Top 20 Automobile Engineering Projects For Students [2024]

Automobile Engineering Projects For Students

  • Post author By admin
  • April 2, 2024

Automobile engineering projects for students are not only educational but also incredibly fun and rewarding. These projects offer hands-on learning experiences that can ignite passion and creativity while providing valuable skills for the future. In this blog, we’ll delve into various automobile engineering project ideas suitable for students, along with the process of selecting, managing, and presenting these projects.

Table of Contents

How Do I Prepare For Automobile Engineering?

Preparing for a career in automobile engineering requires a combination of education, practical experience, and personal development. Here are some steps to help you get started:

  • Education: Pursue a degree in mechanical engineering, automotive engineering, or a related field from a reputable institution. Focus on courses that cover topics such as vehicle dynamics, thermodynamics, automotive design, and manufacturing processes.
  • Gain Practical Experience: Seek internships, co-op programs, or part-time jobs in automotive companies or engineering firms to gain hands-on experience. This will help you apply theoretical knowledge to real-world situations and build valuable skills.
  • Stay Updated: Stay informed about the latest developments and trends in the automotive industry. Follow industry publications, attend conferences, and participate in workshops to broaden your knowledge and stay ahead of the curve.
  • Develop Technical Skills: Hone your technical skills in areas such as computer-aided design (CAD), computer-aided engineering (CAE), and automotive software. Familiarize yourself with industry-standard software tools used for vehicle design, analysis, and simulation.
  • Specialize: Consider specializing in a specific area of automobile engineering, such as electric vehicles, autonomous technology, or alternative fuels. Acquiring specialized knowledge and expertise can enhance your career prospects and make you more competitive in the job market.
  • Build a Portfolio: Showcase your projects, coursework, and achievements through a professional portfolio or online platform. Highlight your technical skills, problem-solving abilities, and relevant experiences to demonstrate your readiness for a career in automobile engineering.
  • Network: Network with professionals in the automotive industry, including engineers, researchers, and recruiters. Attend industry events, join professional organizations, and connect with professionals on social media platforms like LinkedIn to expand your professional network and explore potential career opportunities.
  • Stay Committed: Pursuing a career in automobile engineering requires dedication, hard work, and continuous learning. Stay committed to your goals, remain adaptable to changes in the industry, and always strive to improve and grow as a professional.

Top 20 Automobile Engineering Projects For Students 

  • Electric Vehicle Conversion: Convert a traditional gasoline-powered vehicle into an electric vehicle (EV) by installing an electric motor, battery pack, and associated control systems.
  • Solar-Powered Vehicle: Design and build a vehicle powered entirely by solar energy, utilizing photovoltaic panels to generate electricity for propulsion.
  • Autonomous Mini Car: Construct a small-scale autonomous vehicle prototype capable of navigating predefined paths using sensors, actuators, and control algorithms.
  • Hybrid Vehicle Retrofit: Modify a conventional vehicle to operate as a hybrid by adding an electric motor and battery system to work in conjunction with the existing internal combustion engine.
  • Energy-Efficient Vehicle Design: Develop a lightweight and aerodynamic vehicle design aimed at maximizing fuel efficiency and reducing emissions.
  • Electric Bicycle Conversion Kit: Create a conversion kit to transform a standard bicycle into an electric-assist bicycle, integrating an electric motor, battery, and control system.
  • Hydrogen Fuel Cell Vehicle: Construct a vehicle powered by a hydrogen fuel cell, demonstrating the feasibility of using hydrogen as a clean and renewable energy source for transportation.
  • Vehicle Telemetry System: Design and implement a telemetry system to monitor and analyze vehicle performance data, including speed, acceleration, fuel consumption, and battery status.
  • Automated Parking System: Develop an automated parking system that allows vehicles to park themselves with minimal human intervention, utilizing sensors and actuators for precise positioning.
  • Tire Pressure Monitoring System (TPMS): Create a TPMS that continuously monitors tire pressure and alerts the driver of any deviations from the recommended levels to improve safety and fuel efficiency.
  • Vehicle Suspension Optimization: Design and optimize a vehicle suspension system for improved ride comfort, stability, and handling characteristics under various road conditions.
  • Electric Go-Kart: Build an electric-powered go-kart using off-the-shelf components, providing an exciting platform for learning about electric vehicle technology and performance tuning.
  • Brake Regeneration System: Develop a regenerative braking system that converts kinetic energy into electrical energy during braking, which can be stored and reused to improve overall vehicle efficiency.
  • Vehicle-to-Vehicle Communication (V2V): Create a communication system that enables vehicles to exchange information with nearby vehicles, facilitating safer driving and traffic management.
  • Active Aerodynamics: Design and implement active aerodynamic features, such as adjustable spoilers and air dams, to optimize vehicle aerodynamics for improved performance and fuel efficiency.
  • Electric Scooter Retrofit: Retrofit a conventional scooter with an electric motor and battery system to create an eco-friendly alternative for urban transportation.
  • Engine Performance Tuning: Experiment with engine tuning techniques to optimize performance parameters such as horsepower, torque, and fuel efficiency, using aftermarket modifications and tuning software.
  • Autonomous Robotic Vehicle: Build a robotic vehicle capable of autonomous navigation and obstacle avoidance, incorporating advanced sensors, artificial intelligence, and machine learning algorithms.
  • Vehicle Energy Management System: Develop a smart energy management system that optimizes the use of onboard energy sources, such as batteries and fuel cells, to maximize vehicle range and efficiency.
  • Vehicle Crash Test Simulation: Conduct virtual crash test simulations using computer-aided engineering (CAE) software to analyze vehicle crashworthiness and improve safety design features.

