are many different types of projects that you can choose from, so it is important to select one that will be both interesting and useful to you. Here are some great projects for mechanical engineering to consider.

List of projects for Mechanical Engineering

Fabrication of Gas kit for Four-Wheeler

Fabricating a gas kit for a four-wheeler is a complex process that requires a high level of precision and skill. It is typically done by mechanical engineering students as part of their BTech coursework. The process involves designing and building a custom gas tank, fittings, and other associated parts. It is a challenging project that requires a deep understanding of mechanical engineering principles.

Propeller Based Formula Car

Formula cars are race cars that are designed to adhere to a set of regulations set forth by the International Automobile Federation (FIA). These regulations dictate things like the size and shape of the car, as well as the type of engine that can be used. Propeller-based formula cars are those that use a propeller for propulsion, as opposed to the more traditional internal combustion engine. Propeller-based cars are typically more efficient than their internal combustion counterparts, but they are also more difficult to drive. As a result, they are not as common in Formula racing. However, for students interested in mechanical engineering projects, designing and building a propeller-based formula car can be a great challenge.

SMS based automatic two-wheeler locking system

SMS based automatic two-wheeler locking system is a project that can be undertaken by students pursuing a degree in mechanical engineering. The project involves the development of a system that can automatically lock a two-wheeler when it is not in use. The system can be activated and deactivated using a mobile phone, making it convenient for users. The project requires a good understanding of mechanical engineering principles, as well as knowledge of electronics and programming.

Fabrication of queries controlling system for two-wheeler

Mechanical engineering projects for BTech students can be very challenging. One of the most difficult projects is the fabrication of queries controlling system for two-wheeler. This project requires a student to have a strong understanding of mechanics and engineering principles. In addition, the student must be able to work with a team of other engineers to complete the project. The system must be able to control the speed and direction of a two-wheeler automatically.

Fabrication of man less defense

There is a growing demand for unmanned defense systems, as they offer a number of advantages over traditional systems. For one, they are much cheaper to operate and maintain. In addition, they are much less likely to put human lives at risk. As a result, many mechanical engineering students are interested in fabricating their own unmanned defense systems. There are a number of ways to do this, but the most common method is to use a remote-controlled vehicle. This can be either a land-based or air-based platform, and can be equipped with a variety of sensors and weapons.

GPS based vehicle root tracking system

A GPS based vehicle root tracking system can be used to track the location of a vehicle in real time. This can be useful for a variety of applications, such as fleet management or tracking a stolen vehicle. The system consists of a GPS receiver, which is mounted on the vehicle, and a software application that is used to track the location of the vehicle. The software application can be accessed by a computer or a mobile phone.

Fabrication of Two Engine Synchronization for Four-Wheeler

The goal of this project is to fabricate a two engine synchronization for a four-wheeler. This project is ideal for students who are studying mechanical engineering. The project involves designing and building a system that can synchronize two engines in a four-wheeler. This project can be completed in a few weeks, and it is a great way to learn about engine synchronization and how it works.

Fabrication of Automatic head lamp alignment system with Dim/Bright Controller

The fabrication of an automatic head lamp alignment system with a dim/bright controller is a project that would be suitable for BTech students studying mechanical engineering. The project would involve designing and building a system that could automatically align head lamps, as well as a controller that would allow the user to dim or brighten the head lamps as needed. This project would require a significant amount of work and planning, but the end result would be a functional and useful system.

Automatic sensor-based wall painting robot

Sensor-based wall painting robots are a type of mechanical engineering project that can be used by BTech students. These projects involve the use of sensors to detect the presence of a wall and then paint it automatically. This can be a great way to save time and effort when painting large areas. In addition, these projects can also be used to teach students about the principles of robotics and automation.

Remote controlled scrap collecting vehicle

A remote controlled scrap collecting vehicle is a mechanical engineering project for BTech students that can be used to collect scrap materials from a distance. This project can be used by students to learn about the principles of mechanical engineering and how to apply them to real-world situations. In addition, this project can also be used as a way to recycle scrap materials and reduce environmental pollution.

GPS based automatic vehicle accident information system

GPS based automatic vehicle accident information system is a project that is designed to help mechanical engineering students learn about the use of GPS technology in automotive applications. The project involves the use of GPS receivers to track the location of vehicles and then use that information to provide accident information to the students. The project is designed to be used by BTech students, but it can be adapted for use by other students as well.

Automatic Differential Unit locking system for Automobile

Differential Unit locking system for Automobile is a project for BTech students in mechanical engineering. The project involves the design and development of an automatic differential unit locking system for an automobile. The system will be designed to automatically lock the differential unit when the vehicle is in motion, and to unlock the unit when the vehicle is stopped. The system will be controlled by a microcontroller, and will use sensors to detect the vehicle’s speed and to determine when to lock and unlock the differential unit.

Efficiency increasing system in automobile

Automobiles are becoming increasingly efficient, thanks to advances in technology. Mechanical engineering projects for BTech students are helping to drive this trend by developing new ways to improve the efficiency of car engines. By making cars more efficient, we can reduce their environmental impact and save money on fuel costs. BTech students are at the forefront of this effort, and their work is making a difference.

Robot Controlled Vacuum Cleaner

A robot controlled vacuum cleaner is a vacuum cleaner that is controlled by a robot. The robot may be controlled by a remote control, or it may be autonomous. The advantage of a robot controlled vacuum cleaner is that it can clean your home without you having to lift a finger. This is especially helpful if you have a large home or if you have a lot of pets.

Digital locking system for material handling vehicle

A digital locking system for material handling vehicles is a project that would be beneficial for students studying mechanical engineering. This system would allow for the secure transport of materials between locations. It would also be helpful in keeping track of inventory levels and preventing theft. This project would require knowledge of mechanical engineering, as well as electronics and programming.

Fabrication of hydraulic screw jack

A hydraulic screw jack is a device used for lifting heavy loads. It consists of a screw that is turned by a hydraulic motor. The screw is connected to a piston that moves up and down inside a cylinder. The piston is connected to a load-bearing platform, which is raised or lowered as the screw is turned. The screw jack is a simple and efficient way to lift heavy loads. It is often used in construction and engineering projects.

Intelligent Way Searching Pick and Place Robot

One of the most popular areas of study for mechanical engineering students is robotics. Robotics offers a wide range of potential projects, from designing and building a robot to programming it to perform certain tasks. A pick and place robot is a type of robot that is commonly used in manufacturing and assembly applications. These robots are designed to pick up parts or products and place them in a specific location. Pick and place robots can be used in a variety of industries, from automotive to electronics. If you’re looking for a challenging and rewarding project, designing a pick and place robot is a great option.

Automatic paint spraying pick and place Equipment

Automatic paint spraying pick and place Equipment is a great option for students interested in mechanical engineering projects. This equipment can be used to automatically spray paint onto surfaces, making it a great option for students who want to improve their painting skills. In addition, the equipment is also great for students who want to learn more about how to operate and maintain machinery.

Fabrication of Pathfinding Vehicle

Pathfinding vehicles are used to navigate difficult terrain. They are equipped with sensors that allow them to detect obstacles and plan a route around them. Fabricating a pathfinding vehicle is a complex process that requires knowledge of mechanical engineering. BTech students who are interested in this project should have a strong understanding of the principles of mechanics. The project will require the use of various tools and machines, so it is important that students have access to a well-equipped workshop. With proper planning and execution, this project can be a great success.

Automatic Electromagnetic Clutch

The automatic electromagnetic clutch is a device that is used to engage and disengage two mechanical parts without the need for manual intervention. This clutch is typically used in applications where it is necessary to connect and disconnect two shafts quickly and without the need for human input. The automatic electromagnetic clutch can be used in a variety of different industries, including automotive, aerospace, and manufacturing.

Cell phone-controlled pick and place robot

A cell phone-controlled pick and place robot is a project that can be undertaken by students studying mechanical engineering. The purpose of the project is to build a robot that can be controlled by a cell phone, and that can pick up and move objects. This can be a fun and challenging project for students, and it can also be used to teach important engineering concepts.

Remote-controlled Pick and Place video analyzing robot

A remote-controlled pick and place video analyzing robot is a project that would be ideal for mechanical engineering students. The goal of the project would be to design and build a robot that could be used to remotely analyze video footage. The robot would need to be able to identify objects in the video and then pick them up and place them in a designated location. This project would require a great deal of planning and design, as well as a working knowledge of mechanical engineering principles.

Fabrication of Fuel Injector testing equipment

A fuel injector is a device used to deliver fuel to an internal combustion engine. Fuel injectors are typically located in the intake manifold, and deliver a precise amount of fuel to each cylinder in the engine. In order to ensure that the fuel injectors are working properly, they must be tested regularly. Fabrication of fuel injector testing equipment is a project that can be undertaken by students studying mechanical engineering. The project involves the design and construction of a testing device that can be used to test the performance of fuel injectors. This type of project is typically assigned to students in their final year of study.

Fabrication of Catelite converter for Automobile

The fabrication of a catelite converter is a project that would typically be undertaken by mechanical engineering students at the bachelor’s level. The project involves the design and construction of a device that can convert the energy from a car’s exhaust fumes into electrical energy. This can be used to power a car’s accessories, or to charge a car’s battery. The project requires a fair amount of knowledge of mechanical engineering principles, as well as a good understanding of how car engines work.

Fabrication of Solar Hybrid Car

Solar hybrid cars are a type of vehicle that uses both solar power and traditional fuel to operate. The solar panels on the car capture energy from the sun and convert it into electrical energy, which is then used to power the car. The traditional fuel is used to supplement the solar power when needed, such as during nighttime driving or long-distance travel. Solar hybrid cars are becoming increasingly popular as a more environmentally-friendly alternative to traditional gas-powered cars.