Is Automobile Engineering Very Hard?

The difficulty of automobile engineering can vary depending on factors such as individual aptitude, educational background, and the specific aspects of the field being studied. Here are some considerations regarding the perceived difficulty of automobile engineering:

  • Complexity of Subject Matter: Automobile engineering encompasses a wide range of disciplines, including mechanical engineering, electrical engineering, materials science, and computer science. The complexity of the subject matter can vary depending on the specific area of focus, such as vehicle dynamics, propulsion systems, or vehicle design.
  • Mathematical and Technical Skills: Automobile engineering often involves the application of advanced mathematical and technical concepts, such as calculus, physics, and engineering principles . Students need a solid foundation in these areas to understand and solve complex problems related to vehicle design, analysis, and optimization.
  • Hands-On Experience: Hands-on experience plays a crucial role in mastering automobile engineering concepts. Students may encounter challenges when applying theoretical knowledge to real-world situations, especially when dealing with complex systems and technologies.
  • Continuous Learning and Adaptation: The automotive industry is constantly evolving, with new technologies, regulations, and market trends shaping the landscape. Automobile engineers need to stay updated on the latest developments and continuously adapt to changes in the field, which can require ongoing learning and professional development.
  • Teamwork and Collaboration: Many automobile engineering projects require collaboration with multidisciplinary teams, including engineers, designers, technicians, and manufacturers. Effective communication and teamwork skills are essential for success in this collaborative environment.

Automobile engineering projects for students are a unique opportunity to explore their interests, gain hands-on experience, and make meaningful contributions to the field.

Whether it’s converting a vehicle to electric power, building an autonomous prototype, or enhancing performance with alternative fuels, the possibilities are endless.

By following the project selection process, managing tasks effectively, and documenting their work, students can embark on an exciting journey of discovery and learning in the world of automobile engineering.

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19 Best Automobile Project Ideas For Engineering Students

Embarking on automobile project ideas transcends the realm of academic obligations; it serves as a gateway for engineering students to immerse themselves in the tangible applications of their acquired knowledge. Beyond the confines of textbooks and lecture halls, these projects become crucibles where theoretical understanding metamorphoses into hands-on expertise. More than fulfilling curriculum requirements, engaging in such endeavors equips students to confront the ever-evolving challenges of the automotive industry. 

However, automobile project ideas act as crucibles of innovation, propelling students into a domain where problem-solving and creativity are as essential as technical acumen. In essence, automobile projects offer a transformative journey, shaping students into adept engineers ready to navigate the complexities of the real-world automotive landscape.

Table of Contents

What is an Automobile Project?

An automobile project is a hands-on initiative where engineering students apply their theoretical knowledge to design, develop, and implement innovative solutions within the automotive domain. It goes beyond conventional classroom learning, allowing students to actively engage with the practical aspects of vehicle engineering. These automobile project ideas often involve creating prototypes, developing new technologies, or improving existing automotive systems. 

By undertaking automobile projects, students gain invaluable experience, honing their skills in problem-solving, teamwork, and technical execution. Ultimately, these endeavors serve as a bridge between academic learning and real-world application, preparing students for the challenges and opportunities within the automotive industry.

Importance of Automobile Project Ideas

The importance of automobile project ideas for engineering students extends far beyond the academic sphere, offering a myriad of benefits that contribute to their holistic development:

  • Practical Application: Automobile projects provide a tangible platform for students to apply theoretical knowledge to real-world scenarios, fostering a deeper understanding of engineering principles.
  • Skill Enhancement: Engaging in these projects hones a range of skills, including problem-solving, critical thinking, and hands-on technical expertise, crucial for success in the automotive industry.
  • Industry Relevance: Such projects align with current trends and needs in the automotive sector, ensuring that students are well-prepared to address contemporary challenges upon entering the workforce.
  • Bridging Theory and Practice: The projects act as a bridge between theoretical concepts learned in classrooms and the practical demands of engineering, creating a well-rounded skill set.
  • Preparation for the Workforce: By tackling real-world problems, students develop a practical mindset, making them more adaptable and ready for the dynamic nature of the automotive industry.
  • Innovation and Creativity: Automobile projects encourage innovative thinking, pushing students to devise novel solutions, fostering a spirit of creativity that is invaluable in a rapidly evolving field.
  • Collaboration and Teamwork: Many projects require collaboration, mirroring real-world work environments, and instilling effective teamwork and communication skills.
  • Career Advancement: Successful completion of these projects enhances students’ resumes, making them stand out to potential employers who seek candidates with practical experience.

In essence, automobile project ideas serve as a cornerstone in the education of aspiring engineers, imparting not only technical proficiency but also the holistic skill set necessary for a successful career in the automotive industry.

Also Read: Easy Full Stack Project Ideas

List of Automobile Project Ideas For Engineering Students

Here is a complete list of automobile project ideas for students in 2024:

1. Electric Vehicle Conversion Kit

Design a retrofit kit to convert conventional vehicles into electric ones. Include components like motors, controllers, and batteries, ensuring compatibility with various car models. Consider aspects such as range, charging infrastructure, and cost-effectiveness to promote sustainable transportation.

2. Autonomous Vehicle Prototype

Develop a small-scale self-driving car using sensors, cameras, and machine learning algorithms. Implement features like obstacle detection, lane following, and adaptive cruise control. This project will provide hands-on experience in robotics, computer vision, and artificial intelligence, crucial for the future of automotive technology.

3. Smart Parking System

Create an intelligent parking system that utilizes sensors and IoT technology to detect available parking spaces. Develop a user-friendly mobile app for real-time information on parking availability, location, and even automated payment options. This project aims to address urban congestion and enhance the overall parking experience.

4. Hybrid Powertrain Optimization

Optimize the efficiency of a hybrid vehicle’s powertrain by integrating renewable energy sources like solar panels. Analyze energy harvesting and storage techniques to enhance the vehicle’s overall fuel efficiency and reduce its environmental impact.

5. Gesture-Controlled Car

Design a vehicle control system based on hand gestures. Use sensors and computer vision algorithms to interpret gestures for commands like acceleration, braking, and turning. This project explores innovative human-machine interfaces and can contribute to the development of safer and more intuitive driving experiences.

6. Vehicle-to-Everything (V2X) Communication System

Develop a communication system enabling vehicles to share information with each other and with roadside infrastructure. Implement features like collision warnings, traffic updates, and emergency vehicle alerts. This project contributes to the advancement of connected and automated vehicle technologies.

7. Biometric Vehicle Access System

Create a biometric authentication system for vehicle access, replacing traditional keys or key fobs. Utilize fingerprint, iris, or facial recognition technology to enhance security. This project explores cutting-edge methods of access control in vehicles, ensuring a personalized and secure driving experience. However, this is one of the best automobile project ideas.

8. Intelligent Traffic Management System

Develop a comprehensive traffic management system using data from various sensors and cameras. Implement machine learning algorithms to analyze traffic patterns, optimize signal timings, and predict congestion. This project addresses urban traffic challenges and aims to improve overall transportation efficiency.

9. Carbon Footprint Tracker for Vehicles

Design a system to monitor and analyze the carbon footprint of vehicles. Integrate sensors and data analysis techniques to measure fuel consumption and emissions. Create a user-friendly interface for drivers to track their environmental impact and encourage eco-friendly driving habits.

10. Augmented Reality Heads-Up Display (AR HUD)

Develop an augmented reality display for vehicles, projecting essential information such as speed, navigation, and warnings onto the windshield. Utilize sensors and GPS technology to enhance the driving experience with real-time, context-aware information. This project explores the intersection of technology and automotive safety, paving the way for future advancements in vehicle displays.

11. Vehicle Health Monitoring System

Create a comprehensive system for monitoring the health of a vehicle in real-time. Utilize onboard diagnostics (OBD) data and sensors to track parameters like engine performance, tire pressure, and fluid levels. Develop a user-friendly interface to provide drivers with actionable insights and early warnings, contributing to proactive vehicle maintenance.

12. Electric Bicycle with Regenerative Braking

Design an electric bicycle incorporating regenerative braking technology. Develop a system that captures and stores energy during braking, enhancing the overall efficiency of the electric bicycle. This project focuses on sustainable transportation solutions for short-distance commuting.

13. Adaptive Cruise Control for Motorcycles

Implement adaptive cruise control for motorcycles using sensors to detect and maintain a safe following distance. This project involves integrating advanced control systems and addressing the unique challenges posed by two-wheeled vehicles, contributing to rider safety and comfort.

14. Off-Road Autonomous Vehicle

Create an autonomous off-road vehicle capable of navigating challenging terrains. Incorporate sensors for terrain mapping, obstacle detection, and adaptive navigation algorithms. This project explores the application of autonomous technology in off-road scenarios, such as agriculture, mining, or search and rescue operations.

15. Traffic Sign Recognition System

Develop a system that uses image processing and machine learning to recognize and interpret traffic signs. Implement this technology in a real-world scenario, such as in-vehicle heads-up displays, to assist drivers in adhering to traffic rules and regulations.

16. Wireless Charging System for Electric Vehicles

Design a wireless charging system for electric vehicles, eliminating the need for physical cables. Explore resonant inductive coupling and other wireless charging technologies to create a convenient and efficient charging solution. This project aims to simplify the charging process and promote the widespread adoption of electric vehicles.

17. Automated Maintenance Scheduling System

Develop a predictive maintenance system for vehicles that analyzes usage patterns, environmental conditions, and diagnostic data to schedule maintenance tasks automatically. This project contributes to reducing unplanned downtime, extending the lifespan of vehicles, and optimizing maintenance costs.