Fabrication of Fully Automated Intelligent Vehicle (Car Model)

This project aims to fabricate a fully automated intelligent vehicle (car model) which can be used for various purposes such as personal transportation, logistics, and so on. The car should be able to automatically detect and avoid obstacles in its path, and reach its destination without any human intervention. This project will require the use of various mechanical engineering concepts and principles, and is therefore ideal for BTech students who are interested in pursuing a career in this field.

Fabrication of Hybrid Vehicle

A hybrid vehicle is a vehicle that uses two or more different sources of power to move. The most common type of hybrid vehicle uses a gasoline engine and an electric motor. Other hybrid vehicles may use a diesel engine and an electric motor, or a fuel cell and an electric motor. Hybrid vehicles are becoming increasingly popular as gas prices rise and people look for ways to save money on fuel. Mechanical engineering students can learn about the design and fabrication of hybrid vehicles through projects such as building a small-scale model of a hybrid car. These projects can help students understand the principles of how hybrid vehicles work and the challenges associated with their design and manufacture.

Sand Collecting Vehicle

A sand collecting vehicle is a mechanical engineering project for BTech students. The project involves designing and building a vehicle that can collect sand from a designated area. The vehicle must be able to move the sand to a central location, where it can be stored for later use. The project requires a team of students to work together to complete the design and construction of the vehicle.

Fabrication of Kids Car

The fabrication of a kids car is a great mechanical engineering project for BTech students. The project involves the design and construction of a small car that can be driven by children. The car must be safe, reliable, and easy to operate. In addition, it must be able to navigate through obstacles and be able to stop and start without issue. The fabrication of a kids car is a great way to learn about the principles of mechanical engineering and to gain hands-on experience in the field.

Fabrication of Lube oil cooler

One of the most important components of a car’s engine is the lube oil cooler. The lube oil cooler helps to keep the engine’s lubricating oil at the proper temperature, and it also helps to remove any impurities from the oil. Fabricating a lube oil cooler is a complex process, but it is an excellent project for students studying mechanical engineering. In addition to learning about the various components of a car’s engine, students will also gain valuable experience in fabricating and assembling complex mechanical parts.

Remote controlled tilting handicapped wheel chair

A remote controlled tilting handicapped wheel chair is a project that can be undertaken by BTech students in mechanical engineering. The wheelchair is designed to be operated by a remote control, allowing the user to tilt the seat back and forth. This can be a useful feature for those with limited mobility, as it allows them to adjust their position without having to ask for assistance. The project requires a fair amount of technical knowledge and skill, but can be a rewarding experience for those who are up to the challenge.

Electronic assisted hydraulic braking system

An electronic assisted hydraulic braking system is a type of braking system that uses hydraulics to power the brakes and an electronic control unit to assist with braking. This type of system is often used in racing cars and high-performance vehicles because it provides better braking performance than a traditional hydraulic system. The electronic control unit can be used to adjust the amount of braking force that is applied, which allows the driver to fine-tune the braking performance of the vehicle.

Smart shock absorber for automobile

A smart shock absorber is a type of shock absorber that can automatically adjust its damping characteristics to suit the conditions of the road. This allows for a smoother ride and improved handling, as well as increased safety. Smart shock absorbers are a relatively new technology, and are not yet widely used in the automotive industry. However, they have great potential to improve the performance of vehicles, and are likely to become more common in the future.

SMS based vehicle Ignition controlling system

This project aims to develop a SMS based vehicle ignition controlling system which can be used to remotely control the ignition of a vehicle. This system can be used to prevent the vehicle from being stolen or to remotely start the engine. This project can be used by mechanical engineering students as a BTech project.

Fabrication of Adaptive braking system

Adaptive braking systems are designed to improve the braking performance of vehicles by automatically adjusting the brake pressure based on the conditions. This can be especially useful in situations where the road is wet or icy, or when the vehicle is carrying a heavy load. Fabricating an adaptive braking system is a complex process that requires a thorough understanding of mechanical engineering principles. However, the rewards can be great, as these systems can significantly improve the safety of vehicles. If you’re looking for a challenging project, fabricating an adaptive braking system is a great option.

Electrical Power Generation system using Railway track

The Indian Railways has come up with a new idea to generate electricity. The system uses the weight of the trains passing over the tracks to generate power. This power can then be used to run the trains or can be fed back into the grid. The system is still in the testing phase, but if it is successful, it could be a major source of renewable energy for the country.

Fabrication of Automatic Vehicle Over speed controlling system for School Zone

In this project, we propose the design and implementation of an automatic vehicle over speed controlling system for school zones. The system will be based on a mechanical engineering design, and it will be used to automatically control the speed of vehicles in school zones. The system will be designed to work with existing traffic control systems, and it will be able to automatically adjust the speed of vehicles based on the speed limit in the school zone. The system will be designed to be easy to use and install, and it will be tested to ensure that it meets all safety requirements.

Remote controlled air craft (Flying Model)

Remote controlled aircraft, or flying model aircraft, are a popular hobby for many people. These aircraft are typically small, lightweight, and easy to control, making them a great option for beginner pilots. If you’re interested in getting started with remote controlled aircraft, there are a few things you’ll need to know. First, you’ll need to choose the right model aircraft for your needs.

There are a variety of different types of aircraft available, so it’s important to select one that is appropriate for your skill level. Once you’ve chosen your aircraft, you’ll need to assemble it and install the necessary components. This can be a complex process, so it’s important to follow the instructions carefully. Once your aircraft is ready to go, you’ll need to learn how to control it. This requires practice and patience, but it’s ultimately very rewarding. If you’re looking for a challenging and rewarding hobby, remote controlled aircraft are a great option.

Automatic Pneumatic welding Robot

Automatic pneumatic welding robots are an important part of the manufacturing process for many industries. These robots are used to weld metal parts together using a pneumatic welding torch. This type of welding is very precise and can be used to weld a variety of different materials. Pneumatic welding robots are typically used in industries such as automotive manufacturing, aerospace manufacturing, and shipbuilding.

Intelligent Active Suspension system for two-wheeler

The intelligent active suspension system is a project that aims to improve the suspension of two-wheelers. The system uses sensors to detect bumps in the road and adjust the suspension accordingly. This allows for a smoother ride and improved handling, especially on rough roads. The project is ideal for mechanical engineering students who are interested in working on innovative projects that have the potential to make a real difference.

Remote operated weapon system

A remote operated weapon system (ROWS) is a type of weapon that can be operated remotely, usually with the help of a joystick or other type of controller. ROWS are typically used in military applications, but they can also be used for law enforcement or security purposes. Mechanical engineering students may be interested in designing and building a ROWS as a project. The challenge in designing a ROWS is to create a system that is both effective and safe to use.

Fabrication of Sub-Marine (Model)

The fabrication of a sub-marine (model) is a challenging but rewarding project for mechanical engineering students. The project requires a deep understanding of the principles of fluid mechanics and thermodynamics, as well as a high level of skill in welding and metalworking. The finished product will be a working model of a sub-marine that can be used for educational or demonstration purposes.

Automatic Scrap collecting Vehicle

An automatic scrap collecting vehicle is a mechanical engineering project for BTech students. The project involves designing and building a vehicle that can automatically collect scrap from a designated area. The vehicle must be able to identify and collect scrap from a variety of sources, including both stationary and moving objects. In addition, the vehicle must be able to safely store the collected scrap until it is ready to be disposed of.

Fabrication of Gear Level Indicator for Automobile

A gear level indicator is a device that is used to indicate the position of the gears in an automobile. It is usually a small, round, mechanical device that is mounted on the dashboard of the vehicle. The device typically has a series of numbers or symbols that correspond to the different gear positions. When the driver shifts gears, the indicator will change to show the new position. The indicator is a valuable tool for drivers, as it can help them to avoid accidentally shifting into the wrong gear.

Automatic Vehicle Over Speed Controlling System

An automatic vehicle over speed controlling system is a project that can be undertaken by mechanical engineering students. The project involves developing a system that can automatically control the speed of a vehicle. The system can be used to prevent accidents caused by over speeding.

Fabrication turbo charger for two-wheeler

Turbochargers are a type of forced induction system that increase the power and efficiency of an internal combustion engine by compressing the air that enters the engine. This allows the engine to take in more air, which results in more power. Turbochargers are commonly used in automobiles, but they can also be used in other types of engines, such as those used in motorcycles

Video analyzing remote controlled vacuum cleaner

In this video, we analyze a remote controlled vacuum cleaner. This project is ideal for mechanical engineering students who are looking for an interesting and challenging project. We go over the design of the vacuum cleaner, its mechanisms, and how it works. We also discuss the benefits of this project, such as its portability and ease of use.

Fabrication of Electro-Magnetic braking System for Automobile

Electro-magnetic braking systems are used in a variety of applications, including automobiles. In this project, students will learn how to design and fabricate an electro-magnetic braking system for an automobile. The project will require a basic understanding of mechanical engineering principles. Students will need to be able to use a variety of tools and machines in order to complete the project.

Fabrication of Go Ped Drive

The fabrication of a Go Ped drive is a project that would be suitable for BTech students in mechanical engineering. The project would involve the design and construction of a device that could be used to power a Go Ped, which is a small, electric-powered scooter. The project would require the use of various machining and manufacturing techniques, as well as a thorough understanding of the principles of electric motors and batteries.

Fabrication of Foldable two-wheeler

Foldable two-wheelers are a type of vehicle that can be folded up for easy storage and transportation. They are typically made from lightweight materials such as aluminum or titanium, and are designed to be used in urban areas where space is limited. Foldable two-wheelers are an ideal project for mechanical engineering students who are interested in designing and fabricating innovative vehicles. In addition to the engineering challenges involved, fabricating a foldable two-wheeler also requires knowledge of manufacturing processes and materials.

Intelligent Braking System in Four-Wheeler (IBS)

IBS is a four-wheeler braking system that uses sensors to detect when a vehicle is about to collide with another object and automatically applies the brakes. This can help to avoid or reduce the severity of an accident. IBS is a relatively new technology, and it is not yet standard on all vehicles. However, it is becoming more common, especially on newer models. BTech students who are interested in mechanical engineering may be interested in working on projects related to IBS.