18. Drone-Assisted Traffic Management

Explore the integration of drones in traffic management. Develop a system where drones assist in monitoring traffic conditions, providing real-time updates, and even assisting in emergency situations. This project combines advancements in drone technology with traffic management for improved situational awareness.

19. In-Car Health Monitoring System

Create a system that monitors the health and well-being of drivers and passengers inside a vehicle. Utilize sensors to track vital signs, stress levels, and fatigue. Integrate this information with the vehicle’s control system to enhance safety by alerting drivers to potential health-related issues.

20. Automated Parallel Parking System

Design an automated parallel parking system that utilizes sensors and computer vision to identify suitable parking spaces and execute parking maneuvers. This project aims to improve parking efficiency and reduce the stress associated with parallel parking in urban environments.

How to Choose the Right Project?

Choosing the right automobile project is a crucial decision for engineering students. Follow these steps to ensure a well-informed selection:

  • Identify Interests: Begin by assessing personal interests within the automotive field to find a project that resonates passionately.
  • Curriculum Alignment: Ensure the chosen project aligns with academic requirements and complements the current curriculum.
  • Resource Evaluation: Evaluate the availability of resources, including materials, tools, and mentorship, to guarantee feasibility.
  • Skill Consideration: Gauge personal skill levels and choose a project that both challenges and aligns with existing capabilities.
  • Relevance to Industry: Opt for a project that reflects current trends and challenges in the automotive industry for practical and industry-relevant experience.

By methodically considering these factors, students can make informed decisions, ensuring a rewarding and impactful automobile project experience.

In conclusion, the significance of automobile project ideas for engineering students cannot be overstated. These projects offer a unique blend of theoretical knowledge and practical application, preparing students for success in the automotive industry. Aspiring engineers are encouraged to explore these project ideas, showcasing their skills and making a lasting impact on their academic and professional journeys.

1. What skills do I need for automobile projects?

Automobile projects require a combination of technical skills such as programming, mechanical design, and electronics.

2. Can I work on these projects individually or in a group?

Both options are possible. Working in a group allows for collaboration and diverse skill sets, while individual projects offer independence.

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Best 10 Automotive Embedded Projects for ECE Students

Author: ramya.

Introduction:

In the ever-evolving world of technology, the automotive industry has witnessed significant transformations through the integration of embedded systems. As Electronic and Communication Engineering (ECE) students, you have a unique opportunity to delve into the realm of automotive embedded projects. These projects not only provide valuable hands-on experience but also align with the growing demand for skilled professionals in this field. In this blog, we will explore the best 10 automotive embedded projects for ECE students, covering a range of applications and complexity levels.

CAN Bus Monitoring System

One of the most fundamental and informative projects in the realm of automotive embedded systems projects for ECE students is the CAN Bus Monitoring System. In modern vehicles, the Controller Area Network (CAN) bus serves as the communication backbone, connecting various electronic control units (ECUs) to facilitate data exchange. Creating a CAN Bus Monitoring System provides students with a hands-on opportunity to delve into the intricacies of automotive communication protocols.

This project involves designing a device that interfaces with the CAN bus, collects real-time data from sensors and ECUs, and presents it in a user-friendly format. ECE students gain practical experience in microcontroller programming, data acquisition, and signal processing. Moreover, they learn how to interpret critical vehicle information, such as engine performance data, fault codes, and sensor readings, which is essential for diagnostics and vehicle maintenance.

Overall, the CAN Bus Monitoring System project not only equips ECE students with valuable skills but also prepares them to tackle more complex  automotive embedded projects in the future.

Vehicle Diagnostics Tool

Among the myriad of automotive embedded projects available to Electronic and Communication Engineering (ECE) students, one stands out for its practicality and real-world relevance – the Vehicle Diagnostics Tool. This project bridges the gap between theory and application, offering students a hands-on experience in dealing with the intricacies of modern vehicles.

A Vehicle Diagnostics Tool is essentially a device that connects to a vehicle's On-Board Diagnostics (OBD-II) port to retrieve crucial information about the vehicle's health and performance. ECE students working on this project get the chance to delve into hardware design, microcontroller programming, and data interpretation. They learn to communicate with a vehicle's Engine Control Unit (ECU) and extract valuable diagnostic data.

Furthermore, this project has practical implications as it can be used to diagnose and troubleshoot real vehicles, making it an invaluable tool for mechanics and automotive enthusiasts. In a world where automotive technology is evolving rapidly, ECE projects like the Vehicle Diagnostics Tool equip students with skills that are highly sought after in the industry, making it an excellent choice among the top 10 automotive embedded projects for ECE students.

Smart Parking System

A Smart Parking System, often hailed as a groundbreaking innovation in urban mobility, is an ideal project for ECE students seeking to make a tangible impact in the automotive industry. This innovative system leverages embedded technology to revolutionize the way we park our vehicles, making it an excellent choice among the top 10 automotive embedded projects for ECE students.

The essence of a Smart Parking System lies in its ability to detect available parking spaces and guide drivers to them, reducing the time and stress associated with finding parking in congested areas. For ECE students, this project is an opportunity to delve into sensor integration, real-time data processing, and wireless communication.

ECE enthusiasts working on a Smart Parking System will design a network of sensors that can monitor parking spaces' occupancy status. These sensors can be ultrasonic, infrared, or even camera-based, depending on the complexity of the project. They will interface these sensors with microcontrollers to process and transmit data to a central control unit.

The heart of the system is the software that processes sensor data and provides real-time information to drivers through mobile apps or display boards. This software involves algorithms for data analysis and decision-making, enhancing students' programming and problem-solving skills.

In conclusion, a Smart Parking System project not only showcases your technical prowess but also addresses a real-world problem. It's a testament to the power of embedded technology in improving our daily lives, making it a top choice among ECE projects for aspiring engineers.

Gesture-Controlled Car

Among the diverse array of automotive embedded projects for ECE students, the Gesture-Controlled Car stands out as a captivating endeavor. This project combines cutting-edge technology with the thrill of automotive innovation, making it an ideal choice for those seeking a challenging yet rewarding experience.

In a Gesture-Controlled Car project, ECE students design a small-scale model car that responds to hand gestures for steering, acceleration, and braking. This involves integrating sensors like accelerometers and gyroscopes with embedded systems to interpret and execute commands.

Not only does this project provide hands-on experience in sensor integration and real-time data processing, but it also delves into the fascinating realm of human-machine interaction. Students learn to create intuitive interfaces that bridge the gap between human gestures and the car's movements.

Embarking on a Gesture-Controlled Car project offers ECE students a glimpse into the future of automotive technology, making it an excellent choice among ECE projects.

Collision Avoidance System

Developing a collision avoidance system is a crucial project in the context of automotive safety. You can design a system that uses sensors such as ultrasonic or LiDAR to detect obstacles and alert the driver or automatically apply brakes to prevent collisions. This project will deepen your understanding of sensor interfacing and control algorithms.

Autonomous Vehicle (Robot Car)

Creating a small-scale autonomous vehicle, often referred to as a robot car, is a challenging yet rewarding project. It involves building a car that can navigate a predefined track or environment autonomously. This project encompasses various aspects of embedded systems, including sensor fusion, path planning, and control algorithms. It provides a glimpse into the world of self-driving cars.

Advanced Driver Assistance System (ADAS)

An ADAS project focuses on developing advanced features for vehicles, such as adaptive cruise control, lane-keeping assistance, and collision warning systems. ECE students can work on individual components of an ADAS system and gain expertise in computer vision, image processing, and machine learning for real-time decision-making.

Fuel Efficiency Monitoring System

In today's eco-conscious world, monitoring and improving fuel efficiency is a critical aspect of automotive design. ECE students can create a system that collects data on vehicle speed, engine performance, and driving habits to provide feedback on optimizing fuel consumption. This project combines data analysis, embedded programming, and sensor integration.

Electric Vehicle (EV) Charging Station

As the automotive industry transitions towards electric vehicles, designing an EV charging station is a forward-thinking project. You can create a smart charging station that communicates with electric vehicles, manages charging sessions, and provides real-time charging status updates to users' smartphones. This project involves IoT (Internet of Things) integration and communication protocols.

Embarking on automotive embedded projects offers ECE students a unique opportunity to apply their theoretical knowledge to real-world applications. These projects cover a wide range of complexity levels and applications, allowing students to choose projects that align with their interests and skill levels. Whether you are passionate about vehicle diagnostics, safety systems, autonomous driving, or green technologies, there is a captivating automotive embedded project waiting for you. So, roll up your sleeves, pick a project, and embark on a journey of innovation and learning in the exciting world of automotive embedded systems projects. These projects will not only enhance your skills but also make you a valuable asset in the ever-evolving automotive industry.

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Nevon Projects

Automobile Engineering Projects

Automobile engineering deals with automotive design and manufacturing including fluid mechanics, combustion, material strength, heat transfer, numerical measurements and more. Nevonprojects brings you the widest and most innovative list of automobile engineering for students

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Automobile project topics for final year mechanical engineering

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By Dr. Paresh Gujarati

Automobile project topics

In the final year of an automobile engineering degree, students often undertake ambitious projects that serve as the culmination of their academic journey. These projects offer an opportunity to apply theoretical knowledge to real-world challenges, fostering innovation and creativity within the automotive industry. From designing and analyzing complex systems to exploring emerging technologies, the breadth of topics in automobile projects is vast.

This blog post serves as a guide to navigating the diverse landscape of final-year automobile project topics, providing insights into current trends, potential areas of exploration, and the significance of these projects in shaping the future of automotive engineering. Whether it’s optimizing vehicle performance, enhancing safety features, or advancing sustainable mobility solutions, final-year projects represent a pivotal stage in the development of aspiring automotive engineers. One can do the theoretical analysis, innovative design, and changes in the existing system of an automobile .

students automobile projects

Table of Contents

 Automobile Project topics

Innovative six-stroke ic engine:.