Emergency Braking System in Four-Wheeler (EBS)

The emergency braking system is a life-saving device that is installed in four-wheelers. It is designed to stop the vehicle in case of an emergency. The system is activated by a sensor that detects when the vehicle is about to collide with another object. The sensor sends a signal to the brakes, which are then applied automatically. The EBS is a great way to prevent accidents, and it is especially useful for those who are not experienced drivers.

Anti-Lock Braking System in Four-wheeler (ABS)

ABS, or anti-lock braking system, is a type of braking system that helps prevent the wheels from locking up. This can be helpful in situations where the road is slippery or the driver needs to make a sudden stop. ABS is typically found in four-wheel vehicles, although it can also be used in two-wheel vehicles. BTech students interested in mechanical engineering projects may want to consider researching and developing an ABS system for a four-wheel vehicle.

Artificial Intelligent based Solar Vehicle

Solar cars are powered by electricity from photovoltaic cells, which convert sunlight into electrical energy. Artificial intelligence can be used to optimize the route of a solar car to maximize the amount of sunlight that the car is exposed to. This can help to increase the efficiency of the car and reduce the amount of time it takes to charge the batteries. In addition, AI can be used to monitor the performance of the solar car and make adjustments to the design to improve its efficiency.

Over speed indication and Automatic accident Avoiding System for four-wheeler

Over speed indication and automatic accident avoiding system is a project that can be undertaken by mechanical engineering students. The project involves developing a system that can detect when a vehicle is speeding and automatically take measures to avoid an accident. This can be done by using sensors to detect the speed of the vehicle and then activating a warning system or taking evasive action. The project would require a significant amount of research and development, but the end result could potentially save lives.

Hydraulic hybrid system for four-wheeler

A hydraulic hybrid system for a four-wheeler is a system that uses hydraulic power to help drive the vehicle. This type of system is typically used in heavy duty vehicles such as trucks and buses, but can also be used in passenger cars. The hydraulic hybrid system uses a hydraulic pump to store energy when the vehicle is braking. This stored energy can then be used to help power the vehicle when it is accelerating. The advantage of this type of system is that it can improve fuel economy by up to 30%.

Efficiency Increasing System in Automobile by using preheating method

Automobiles are typically powered by internal combustion engines, which require a spark to ignite the fuel-air mixture. However, starting an engine in cold weather can be difficult because the oil is thicker and the battery may be weak. One way to improve engine efficiency is to preheat the engine using waste heat from the exhaust system. This can be done by routing the exhaust through a heat exchanger before it is released into the atmosphere. By preheating the engine, the oil will be thinner and the battery will be stronger, making it easier to start the engine and improve fuel economy. This is a particularly important consideration in cold weather climates.

A robot system for firefighting in tunnels

A robot system for firefighting in tunnels is a project that is being developed by a team of students at BTech. The project is still in its early stages, but the team has already developed a prototype that they believe could be used in real-world applications. The robot is designed to enter a tunnel and extinguish a fire using a water pump and hose. The team is currently working on developing a more advanced prototype that would be able to navigate through a maze of tunnels.

Remote controlled material handling equipment

There is a wide variety of remote controlled material handling equipment available on the market today. This type of equipment can be used for a variety of applications, including moving materials around a warehouse or factory floor. Some of the most popular brands of remote controlled material handling equipment include Yale, Hyster, and Crown. If you are a BTech student looking for a project, consider researching one of these brands and designing a remote controlled material handling system.

Electronic Fuel Injection (EFI) system for Two-wheeler

The electronic fuel injection (EFI) system is a mechanical engineering project for BTech students. It is a system that injects fuel into the engine of a two-wheeler, such as a motorcycle, scooter, or moped. The fuel is injected into the engine through a series of injectors. The EFI system is controlled by a computer, which determines the amount of fuel to be injected based on the engine’s speed and load. The EFI system is a closed-loop system, meaning that it constantly monitors the engine’s performance and makes adjustments to the fuel injection based on the data it collects. The EFI system is a complex and sophisticated piece of machinery, but it is an essential part of modern two-wheelers.

Fabrication of Automatic Electro-Hydraulic Jack for Four-Wheeler

A four-wheeler jack is a device that is used to lift up a vehicle so that it can be repaired or maintained. The process of fabricating an automatic electro-hydraulic jack for a four-wheeler involves a number of steps, including designing the jack, selecting the materials, and assembling the components. This project is suitable for students who are studying mechanical engineering.

Automatic reserve indication system

The automatic reserve indication system is a project that can be undertaken by students of mechanical engineering. The project involves designing a system that can automatically indicate the amount of reserves present in a given area. The system can be used to monitor the reserves of water, oil, or other natural resources. The project requires a good understanding of mechanical engineering principles, as well as some knowledge of electronics and programming.

D & F of Triangular air Compressor with Common Compression Chamber

A triangular air compressor is a type of air compressor that uses a triangular-shaped piston to compress air. The piston is connected to a crankshaft, and the crankshaft is connected to a flywheel. The flywheel is what makes the piston move up and down in the cylinder. The air is compressed in the cylinder, and then it is released into the air chamber. The air chamber is where the air is stored until it is needed.

Button operated electro- magnetic gear shifting system for two-wheeler

Button operated electro- magnetic gear shifting system for two-wheeler is a project for students of mechanical engineering. The project aims to develop a button operated electro- magnetic gear shifting system for two-wheelers. The system will be designed to shift gears automatically, based on the rider’s input. The project will require the use of CAD software and will be tested on a prototype two-wheeler.

Fabrication of Automatic pneumatic jack

A pneumatic jack is a device that uses air pressure to lift heavy objects. It is commonly used in automotive applications, but can also be used for other purposes such as lifting heavy equipment. A pneumatic jack typically consists of a metal cylinder that is filled with air. The air pressure is used to push a piston up, which in turn lifts the object that is attached to the piston. Pneumatic jacks are very versatile and can be used in a variety of applications.

Automatic Distance Measurement and Braking System By using Ultrasonic Waves

Ultrasonic waves are sound waves with frequencies higher than the human ear can hear. They can be used for a variety of purposes, including distance measurement and medical imaging. In this project, we will be using ultrasonic waves to build an automatic distance measurement and braking system for a vehicle. This system will use sensors to detect objects in the path of the vehicle and automatically apply the brakes if necessary. This project is ideal for students interested in mechanical engineering, as it involves a mix of mechanical and electronic components.

Fabrication of Automatic steering control system for automobile

The fabrication of an automatic steering control system for automobiles is a project that would be ideal for BTech students who are interested in mechanical engineering. The project would involve designing and building a system that could automatically steer a car based on input from sensors. The system would need to be able to safely navigate a car through traffic and around obstacles. This project would require a strong understanding of mechanical engineering principles, as well as experience with programming and electronics.

Fabrication of Multi-Engine compressor

The fabrication of a multi-engine compressor is a complex process that requires a high level of precision and expertise.Mechanical engineering students can learn about this process by completing a project that involves designing and building a working model of a multi-engine compressor. This type of project is an excellent way to gain hands-on experience with the principles of mechanical engineering. In addition, it can also help students develop problem-solving and critical thinking skills.

Computer controlled wireless robot with wireless Camera

Wireless robots are becoming increasingly popular, as they offer a number of advantages over traditional wired robots. They are more flexible and can be used in a wider range of applications. Additionally, wireless robots are easier to control and can be equipped with wireless cameras, making them ideal for surveillance and security applications.

Fabrication of Solar Race Car

Solar cars are a type of electric vehicle that use solar panels to convert sunlight into electrical energy, which is then used to power the vehicle. Solar cars are usually designed for racing, as they are significantly lighter and more aerodynamic than traditional cars. Fabrication of a solar car requires a great deal of engineering expertise, as the car must be designed to be as efficient as possible. BTech students can gain valuable experience by working on solar car projects.

Fabrication of Multi Nut (Wheel) Tightener

The fabrication of a multi nut (wheel) tightener is a project that can be undertaken by students studying mechanical engineering. The project involves the design and construction of a device that can be used to tighten multiple nuts at once. This can be a useful tool for mechanics or anyone who works with machinery. The project requires a knowledge of engineering principles and machining techniques.

Fabrication of PC based pick and place sequence robot

BTech students in mechanical engineering often have to complete projects as part of their coursework. One possible project is to design and build a pick and place sequence robot. This type of robot is commonly used in manufacturing and assembly operations. The project would involve designing the robot, fabricating it, and then testing it to ensure that it works correctly. This could be a challenging but rewarding project for any BTech student interested in mechanical engineering.

Fabrication of Automatic Railway Gate Controller

Automatic Railway Gate Controller is a device used to control the gates at railway crossings. It is designed to automatically open and close the gates based on the position of the train. The device is operated by a mechanical lever that is connected to a sensor. When the train is approaching the crossing, the sensor sends a signal to the lever, which opens the gates. When the train has passed, the lever closes the gates.

Digital Fuel Level Indicator

A digital fuel level indicator is a device that is used to measure the amount of fuel in a tank. It is typically used in vehicles, but can also be used in other applications such as boats and aircraft. The digital fuel level indicator uses a sensor to measure the level of fuel in a tank and then displays the information on a digital display. The digital fuel level indicator is a useful tool for monitoring the level of fuel in a tank and can be used to prevent fuel shortages.

Anti-Lock Sensotronic Braking System

The anti-lock sensorotronic braking system is a type of braking system that uses sensors to monitor the speed and rotational position of the wheels. If the system detects that the wheels are about to lock up, it will automatically apply the brakes to prevent the vehicle from skidding. This type of system is often used on vehicles that are equipped with ABS (anti-lock braking system).

Propeller Based Formula Car

A propeller based formula car is a car that uses a propeller to power it. This type of car is usually powered by a gasoline engine, but can also be powered by an electric motor. Propeller based formula cars are typically used in racing events, such as the Formula One racing series.

Diesel Engine Based Clutch Controlled Car

A diesel engine based clutch controlled car is a car that uses a diesel engine to power the wheels. The engine is connected to the wheels via a clutch, which allows the driver to control the amount of power that is sent to the wheels. This type of car is often used in racing applications, as it provides good power and control.

Diesel Engine Locomotive Model

Diesel engine locomotive models are a great way to learn about mechanical engineering. These projects are perfect for BTech students who want to learn more about how diesel engines work. These models can be used to teach about the different parts of a diesel engine and how they work together. In addition, these projects can help students learn about the principles of thermodynamics and fluid mechanics.

Electro-Hydraulic System for Automation in Four-Wheeler

Automation is increasingly becoming a popular topic in the automotive industry. Many carmakers are looking into ways to make their vehicles more efficient and easier to produce. One area of exploration is the use of electro-hydraulic systems. These systems use hydraulic fluid to power various components of the vehicle, such as the brakes or suspension. This can potentially lead to weight savings and improved fuel economy. Additionally, it may also allow for more precise control of the car’s movements. As a result, electro-hydraulic systems have the potential to greatly improve the efficiency of four-wheelers.

Cell phone controlled Solar Vehicle

A solar vehicle is a vehicle powered by electricity generated by solar panels. Solar vehicles are usually designed with photovoltaic cells, which convert sunlight into electrical energy. This energy can then be used to power the vehicle’s electric motor. Solar vehicles are environmentally friendly and can help reduce dependence on fossil fuels. Additionally, solar vehicles can be used in a variety of applications, including transportation, recreation, and even defense.

Fabrication of Gas kit for two-Wheeler

Gas kits are commonly used in two-wheelers to help reduce emissions and improve fuel economy. Fabricating a gas kit is a complex process that requires knowledge of mechanical engineering. However, it is possible for students to complete this project as part of their BTech degree. The first step is to gather all of the necessary materials, including a gas tank, valves, and tubing. Next, the student will need to cut and weld the gas tank to the frame of the two-wheeler. Once the tank is in place, the student will need to connect the valves and tubing. Finally, the student will need to test the gas kit to ensure that it is functioning properly.

Fabrication of Electro- Hydraulic Braking system for Four-Wheeler

The fabrication of an electro-hydraulic braking system for a four-wheeler is a challenging but rewarding project for any mechanical engineering student. The system must be designed to meet the specific requirements of the vehicle, and the student must have a strong understanding of hydraulics and mechanics. The project will require a significant amount of time and effort, but the end result will be a functional braking system that can be used on a real vehicle.

Fabrication of Car Automation

Automated cars are becoming increasingly popular, and as a result, there is a growing demand for qualified engineers who can design and build them. If you’re interested in a career in car automation, then a BTech in mechanical engineering is a great place to start. In this program, you’ll learn the skills and knowledge necessary to design and build automated cars. You’ll also have the opportunity to work on projects with other students, giving you the opportunity to apply your skills in a real-world setting. With a BTech in mechanical engineering, you’ll be well-prepared for a career in car automation.

Mileage Projector

Mileage Projector is a mechanical engineering project for BTech students. The aim of the project is to design and build a device that can estimate the mileage of a vehicle. The device will be able to estimate the mileage of a vehicle based on the number of miles it has traveled and the amount of fuel it has consumed. The device will also be able to estimate the mileage of a vehicle based on the number of kilometers it has traveled and the amount of fuel it has consumed.

Zig Zag Pneumatic Lift

The Zig Zag Pneumatic Lift is a mechanical engineering project for BTech students. The project involves designing and building a pneumatic lift that can move objects up and down a zigzag path. The lift must be able to move objects of different sizes and weights, and it must be safe to use. The project is a great opportunity for students to learn about mechanical engineering and to apply their knowledge to a real-world problem.

Automatic Saw Cutting

Automatic saw cutting is a process that uses a mechanical saw to cut materials. This method is often used for large projects, such as cutting lumber for construction. Automatic saw cutting is a fast and efficient way to cut materials, and it can be done using a variety of different saws.

Automatic Guided Vehicles

Automatic guided vehicles (AGVs) are computer-controlled vehicles that move materials around a factory or warehouse without the need for a human operator. AGVs can be used for a variety of tasks, including transporting goods from one point to another, loading and unloading vehicles, and assembling products. AGVs are an important part of many modern manufacturing and logistics operations, as they can significantly improve efficiency and productivity. For mechanical engineering students, working on an AGV project can be a great way to gain practical experience with robotics and automated systems.

Automatic Call Taxi Meter

An automatic call taxi meter is a device that automatically calculates the fare for a taxi ride. It is typically used in metered taxis, where the fare is based on the distance traveled. The meter calculates the fare based on the preset rate and displays it on a screen for the passengers to see. The meter also records the distance traveled and the time taken for the journey, which can be used for billing purposes.

Sterling Engine

The Sterling engine is a type of internal combustion engine that uses a heat exchanger to convert heat into mechanical work. The heat exchanger, also known as a regenerator, is a key component of the engine, as it allows the engine to operate at a higher efficiency than a traditional internal combustion engine. The Sterling engine was invented by George Sterling in 1874, and has since been used in a variety of applications, including power generation, automotive engines, and even spacecraft.

Model Highway Road Curve Finder

One of the most important aspects of highway design is the road curve. Road curves can be very dangerous if not designed properly, so it is crucial that engineers have a tool to help them find the ideal curve for each section of highway. The Model Highway Road Curve Finder is a tool that does just that. It is a mechanical device that can be used to find the perfect curve for any section of highway. This is an essential tool for any engineer working on highway design, and it is a great project for BTech students.

Coconut Dehusking Machine

A coconut dehusking machine is a machine that is used to remove the husk from coconuts. This type of machine is typically used in countries where coconuts are grown, such as India, Sri Lanka, and the Philippines. The machine consists of a large cylindrical grinder that is rotated by a motor. The coconuts are placed inside the grinder and the husks are removed by the spinning blades. The dehusked coconuts are then collected in a basket or bag.

Design and Fabrication of Domestic Refrigeration Unit

Design and fabrication of domestic refrigeration unit is one of the most popular mechanical engineering projects for BTech students. The project involves designing and fabricating a domestic refrigeration unit that can be used in households. The project requires a good understanding of mechanical engineering principles and skills.

Pneumatic Forging Machine

A pneumatic forging machine is a type of mechanical engineering project that can be undertaken by BTech students. This type of machine uses compressed air to forge metal objects. The advantages of pneumatic forging machines include their high speed and precision. In addition, they are relatively easy to operate and maintain.

Automatic Gear Display

The automatic gear display is a mechanical engineering project for BTech students. The project involves the design and construction of a device that can automatically display the gear position of a vehicle. The device must be able to work with any type of vehicle, and it must be able to accurately display the gear position in real-time. The project requires a great deal of research and planning, as well as a strong understanding of mechanical engineering principles.

Two-Wheeler with Propeller Shaft

The two-wheeler with propeller shaft is a mechanical engineering project for BTech students. The objective of the project is to design and build a two-wheeler with a propeller shaft that can be used for transportation. The project includes the design of the frame, engine, transmission, and propeller shaft. The project also includes the construction of the two-wheeler and the testing of the vehicle.

Multi Agri Cutter

The Multi Agri Cutter is a mechanical engineering project for BTech students. The project involves the design and construction of a machine that can cut multiple types of crops. The machine must be able to cut the crops cleanly and without damaging the plants. The project is a great opportunity for students to learn about mechanical engineering and apply their knowledge to a real-world problem.

Intelligent Reverse Braking System

The Intelligent Reverse Braking System is a project developed by BTech students of mechanical engineering. It is designed to automatically apply the brakes when the vehicle is reversing, in order to avoid accidents. The system uses sensors to detect obstacles in the path of the vehicle, and then applies the brakes accordingly. The project is still in development, but has the potential to be a life-saving innovation.

Geothermal Heating and Cooling

Geothermal heating and cooling is a type of mechanical engineering that uses the heat of the earth to provide heating and cooling for buildings. This type of system is typically used in areas where there is a lot of geothermal activity, such as near volcanoes or hot springs. Geothermal systems can be used to heat and cool both homes and commercial buildings. In addition to providing heating and cooling, geothermal systems can also be used to generate electricity.

Self-Excited Vibratory Drilling

Self-excited vibratory drilling is a type of drilling that uses a mechanical device to create vibrations in the drill bit. This type of drilling is often used for projects that require a high degree of accuracy, such as drilling holes for pipes or electrical wiring. Self-excited vibratory drilling is a challenging project for mechanical engineering students, but it can be a great way to learn about the principles of mechanical engineering.

Analysis of a Vise-Grip

A vise-grip is a tool that is used to grip and hold objects securely. It is made up of two jaws, one of which is fixed in place while the other can be moved. Vise-grips are used in a variety of applications, including mechanical engineering, where they are often used to hold parts in place while they are being worked on. In this project, we will analyze the design of a vise-grip and identify ways in which it can be improved. We will also suggest some possible applications for the vise-grip.

Power Transmission in Automobiles

Automobiles rely on a variety of power transmission methods to move the wheels. The most common method is a gasoline or diesel engine, which turns a shaft that drives the wheels. Other methods include electric motors, which may be powered by batteries or fuel cells, and hydraulic systems, which use fluid pressure to drive the wheels. Each method has its own advantages and disadvantages, and the best method for a particular vehicle depends on a variety of factors.

Automatic Traffic Clearance during Emergency

Emergency situations often lead to traffic congestion, as people attempt to flee the area or access medical care. This can often delay emergency response teams, as they must navigate through the congestion. However, with automatic traffic clearance during emergency situations, response teams can more easily reach those in need. This system would use sensors to detect an emergency situation and then clear a path for response teams. This would help to save lives and improve the efficiency of emergency response.