Development of an unconventional engine design incorporating additional strokes for enhanced efficiency and reduced emissions through innovative combustion and heat recovery mechanisms.

Performance Evaluation of Existing Four-Stroke Bike or Scooter:

Comprehensive assessment of power, fuel consumption, emissions, and durability to optimize performance and meet regulatory standards.

Thermal Performance Evaluation of Automobile Radiator:

Analysis of heat dissipation efficiency, airflow, and cooling system design to ensure optimal engine temperature regulation and prevent overheating.

Design and Structural Analysis of Gearbox for Four-Stroke Bike/Car/Bus:

Engineering of gearbox components for durability, efficiency, and smooth gear shifting, utilizing finite element analysis and simulation to optimize performance and reliability.

Improvement in Conventional Design of IC Engine:

Research and development aimed at enhancing combustion efficiency, reducing friction, and improving thermal management to increase power output and fuel economy while minimizing emissions.

Silencer Modification:

Investigation and implementation of silencer design alterations for noise reduction, improved exhaust flow, and enhanced engine performance, ensuring compliance with noise pollution regulations without compromising engine efficiency.

Improvement in Carburetor:

Research and development focused on enhancing fuel atomization, air-fuel mixture control, and overall efficiency to optimize combustion and reduce emissions in internal combustion engines.

Effects of Various Additives in Fuel on IC Engine Performance:

Investigation of the impact of additives such as octane boosters, detergents, and stabilizers on engine power, fuel economy, emissions, and durability.

Design and Analysis of Car Chassis:

Structural engineering of chassis components to ensure strength, stiffness, and crashworthiness while minimizing weight, utilizing finite element analysis and simulation for optimal performance.

Design and Analysis of Brakes:

Engineering of brake systems for efficient deceleration, heat dissipation, and reliability, considering factors like braking force distribution, thermal management, and fade resistance through computational modeling and testing.

Design and Analysis of Clutch:

Development of clutch mechanisms for smooth engagement, durability, and torque transmission, utilizing simulation and analysis tools to optimize performance and ensure driver comfort and vehicle reliability.

Design and Analysis of Suspension System:

Engineering of suspension components for optimal vehicle stability, comfort, and handling across various road conditions, employing simulation and testing to refine spring rates, damping characteristics, and geometry.

Design of Automatic Transmission System:

Development of transmission systems utilizing hydraulic, electronic, or dual-clutch mechanisms for seamless gear shifting and improved fuel efficiency, considering factors like gear ratios, torque converters, and control algorithms.

Improvement in the Design of Automobile Air Conditioning Systems:

Research focused on enhancing cooling efficiency, reducing energy consumption, and improving cabin comfort through innovations in compressor design, refrigerant selection, and thermal management strategies.

Structural and Aerodynamic Analysis of Sports Bike/Car:

Integration of lightweight materials and aerodynamic enhancements for enhanced performance and stability at high speeds, utilizing computational fluid dynamics (CFD) and finite element analysis (FEA) to optimize structural integrity and aerodynamic efficiency.

Performance Evaluation of a Regenerative Braking System:

Assessment of energy recovery efficiency, braking force distribution, and system integration to optimize performance and maximize energy regeneration during deceleration, contributing to improved fuel economy and reduced emissions.

Use of Composite Material in Automobile Parts or Body:

Utilization of advanced composite materials like carbon fiber reinforced polymers (CFRP) or fiberglass for lightweight, strength, and corrosion resistance in-vehicle components and body structures, leading to improved fuel efficiency and performance while maintaining safety standards.

All the above topics seem very simple in the list but one needs to go through existing conditions and research level to date. To do this, one should carry out a literature review about each part you are choosing as a project topics. Find out the chances of improvement and carry out analysis to improve it.

FAQs on automobile project topics

  • Challenges can vary from design complexities to meeting safety standards and regulatory requirements. Issues like optimizing performance while minimizing weight and cost are also common hurdles.
  • Consider your interests, industry trends, and potential impact. Look for topics with scope for innovation and addressing current issues such as emissions reduction, safety enhancements, or efficiency improvements.
  • Simulation software allows engineers to test designs virtually, saving time and costs associated with physical prototyping. It enables the evaluation of various scenarios, helping to optimize performance and reliability.
  • Focus on incorporating eco-friendly technologies like electric or hybrid powertrains, lightweight materials, and efficient energy management systems. Additionally, consider end-of-life disposal and recyclability of components.
  • Testing is crucial for validating designs, ensuring safety, and optimizing performance. It includes various tests such as durability testing, crash testing, emissions testing, and performance testing under different conditions.
  • Identify potential risks early, develop mitigation strategies, and continuously monitor and reassess throughout the project lifecycle. Effective communication, contingency planning, and stakeholder involvement are also essential.
  • Emerging trends include autonomous vehicles, connected car technologies, electrification, advanced driver assistance systems (ADAS), and additive manufacturing (3D printing) for rapid prototyping and customization.
  • Design for manufacturability involves optimizing designs for efficient production, minimizing complexity, reducing assembly time, and ensuring compatibility with existing manufacturing processes and equipment.
  • Stay connected with industry publications, attend conferences and seminars, participate in online forums and webinars, and engage with professional networks. Continuous learning and collaboration are essential in this rapidly evolving field.
  • Career opportunities include roles in design, research and development, manufacturing, testing, project management, and consulting. Specializations can range from powertrain engineering to vehicle dynamics, aerodynamics, and beyond.