Automatic Vehicle Speed measuring using IR Rays

Automatic Vehicle Speed measuring using IR Rays is a project for BTech students in Mechanical engineering. The project uses IR rays to measure the speed of a vehicle and then displays the speed on a LCD display.

AI Based Firefighting AGV

Mechanical engineering students can now use artificial intelligence (AI) to help fight fires. AI-based firefighting AGVs, or autonomous ground vehicles, are now available to help fight fires in difficult-to-reach or dangerous areas. These AGVs can be controlled by a remote operator and are equipped with sensors and cameras to help them navigate and identify potential fire hazards. In addition, the AGVs can also be used to help provide fire suppression and rescue services.

PC based pick and place jumping robot

A pick and place jumping robot is a type of robot that is used to pick up and move objects from one place to another. These robots are typically used in manufacturing and assembly line applications. Pick and place jumping robots are usually classified by their payload capacity, which is the weight of the object or objects that they can pick up and move. These robots typically have a high payload capacity, making them well-suited for use in industrial applications.

Automatic Rain operated wiper and Head light Dim/Bright Controller

Automatic Rain operated wiper and Head light Dim/Bright Controller is a project that can be undertaken by students of mechanical engineering. The project involves the design and development of a system that can automatically operate the wipers and headlight dimmer/brightness controller in a vehicle based on the amount of rainfall. The project can be further extended to include other features such as windscreen wiper speed control and automatic headlight beam switching.

Fabrication of Gas kit for Four-Wheeler

BTech students in mechanical engineering often have to complete projects as part of their coursework. One potential project is the fabrication of a gas kit for a four-wheeler. This project would involve designing and building a system that could be used to power a four-wheeler using compressed gas. The project would require a great deal of research and planning, as well as a working knowledge of mechanics and engineering.

Fabrication of Two-Wheeler Automation with Security System

In this project, we propose the fabrication of a two-wheeler automation with a security system. The system comprises of a mechanical assembly that is used to control the vehicle. It also has a sensor that is used to detect any obstacle in the path of the vehicle. The data from the sensor is processed by a microcontroller, which then controls the motor of the vehicle accordingly. The system also has a GPS module that is used to track the location of the vehicle.

Fabrication of Electrical Steering Mechanism

The fabrication of an electrical steering mechanism is a project that would be suitable for BTech students in mechanical engineering. The project would involve designing and building a steering mechanism that could be controlled electrically. This would require a good understanding of mechanics and electronics, as well as experience in working with machinery. The finished product would be a functional steering mechanism that could be used in a variety of applications.

Fabrication of Vulcanizing machine

BTech students in mechanical engineering often have to complete projects involving the fabrication of various machines. One such project is the fabrication of a vulcanizing machine. This machine is used to vulcanize rubber, which is a process of hardening and strengthening it. The machine must be able to withstand high temperatures and pressures, as well as being able to handle the rubber without damaging it.

Fabrication of Battery Car

Battery cars are powered by electricity stored in batteries. The batteries are usually rechargeable, and can be plugged into an electrical outlet to recharge. Battery cars are becoming increasingly popular as an alternative to traditional gasoline-powered cars, as they are more environmentally friendly. Fabrication of battery cars is a complex process that involves many different steps. BTech students who are interested in pursuing a career in mechanical engineering can learn about the process of fabricating battery cars through various projects.

Automated Guided Vehicle (AGV)

AGVs are computer-controlled vehicles that move materials around a factory or warehouse. They are used in a variety of industries, including automotive, aerospace, and food and beverage. AGVs can be used for a variety of tasks, including transporting materials, loading and unloading vehicles, and moving finished products. BTech students interested in pursuing a career in mechanical engineering can find many opportunities to work with AGVs. There are many companies that manufacture AGVs, and many more that use them in their operations. Students can learn about AGVs through internships, co-ops, and research projects.

Automatic material handling Fire Fighting Robot

Automatic material handling Fire Fighting Robot is a project for BTech students in mechanical engineering. The project involves the design and construction of a robot that can automatically handle fire fighting tasks. The robot must be able to identify and extinguish fires, as well as navigate through obstacles.

Aero plane Controlling System (Flying Model)

Aero plane Controlling System is a mechanical engineering project for BTech students. The project involves designing and building a system that can control the flight of an airplane. The system must be able to keep the plane on course, even in turbulence. In addition, the system must be able to land the plane safely. This project is an excellent opportunity for students to learn about aerodynamics and mechanical engineering.

Fabrication of Hydraulic Break show riveting Machine

The hydraulic break show riveting machine is a project for BTech students in mechanical engineering. The machine is used to break and rivet metal sheets. It consists of a hydraulic cylinder, a breaking head, and a riveting head. The machine is operated by a hand pump. The hydraulic cylinder is used to apply pressure to the metal sheets. The breaking head is used to break the metal sheets. The riveting head is used to rivet the metal sheets.

Automatic Vehicle Accident prevention system

In recent years, there has been an increasing focus on developing systems to prevent vehicle accidents. This is due in part to the growing number of accidents on the roads, as well as the increasing severity of these accidents. One area of research in this field is the development of automatic accident prevention systems. These systems are designed to automatically detect potential accidents and take action to avoid them. This can include things like braking or steering the vehicle to avoid a collision. Such systems have the potential to greatly reduce the number of accidents on the roads, and so are a very important area of research.

Digital locking (Fuel, ignition, side lock) system (Password) for Two-wheeler

A digital locking system for a two-wheeler is a great project for students studying mechanical engineering. This type of system uses a password to lock the fuel, ignition, and side lock of the vehicle. This can be a great way to deter thieves from stealing your vehicle.

Automatic pneumatic vulcanizing Machine

An automatic pneumatic vulcanizing machine is a machine that uses air pressure to vulcanize rubber. This type of machine is typically used in the manufacturing of tires, hoses, and other rubber products. Vulcanizing is a process that involves heating rubber to a certain temperature and then cooling it so that it becomes harder and more durable. The automatic pneumatic vulcanizing machine makes this process easier and faster by using air pressure to vulcanize the rubber. This machine is a great option for students who are interested in mechanical engineering projects.

Fabrication of Wind Energy Vehicle

Wind energy is a clean and renewable source of energy that has great potential. In order to harness this potential, engineers need to develop new technologies for wind energy capture, storage, and conversion. One such technology is the wind energy vehicle, which is a vehicle that uses wind energy to power its engine. This project requires a team of mechanical engineering students to design and build a prototype wind energy vehicle. The project will require the students to use their knowledge of mechanics, materials science, and wind energy to create a functional and efficient vehicle.

Fabrication of Intelligent Motorized Hydraulic Jack

A hydraulic jack is a device used to lift heavy loads by converting fluid pressure into mechanical force. Hydraulic jacks are commonly used in automotive and construction applications. However, due to their limited lifting capacity and slow lifting speed, they are not well suited for use in industrial applications. The Intelligent Motorized Hydraulic Jack is a new type of hydraulic jack that is designed to overcome these limitations. The jack is equipped with a motor and a control system that allows it to lift heavier loads and operate at higher speeds than traditional hydraulic jacks. This makes the Intelligent Motorized Hydraulic Jack an ideal choice for use in industrial applications.

SMS controlled moving vehicle for industrial application

SMS controlled moving vehicle is a project that can be used for industrial applications. It can be used to move heavy objects from one place to another. This project can be done by students of mechanical engineering.

Voice Controlled Material handling vehicle

Voice controlled material handling vehicles are a type of vehicle that can be controlled using voice commands. These vehicles are typically used in industrial or commercial settings for tasks such as picking up and delivering heavy loads. Voice controlled material handling vehicles can be operated by anyone with the proper training, making them a safe and efficient option for many businesses.

Hybrid Car Engine and Dc Motor Operated Dual Power Car

A hybrid car engine is a type of engine that uses two or more fuel sources to power the vehicle. Common fuel sources include gasoline, diesel, and electricity. Hybrid car engines are becoming increasingly popular as fuel prices rise and concerns about climate change grow. Many hybrid car engines use a gasoline engine and an electric motor to power the vehicle. The electric motor is used to assist the gasoline engine when starting from a stop and to provide extra power when accelerating. The electric motor also helps to recharge the battery that powers the electric motor.

Solar Powered Unaided Guided Vehicle (Solar UGV)

A solar powered unaided guided vehicle (Solar UGV) is a vehicle that uses solar panels to convert sunlight into electrical energy, which is then used to power the vehicle. The Solar UGV is a mechanical engineering project for BTech students that can be used for a variety of purposes, including transportation, agricultural, and military applications. The Solar UGV is a versatile and environmentally-friendly vehicle that has a wide range of potential applications.

Artificial Intelligent based Solar Vehicle

Solar vehicles are powered by electricity from photovoltaic cells, which convert sunlight into electrical energy. Artificial intelligence can be used to optimize the route of a solar vehicle to maximize the amount of sunlight the cells are exposed to. This can be especially useful in regions with long winters and short days, when solar power is less available. AI can also be used to monitor the condition of the batteries and photovoltaic cells, and to adjust the vehicle’s speed and other parameters to maximize efficiency. By using AI to improve the efficiency of solar vehicles, we can reduce our dependence on fossil fuels and help combat climate change.

Fabrication of Solar railway track crack detecting vehicle

Developing a solar-powered railway track crack detecting vehicle is a great project for mechanical engineering students. This type of vehicle can be used to inspect railway tracks for cracks, which can cause serious accidents if left unrepaired. The solar panel on the vehicle will power the track crack detection system, which will use sensors to detect cracks in the track. The data from the sensors will be transmitted to a central location, where it can be used to repair the tracks. This project requires a strong understanding of mechanics and electronics, as well as a knowledge of solar power systems.