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Automobile Engineering Projects Reports, Topic, Ideas

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2024 Best BE Mechanical Engineering Major Projects Ideas and Reports

2024 Best BE Mechanical Engineering Major Projects Ideas And Reports | A project is very important and best pieces of work in a student’s life while studying at university so it’s very important to choose the right project topics and right company to help you with yours. Mechanical Farm provides the best BE project ideas for […]

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Tata Motors Project Report Mechanical Farm provides the best BE project ideas for mechanical engineering students and researchers to help them finish the projects. Our List consists of the finest and most innovative topics and projects for mechanical engineering final year. We have widest ideas for engineering project for mechanical. INTRODUCTION TO TATA MOTORS COMPANY Tata Motors Limited (formerly

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2024 Best Automobile Engineering Project Topics, Ideas, and Reports

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Automobile Engineering Project Ideas for College Students

Automobile Engineering is a branch of engineering that deals with the design, manufacturing, and maintenance of Automobiles. In this post, we are going to discuss automobile engineering project ideas.

In engineering colleges, one must submit a project or thesis in order to get the degree during the final year of engineering. It is exasperating and laborious to choose the topic for the project.

Final year automobile engineering students should start looking for the project topics as early as possible. The final year automobile engineering projects should be futuristic and innovative and should give some groundbreaking results.

We can say automobile engineering is a subbranch of mechanical engineering dealing with the design, manufacturing, and maintenance of automobiles.

Table of Contents

Latest Automobile Engineering Project Ideas 2022

Let us discuss some futuristic and ingenious project ideas for Automobile Engineering college students.

SI Engine Project Ideas

Project Title: Pollution control through SI Engine

Conduct a study to know pollution control techniques for SI engines. Conduct the study on any engine like a four-stroke single-cylinder SI engine using different parameters such as variable speed, variable compression ratio. Get the reading of emission of gases and suggest a pollution control method. One may suggest changes in the design of an engine.

Project Title: Design and Analysis of SI engine piston using CATIA-ANSYS

Piston temperature has a considerable influence on the efficiency, emission, and performance of the SI engine. Design a piston with the help of CATIA a cad modeling software and analyze it for the measurement of piston transient temperature at several points on the piston, from cold start to steady condition and compare them with the results of finite element analysis.

CI Engine Project Ideas

Project Title: Cottonseed oil as an alternative fuel for CI Engine

Conduct a study to use cottonseed oil as an alternative fuel for CI engines. One may mix it with other fuels and compare the result of the effects on the engine.

Project Title: Biogas purification for CI Engine

Project Title: Study on noise reduction from CI Engine

Design and fabrication Project Ideas for College Students

Project Title: Design and fabrication of automatic tire inflation system .

Driven by studies that show that a drop in tire pressure by just a few PSI can result in the reduction of gas mileage, tire life, safety, and vehicle performance. Design an automatic tire inflation system that will monitor and maintain pressure in the tire of a vehicle.

Tyre inflation system

Project Title: Design and analysis of Automated truck cabin suspension system .

Design an automated truck cabin suspension system that can handle shocks and vibrations on terrain and irregular roads. The load coming from the floor and the chassis should be taken by the suspension system. Make a modal analysis to check hormonal frequencies, hormonal analysis to plot graphs between frequency and amplitude. Make a static analysis to study the deflection of leaf spring.

Project Title: Design and fabrication of dump truck tilting system .

Design and fabricate a simple dump truck tilting system with the help of a hydraulic system. The hydraulic cylinders are used to lift the tiller and it should be enough to handle the load of the tiller. There is a scope of research to improve the efficiency of the system as it gets bulky due to the use of a hydraulic system .

  • Design and fabrication of valve lapping machine.
  • Portable water servicing the pump.
  • Electro-pneumatic clutch controlling system.
  • Gas injected spark ignition engine.
  • Designing of brake lock for the hydraulic brake system.
  • Solar electric vehicle.
  • Smart infrared proximity detector.
  • Intelligent overtaking mechanism.
  • A self-locking mechanism for reverse motion.
  • Digital rural bus stand.
  • Accident prevention mechanism in vehicles.
  • Optical valve timing encoder.
  • Design and fabrication of four seated cars.
  • Automated gear shifting mechanism.
  • Experimental setup to study Gyroscopic couple due to processional motion.
  • Brake performance electronic tester.
  • Hinged jack.
  • Automatic vehicle monitoring and control.
  • Design of an efficient Hovercraft.
  • Safety features in the automobile.
  • Solar water distiller for rural areas

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2 thoughts on “Automobile Engineering Project Ideas for College Students”

The automobile market is so competitive so if you want project ideas you can go to Google and then you have to search for them because we all know the biggest solution of our research is Google and you can also use many sites of automobiles you can get ideas from there as-well.