Fabrication of Solar race car

Mechanical engineering students at BTech are often required to complete projects as part of their coursework. One such project is the fabrication of a solar race car. This involves designing and building a car that is powered by solar panels. The project requires a great deal of planning and attention to detail, as well as a good understanding of mechanics. If completed successfully, the solar race car would be a landmark achievement in the field of renewable energy.

Fabrication of Solar Automobile Fridge

Solar power is a clean and renewable source of energy, making it an attractive option for powering a wide range of devices, from homes to businesses to entire cities. One potential application of solar power is in automobiles, where it can be used to power everything from the engine to the lights to the air conditioning. A solar-powered car fridge would be a great way to keep food and drinks cool while on the go, and would be a welcome addition to any road trip. fabricating such a fridge is a challenging but rewarding project for any mechanical engineering student.

SMS controlled solar Vehicle

Solar-powered vehicles are a type of vehicle that use solar panels to convert sunlight into electrical energy to power the vehicle. SMS controlled solar vehicles are a type of solar-powered vehicle that can be controlled via text message. This type of vehicle is ideal for Mechanical engineering projects for BTech students as it is a unique and innovative project that combines solar power with text message control.

Fabrication of Electric Two-Wheeler with Rechargeable Battery

Electric two-wheelers are becoming increasingly popular as an alternative to traditional gasoline-powered vehicles. With no emissions and a much lower operating cost, they offer a sustainable and economical option for transportation. For mechanical engineering students, fabricating an electric two-wheeler can be a challenging and rewarding project. The project will require a thorough understanding of electrical and mechanical systems, as well as experience in manufacturing and assembly. With careful planning and execution, it is possible to build a high-quality electric two-wheeler that meets all the requirements of a functional and reliable vehicle.

Fabrication of Electric Two-Wheeler

Electric two-wheelers are an increasingly popular mode of transportation, due to their low cost and environmental friendliness. For mechanical engineering students interested in fabricating their own electric two-wheeler, there are a few things to keep in mind. First, the frame must be able to support the weight of the battery and motor. Second, the motor must be powerful enough to propel the two-wheeler at a reasonable speed. Third, the battery must be sized appropriately for the range desired. Once these considerations have been taken into account, the fabrication process can begin. With a little ingenuity and effort, any mechanical engineering student can build their own electric two-wheeler.

Fabrication of Gas kit for Two-Wheeler

BTech students in mechanical engineering often need to complete projects in order to graduate. One possible project is the fabrication of a gas kit for a two-wheeler. This can involve designing and building the gas kit, as well as testing it to ensure that it works properly. Students will need to have a strong understanding of both mechanical engineering principles and two-wheeler engines in order to complete this project successfully.

Wireless tire Pressure Gauge

A wireless tire pressure gauge is a device that helps you to measure the pressure of your tires wirelessly. This can be helpful for a number of reasons, such as helping you to keep your tires properly inflated and avoiding flat tires. There are a number of different designs of wireless tire pressure gauges on the market, so it is important to choose one that is right for you. Many mechanical engineering students choose to work on projects involving wireless tire pressure gauges as part of their BTech studies.

Driver Less Car

Driverless cars are a hot topic in the world of mechanical engineering. BTech students can get involved in projects to develop and test these types of vehicles. There are many different aspects to consider in driverless car projects, from the mechanics of the car itself to the software that will control it. Students can choose to focus on one specific area or work on a more comprehensive project. Either way, driverless car projects are a great way to learn about this cutting-edge technology.

GSM based two-wheeler security system

GSM based two-wheeler security system is a project that can be undertaken by students of mechanical engineering. The objective of the project is to design a security system for two-wheelers that can be activated and deactivated using a mobile phone. The system should be able to send an SMS to the owner of the two-wheeler in case of theft or unauthorized use. This project can be further expanded to include features such as GPS tracking and remote engine immobilization.

Fabrication of three axis pneumatic modern trailer

A three axis pneumatic modern trailer can be a great project for BTech students in mechanical engineering. This type of trailer can be used to transport goods or materials over long distances. The project involves the design and construction of a trailer that is able to move on three axes, allowing it to navigate around obstacles.

In addition to the mechanical engineering aspects of the project, students will also need to consider the pneumatic system that will power the trailer. This system will need to be designed so that it is powerful enough to move the trailer but also efficient enough to avoid excessive wear and tear.

Automatic Break Failure indicator and Engine Over Heating Alarm

Automatic break failure indicator and engine over heating alarm are two important mechanical engineering projects for BTech students. Both of these projects are designed to help keep a vehicle safe and running properly. The automatic break failure indicator project is designed to detect when a vehicle’s brakes have failed and give the driver a warning.

The engine over heating alarm project is designed to detect when an engine is overheating and give the driver a warning. These projects are both important for keeping a vehicle safe and running properly.

Two-Wheeler Automation with security System

Automation of two-wheelers is a hot topic in the field of mechanical engineering, as it can lead to increased safety and security for riders. There are a number of different projects that BTech students can undertake in this area, from developing new automated systems to testing and evaluating existing ones. In addition, students can also work on projects that focus on the security aspects of two-wheeler automation, such as developing systems that can track stolen vehicles or that can prevent unauthorized access to vehicles. Whatever direction you choose to take your project in, working on two-wheeler automation is sure to be a rewarding experience.

Combined hydraulic and disk break

Hydraulic brakes are the most common type of brakes used on cars and trucks. A hydraulic brake system uses fluid to transfer force from the pedal to the wheels. Disk brakes are another type of brake that uses a disk, or rotor, to create friction that slows the wheel. Combined hydraulic and disk brakes are a type of brake that uses both fluid and a disk to create friction and slow the wheel. This type of brake is often used on high-performance vehicles because it provides the best stopping power.

Vehicle Accident identifier with SMS informer

Vehicle accidents are a leading cause of death and injury worldwide. In order to help reduce the number of accidents, researchers have developed a system that can identify when a vehicle is involved in an accident and send an SMS message to a pre-determined phone number to inform the authorities. The system uses sensors to detect the impact of an accident and then sends an SMS message to a pre-determined phone number. The system is still in development, but has the potential to save lives by helping to reduce the response time of emergency services.

Compressed air production using vehicle suspensor

A vehicle suspensor is a device that can be used to compress air. This project requires the use of a vehicle suspensor, a compressor, and an air tank. The suspensor is attached to the vehicle and used to compress air. The compressor is used to pump air into the tank. The tank is used to store the compressed air. The project requires the use of mechanical engineering principles to design and build the system. This project is suitable for BTech students who are interested in mechanical engineering.

Regenerative Braking System

A regenerative braking system (RBS) is a mechanism used to recover energy that would otherwise be lost as heat when a vehicle slows down. The recovered energy is stored in a battery or flywheel and can be used to power the vehicle when it accelerates. RBSs are most commonly found in hybrid and electric vehicles, but can also be used in internal combustion engine (ICE) vehicles. ICE vehicles typically use a wastegate to release excess pressure from the engine, but this pressure can be harnessed by an RBS to generate electricity

Fabrication of Gas kit circuit board for two and Four-Wheeler

The project is based on the fabrication of a gas kit circuit board for two and four-wheeler. The project includes the design and development of a circuit board which can be used to control the engine speed and fuel consumption. The project also involves the development of a prototype of the circuit board. The project is suitable for BTech students who are interested in mechanical engineering projects.

Auto clutch for Automobile

Auto clutch is a device that is used in automobiles to engage and disengage the engine from the transmission. This allows the car to be started without the need to press the clutch pedal. It is an important part of the car’s drivetrain and is typically located between the engine and the transmission. Auto clutch can be a great project for mechanical engineering students who are interested in designing and developing new automotive technologies.

Fabrication of Hydraulic Cylinder Liner Puller

A hydraulic cylinder liner puller is a tool used to remove the liner from a hydraulic cylinder. The device consists of a frame, a hydraulic pump, and a set of jaws that open and close to grip the liner. The device is placed over the liner and the jaws are opened to grip it. The hydraulic pump is then used to apply pressure to the jaws, which pulls the liner out of the cylinder.

Remote Controlled Solar Vehicle

A remote controlled solar vehicle is a great project for mechanical engineering students. This type of vehicle uses solar panels to convert sunlight into electrical energy, which is then used to power the vehicle. The solar panels are mounted on the vehicle, and the controller is used to operate the vehicle. The advantage of this type of vehicle is that it is environmentally friendly and can be used in a variety of settings.

Automatic Visitor Guided with material handling Vehicle

Automatic visitor guided with material handling vehicle is a project that can be undertaken by students of mechanical engineering. The project involves the development of a vehicle that can automatically guide visitors through a given area, and also handle material handling tasks. This can be a useful project for students who are interested in developing their skills in mechanical engineering, as well as those who are interested in developing projects that can be used in a practical setting.

High Speed Indication and automatic Pneumatic Braking System

The project is based on the principle of pneumatic braking system. In this project, we are going to design a high speed indication and automatic pneumatic braking system for vehicles. This system will be helpful in reducing accidents due to over speeding. The main components of this project are an air compressor, a pressure gauge, a pneumatic cylinder, and a brake pedal. The air compressor is used to store air in the pneumatic cylinder. The pressure gauge is used to measure the pressure in the pneumatic cylinder. The pneumatic cylinder is used to apply the brakes when the pressure in the cylinder reaches a certain level. The brake pedal is used to control the air flow to the pneumatic cylinder.

Fabrication of Sensor Operated AGV

The fabrication of a sensor operated AGV is a project that would be suitable for BTech students in mechanical engineering. The objective of the project is to design and build a sensor-operated AGV that can navigate around a given area without colliding with obstacles. The AGV would need to be equipped with sensors that can detect obstacles in its path and then change course accordingly. In addition, the AGV would need to be able to communicate with a central control system in order to receive instructions on where to go. This project would require a team of students to work together in order to complete all the necessary tasks.

Cordless security System for Cars

A cordless security system for cars is a great project for students interested in mechanical engineering. This type of system uses sensors to detect movement and then sends a signal to a central control unit. The control unit then activates the car’s alarm system. This project requires a good understanding of electronics and mechanical engineering. Students should be able to design and build the system, as well as program the control unit.

Sensor Operated Track Guided Vehicle

A sensor operated track guided vehicle is a type of automated guided vehicle (AGV) that uses sensors to navigate. The sensors can be sonar, laser, infrared, or vision-based. These vehicles are used in a variety of industries for tasks such as material handling and transportation. BTech students interested in pursuing a career in mechanical engineering can find projects related to this topic.

Fabrication of Motorized Hydraulic Jack

A hydraulic jack is a device used to lift heavy loads by converting hydraulic pressure into mechanical force. Hydraulic jacks are commonly used in automotive and construction applications. They are also sometimes used in place of traditional jacks, such as bottle jacks or floor jacks

Fabrication of Motorized Screw Jack

A screw jack is a device used for lifting heavy loads. It consists of a screw that is turned to raise or lower the load. Screw jacks are used in a variety of applications, including construction, automotive repair, and manufacturing

Fabrication of Emission control of Diesel Engine

Diesel engines are a type of internal combustion engine that use compression to ignite fuel, rather than using a spark plug. Diesel engines are more efficient than gasoline engines and produce less pollution. However, they can produce more soot and NOx emissions than gasoline engines. To reduce emissions from diesel engines, various emission control technologies have been developed. These include exhaust gas recirculation (EGR), selective catalytic reduction (SCR), and particulate filters. BTech students in mechanical engineering can learn about these technologies and how to fabricate them as part of their coursework.

Fabrication of oil pump and water pump for jeep and tractor

Oil and water pumps are essential components of jeeps and tractors. Without them, these vehicles would not be able to function properly. Fabricating these pumps requires a great deal of precision and skill. This is why it is considered to be one of the most challenging projects for BTech students in mechanical engineering. The fabrication process involves a number of steps, including the creation of the pump housing, the assembly of the internals, and the testing of the finished product. This project provides BTech students with an opportunity to put their skills to the test and create a functional product that could be used in a real-world setting.

Pick and Place jumping robot with remote control

A pick and place jumping robot is a type of robot that can be controlled remotely to pick up and move objects. This type of robot is often used in industrial and manufacturing settings to move materials and products around. Mechanical engineering students can learn how to design and build these types of robots as part of their coursework. In addition to learning about the mechanics of how the robots work, students will also gain experience in programming and controlling the robots.

PC Based wireless material handling vehicle

PC Based wireless material handling vehicle is a mechanical engineering project for BTech students. The project involves the design and construction of a vehicle that can be controlled wirelessly using a PC. The project is divided into two parts: the hardware and the software. The hardware includes the vehicle itself, while the software controls the vehicle’s movements. The project is an excellent opportunity for students to learn about mechanical engineering and PC-based control systems.

Fabrication of Solar Powered Automobile Air Cooler

Solar powered automobile air coolers are a great way to keep your car cool during the summer months. This project requires basic knowledge of mechanical engineering and can be completed in a few hours. The first step is to gather the necessary materials, which include a solar panel, a fan, and a container. Next, you will need to connect the solar panel to the fan using wires. Once the solar panel is connected, you will need to place the fan inside the container. Finally, you will need to connect the container to the car’s battery. This project is a great way to stay cool and save money on your cooling costs.

AI Based Path Finding Vehicle

AI based path finding vehicle is a project for BTech students in mechanical engineering. The goal of the project is to develop a vehicle that can navigate a path using AI algorithms. The project involves designing and building a prototype vehicle, as well as developing the AI algorithms needed to navigate the path.

Fabrication of Road curve finder

Road curve finder is a device used to measure the curvature of a road. It is mainly used by civil engineers to check the alignment of roads. The device consists of a wheel that is mounted on a frame. The wheel is connected to a sensor that measures the angle of the wheel. The device is placed on the road and the wheel is rotated. The sensor measures the angle of the wheel and the curvature of the road is calculated.

Fabrication of Electric Two-Wheeler

Electric two-wheelers are an increasingly popular mode of transportation, particularly in urban areas. They are environmentally friendly and can help reduce traffic congestion. Fabricating an electric two-wheeler is a complex process that requires a deep understanding of mechanical engineering.

BTech students who are interested in this project should have a strong background in physics and mathematics. The project will require the use of a variety of tools and machines, as well as a keen eye for detail. With careful planning and execution, the finished product will be a functional and stylish electric two-wheeler.

Automatic head light dims and bright controller with engine overheating alarm

This project is about an automatic headlight dimmer and bright controller with an engine overheating alarm. This system is designed to help drivers in two ways. First, it automatically dims the headlights when there is oncoming traffic, and then brightens them again when the way is clear. Second, it monitors the engine temperature and gives an alarm if it gets too hot. This project would be especially useful for mechanical engineering students who are looking for interesting projects to work on.

Automatic Vehicle Accident Information System

The Automatic Vehicle Accident Information System is a project that BTech students in mechanical engineering can work on. The project involves developing a system that can automatically detect and record information about vehicle accidents. This information can then be used to improve safety on the roads. The project requires a strong understanding of mechanical engineering, as well as some knowledge of electronics and computer programming.

Automatic steering control Mechanism using sensor

BTech students in mechanical engineering can learn about automatic steering control mechanisms through sensor projects. In these projects, students use sensors to detect obstacles in the path of a vehicle and then control the steering to avoid the obstacle. This type of project can teach students about the principles of mechanical engineering and how to apply them to real-world situations.

Automatic Rain Operated Wiper

The automatic rain operated wiper is a mechanical engineering project for BTech students. The project involves the design and construction of a device that can be attached to a car windshield and that will automatically activate the wipers when it rains. The project requires the use of basic mechanical engineering principles and knowledge of how to use various tools and machines. The project can be completed in a few weeks and can be a great addition to a student’s portfolio.

PC based cordless pick and place Jumping Robot

A cordless pick and place jumping robot is a type of robot that is used to pick up and move objects. These robots are typically used in manufacturing and assembly applications. They are often used to pick up and move small parts or components.

Fabrication of Automatic car overtaking system

The fabrication of an automatic car overtaking system is a project that would be suitable for BTech students in mechanical engineering. The system would need to be able to automatically detect when another car is in front of it and then overtake that car. The project would involve designing and building the system, as well as testing it to ensure that it works properly.

Cell Phone Controlled pick and place Robot

A cell phone controlled pick and place robot is a robot that can be controlled using a cell phone. This type of robot is typically used for tasks such as picking up and placing objects in a specific location. These robots are often used in industrial and manufacturing settings.

Railway’s accident Avoiding System (Level crossing and Fire Alarm)

Railway’s accident Avoiding System (Level crossing and Fire Alarm) is a project that BTech students can undertake to help improve safety for railway passengers. The project involves developing a system that can detect when a train is approaching a level crossing and automatically activate the crossing gates and lights. In addition, the system would also include a fire alarm that would go off in the event of a fire on the train. This would help to alert passengers and allow them to evacuate the train safely.

Fabrication of Automatic Magnetic Accident preventer for Train

The Automatic Magnetic Accident preventer for Train is a device that is designed to automatically prevent train accidents. It is a mechanical engineering project for BTech students. The device consists of a magnetic sensor that is placed on the track. When a train approaches, the sensor detects the magnetic field of the train and activates a signal that prevents the train from moving forward.

Fabrication of Electronic ignition system

The electronic ignition system is a key component of any modern vehicle. It is responsible for igniting the fuel in the engine, which in turn powers the vehicle. Fabricating an electronic ignition system is a complex process that requires a high level of precision and skill. It is typically done by trained professionals in a specialized facility. However, it is possible for mechanically inclined individuals to fabricate their own electronic ignition system, given the right tools and instructions. This project is not for the faint of heart, but it can be a rewarding experience for those with the time and patience to see it through.

Quick lifting jack with Gear Arrangement

A quick lifting jack is a type of mechanical device that is used to lift heavy objects. It typically consists of a platform that is raised and lowered using a hydraulic or pneumatic system. Quick lifting jacks are often used in industrial and construction settings, as they can safely and efficiently lift large loads. BTech students may be interested in designing and building a quick lifting jack as part of a mechanical engineering project. Such a project would require a thorough understanding of hydraulics and pneumatics, as well as a strong understanding of mechanical design principles.

Cell Phone Controlled Jumping Robot

A cell phone controlled jumping robot is a project that would be perfect for mechanical engineering students. This type of robot would be able to move and jump using remote control, making it a great way to learn about robotics and engineering. In addition, this project would also be a lot of fun to build and operate.

Automatic sky Car Parking System

An automatic sky car parking system is a type of mechanical engineering project that can be undertaken by BTech students. The project involves the design and construction of a system that can automatically park cars in a designated area. The system must be able to detect the presence of a car and then move it into the designated parking space. The project requires a great deal of planning and research, as well as a sound understanding of mechanical engineering principles.

PC based wireless Pick and Place Robot

A PC based wireless Pick and Place Robot is a project that can be undertaken by students studying mechanical engineering. The project involves designing and building a robot that can pick up objects and place them in designated locations. The robot must be controlled wirelessly using a PC, and it must be able to navigate around obstacles. This project would be an excellent opportunity for students to learn about mechanical engineering, robotics, and wireless technology.

Ai Based Path Finding Cum Video Analyzing Robot

This project combines pathfinding with video analysis to create a robot that can navigate its environment while also identifying and tracking objects. The pathfinding algorithm is used to generate a map of the environment and identify the best route to the desired destination. The video analysis component is used to identify and track objects within the camera’s field of view. This information is then used to avoid obstacles and track the target object. This project requires knowledge of mechanical engineering, electronics, and programming.

Powered Rollator’s Parking Brake System

A powered rollator is a type of mobility device that helps people with limited mobility move around more easily. It is similar to a traditional walker, but it has wheels and a motor, making it easier to maneuver. One of the most important features of a powered rollator is its parking brake system. This system ensures that the rollator will not move when it is not supposed to, preventing accidents. A good parking brake system is essential for any powered rollator, and it is something that all BTech students should be familiar with.

Composite Parabolic Leaf Spring

A composite parabolic leaf spring is a type of leaf spring that is made up of multiple layers of material. This type of leaf spring is often used in mechanical engineering projects because it is very strong and durable. The layers of material that make up the composite parabolic leaf spring are usually made of metal, but they can also be made of other materials such as composite materials.

Unified Wheel Opener

The Unified Wheel Opener is a mechanical engineering project designed by BTech students. It is a device that can be used to open car doors, gates, and other things with wheels. The Unified Wheel Opener is designed to be easy to use and to be strong enough to open anything with wheels.

Hydraulic Disc Brake

Hydraulic disc brakes are a type of brake that uses hydraulic fluid to apply pressure to the brake pads, which in turn slows the rotation of the wheel. Hydraulic disc brakes are typically used on bicycles and motorcycles, but can also be found on some cars and other vehicles. BTech students interested in mechanical engineering projects may want to consider researching hydraulic disc brakes and designing a prototype. This project could involve designing the brake system, testing it, and then writing a report on the findings.

Hydraulic Jack

A hydraulic jack is a mechanical engineering device that uses the power of hydraulics to lift heavy objects. Hydraulic jacks are often used in construction and repair projects to lift heavy loads, such as vehicles or machinery. They can also be used for more mundane tasks, such as lifting a table or opening a door. Hydraulic jacks work by using the power of fluid pressure to push against a piston, which in turn lifts the load. This makes them much more powerful than traditional mechanical jacks, which use a lever to lift a load. Hydraulic jacks are relatively simple devices, but they can be extremely useful in a variety of situations.

Air Defense Gun

Air defense guns are weapons used to defend against air attacks. They are typically mounted on vehicles or stationary platforms, and can be used to engage aircraft, missiles, or drones. There are a variety of air defense gun types, each with its own advantages and disadvantages. BTech students interested in pursuing a career in mechanical engineering may find working on air defense gun projects to be a valuable experience.

Fabrication of turbo super charger for two-wheeler

Turbochargers are used in many two-wheelers to increase the power output of the engine. In order to fabricate a turbo super charger, students need to have a basic understanding of mechanical engineering. The project involves the design and fabrication of a turbo super charger that can be used on a two-wheeler.

The project can be divided into two parts: the design phase and the fabrication phase. In the design phase, students will need to come up with a design for the turbo super charger. This will involve choosing the right materials and components, and making sure that the design is feasible. In the fabrication phase, students will need to put the design into practice and build the actual turbo super charger. This phase will require students to have good manufacturing skills and knowledge of welding and machining.

Over speed indication and Automatic accident Avoiding System for four-wheeler

Speed indication and automatic accident avoiding system is a project that can be undertaken by students of mechanical engineering. The project involves developing a system that can indicate the speed of a four-wheeler and automatically avoid accidents. The project can be further customized to include features such as lane departure warning and blind spot detection.

An intelligent mobile robot navigation technique using RFID Technology

RFID tags are a type of wireless technology that helps to identify and track objects. This technology is often used in things like inventory management and security systems. RFID tags are attached to objects and emit a signal that can be read by an RFID reader. This signal contains information about the object, such as its ID number

Fabrication of Automatic hand break Release

BTech students often have to complete projects in order to graduate. One possible project is the fabrication of an automatic hand break release. This device would be used to release the hand break on a vehicle automatically, making it easier for the driver to operate. The project would require a knowledge of mechanical engineering, as well as some experience with fabricating and assembling parts.

Automatic pneumatic bumper for four-wheeler

Design and fabrication of pneumatic bumper for four-wheeler is a project meant for students pursuing B.Tech in Mechanical Engineering. The main objective of this project is to design and develop a low cost, reliable and safe pneumatic bumper for four-wheelers. The pneumatic bumper is a device which is used to protect the vehicle from damage in case of minor collisions. It is also used to reduce the noise and vibration levels in the event of a collision.

Fabrication of Foldable Electric Go Bed Drive

Foldable Electric Go Bed Drive is a project for BTech students in mechanical engineering. The project involves the fabrication of an electric go-bed drive that can be used to move a bed from one place to another. The project requires the use of various tools and machines, as well as the knowledge of welding and fabricating. The project is a great opportunity for students to learn about different aspects of mechanical engineering.

Shock Absorber Test rig using Cam and sensors

A shock absorber test rig is a device used to test the performance of shock absorbers. It consists of a frame, a shock absorber, a cam, and sensors. The frame is used to support the shock absorber and the cam. The cam is used to actuate the shock absorber. The sensors are used to measure the force exerted by the shock absorber. The purpose of the shock absorber test rig is to determine the optimum design of the shock absorber for a given application.

The development of intelligent home security robot

The development of an intelligent home security robot is a mechanical engineering project for BTech students. The goal of the project is to develop a robot that can autonomously patrol a home and detect intruders. The robot must be able to identify potential threats and alert the homeowners. Additionally, the robot must be able to navigate around obstacles and avoid damaging any property.

Automatic temperature controller with cooling system for car

Design and implementation of an automatic temperature controller with cooling system for car is a mechanical engineering project for BTech students. The objective of this project is to design and implement a system that can automatically control the temperature inside a car. The system should be able to cool the car down when it gets too hot, and maintain a comfortable temperature for the occupants. The system should also be designed for easy installation in a car.

Fabrication of four-wheel steering system

A four-wheel steering system is a system in which all four wheels of a vehicle can be steered. This can be done either by mechanically linking the front and rear wheels so that they turn together, or by electronically controlling the rear wheels to turn independently of the front wheels. Four-wheel steering systems are used in a variety of vehicles, including cars, trucks, buses, and agricultural vehicles

SMS Based automatic vehicle accident information system

Mechanical engineering projects for BTech students can be SMS Based automatic vehicle accident information system. It is a project which can be used to get information about accidents that have happened on the road. This project can be used to help people who are in an accident and need help.

Diesel Engine Based Clutch Controlled Car

Diesel engine based clutch controlled cars are a type of car that uses a diesel engine to power the wheels. The engine is connected to the wheels via a clutch, which allows the driver to control the amount of power that is sent to the wheels. This type of car is often used in racing applications, as it provides good power and control. However, they can also be used in everyday driving situations. If you’re looking for a car that is both powerful and controllable, a diesel engine based clutch controlled car may be the right choice for you.

Diesel Engine Locomotive Model

Diesel engine locomotive models are popular among mechanical engineering students for BTech projects. These models are typically made of metal and use a diesel engine to power the locomotive. The locomotive may be a replica of an existing locomotive or it may be a original design. Students often choose to build diesel engine locomotive models because they are interested in the engineering challenges involved in designing and building a working model. In addition, these projects can be very rewarding, as students get to see their hard work come to life in a functioning locomotive.

Propeller/Motorized Mono Rail

A mono rail is a railway system that uses a single rail to support the weight of the train. Mono rails are typically elevated, and use either a propeller or motor to move the train along the rail. Mono rails are an efficient way to move people or goods over short distances, and are often used in urban areas. BTech students interested in mechanical engineering can learn about and build mono rails as part of their studies.

Pneumatic Transport System

Pneumatic transport systems are used to move materials through a pipe using air pressure. These systems are commonly used in manufacturing and industrial applications, as they are efficient and can move large volumes of material quickly. For mechanical engineering students, designing a pneumatic transport system can be a challenging and rewarding project. The project will require a thorough understanding of fluid dynamics and pneumatics, as well as some experience with CAD software. With careful planning and execution, your pneumatic transport system will be a success.

Automatic Railways Signaling System

Automatic railway signaling systems are used to control the movement of trains on a railway track. These systems are designed to improve the safety and efficiency of train operations. There are various types of automatic railway signaling systems, each with its own advantages and disadvantages. Some of the most common types of systems include block signaling, centralized traffic control, and electronic interlocking. BTech students interested in pursuing a career in mechanical engineering can find many project opportunities in this field.

Fabrication of Unaided Guided Vehicle (UGV)

The Unaided Guided Vehicle is a project for mechanical engineering students who are interested in learning how to fabricate a working prototype of a vehicle. The project requires the student to have a basic understanding of welding, machining, and assembly. The end goal of the project is to have a fully functioning vehicle that can be used for a variety of purposes, such as transportation or agricultural work.

Highways High Speed Sensing and Automatic Speed Braking System

Highways High Speed Sensing and Automatic Speed Braking System is a project that can be undertaken by BTech students in mechanical engineering. The project involves the development of a system that can sense the speed of a vehicle and automatically apply the brakes if the vehicle is exceeding the speed limit. The project requires the use of sensors, motors, and other mechanical components.

Fabrication of Path Finding Robot

The fabrication of a path is a mechanical engineering project that involves the creation of a path or walkway. This can be done using a variety of materials, including concrete, asphalt, stone, or brick. The project may also involve the construction of steps, ramps, or other features.

Sensor Operated Automatic Reverse Braking System

Sensor Operated Automatic Reverse Braking System is a project designed for BTech students studying mechanical engineering. The project uses sensors to detect obstacles in the path of the vehicle and automatically applies the brakes to avoid a collision. This system can be used in both cars and bikes, and can be customized to the specific needs of the user. The project requires a basic understanding of mechanical engineering principles, and is a great way to learn about the design and implementation of automotive safety systems.

Automatic Track Guided Vehicle (ATGV)

An ATGV is a track guided vehicle that is used to move materials around a factory or warehouse. They are usually operated by a controller who sends signals to the vehicle to move forward or backward. ATGVs are used in many industries, such as automotive, aerospace, and logistics. They are often used in manufacturing plants to move heavy materials from one location to another. BTech students can learn about ATGVs and how they work as part of their mechanical engineering studies.

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