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Top trending automobile workshops for engineering students

Best Automobile Workshops for Engineering Students

Automobile industry is a fast growing sector bringing in new innovations every day. The automobile systems that we see today were just some theoretical concepts presented in seminars few years back. With the advent of Hyperloop, Autonomous self-driving cars, pod-based vehicles etc. the entire automobile industry perspective changed in a way how we look at it. These are all possible due to the recent advancement in automobile engineering and the engineers started to do more innovation in this domain.

Have you checked out our projects on Automobile yet? Automobile Kit will be shipped to you and you can build using tutorials. You can start with a free demo today!

While we are seeing the advancements in the automobile industry, there is an equal rise in the demand for engineers who are doing automobile engineering. They have the option to excel in a particular technology and develop an exciting career in it. But students doing automobile engineering will find it difficult to cope up with the industry as they are not equipped with the skills in these advanced technologies. So students pursuing automobile engineering should develop skills on these latest technologies and this is possible only through workshop/ training programs.

As these advanced technological concepts are not included in the curriculum, going for workshops/ training programs are the only way to acquire knowledge on them. But doing such training programs will help them to become industry ready and such advanced companies will craving to recruit them. To help students to identify the right automobile workshop, here I am suggesting the best workshops which they can undergo to develop the latest skills.

Following are the list of good automobile workshops that students can participate in to develop knowledge in this exciting domain:

1. CFD Workshop:

CFD Workshop for Engineering Students

As a recent advancement in automobile engineering, engineers have developed a super fast car Hennessey Venom (Beast) that can accelerate to a speed of 271 mph and it is designed in a way that it can automatically adjust its machinery as the speed increases or decreases, ensuring optimal performance. The aerodynamic design of this vehicle allows it to cut through the wind planes and use that to accelerate the vehicle further. This was possible due to the recent advancements in the Computational Fluid Dynamics and the Automobile Industry. Learning such advanced technologies will help you to stay updated with the current technologies and also assist you greatly in improving job prospects.

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CFD is a very robust technique that finds its applications in various industry sectors like mechanical, aeronautical, civil, environmental etc. Computational Fluid Dynamics is one of the areas of engineering that deals with numerical simulation to analysis of fluid flows which can be used to solve real life problem statements. There is a lot of scope for engineers who can understand and apply the techniques of CFD to solve variety of designs, analyze and optimize problems.

By attending this automobile workshop you will practically learn the simulation of different flow physics through industrial grade software. If you are a final year engineering student you should undergo this training to acquire the skills and improve your job prospects.

2. Automobile Prototyping Workshop:

Automobile Prototyping Workshop for Engineering Students

The automobile industries of now started focusing on technologies like advanced electric propulsion and energy storage systems, engines and alternative fuels, intelligent transportation and vehicular communication systems, autonomous vehicles, vehicle chassis systems, and vehicle safety etc. And we are already experiencing this in the streets where we see lot of innovation happening within a short period of time.

The scope for engineers in this automobile sector is wide and increasing day by day. So students getting hands-on experience on this sector will have a very good chance of developing an exciting career in this field. You can acquire the needed skills only through building projects and learning while doing it.

By attending this automobile prototyping workshop you will practically learn about the concepts of automobile systems like transmission, suspension, powertrain, steering, locomotion and chassis design etc. Through this training program you will develop a deeper understanding about the automobile engineering and the skills required to work in the automobile industry.

Skyfi Labs helps students develop skills in a hands-on manner through Automobile Online Courses where you learn by building real-world projects.

You can enrol with friends and receive kits at your doorstep.

You can learn from experts, build working projects, showcase skills to the world and grab the best jobs. Start Learning Automobile today!

3. IC Engines Workshop:

IC Engines Workshop for Engineering Students

IC engines or Internal Combustion Engines are the most widely used engine mechanism in the automobile industry. These engines are capable of producing immense power in contrast to their size and weight. Almost all the automobiles that we see today run using this engine and it is essential for automobile engineering students to learn and get skilled in it to improve their job prospects.

This will be an ideal course for automobile engineering students who want to get hold of the concepts involved in the IC engines that are used in the automobile industry. By attending this automobile engineering workshop you will practically learn the concepts behind the engine control unit, sensors, and actuators and you will also learn to assemble & dismantle IC engines so as to know the internal working mechanisms.

4. Hovercraft Workshop:

Hovercraft Workshop for Engineering Students

Hovercraft also called an air-cushion vehicle that is capable of travelling at an elevated height over rough terrain. These types of vehicles can move well on land, ice and water. Automobile engineering students who want to learn aerodynamics, electronics and instrumentation principles can undergo this training program.

By attending this training program you will practically learn to build a Hovercraft that is supported by a cushion and will eject high-pressure air against the below surface to facilitate the moving. Hovercrafts have its applications varying from rescue, military to recreational operations.

Organize a automobile engineering workshop in your college in association with Skyfi Labs

In case you are interested to attend an automobile engineering workshop but not able to find one, you can conduct a workshop in your college itself in association with Skyfi Labs. We at Skyfi Labs have developed some amazing hands-on training programs that helps you to learn and build automobile engineering projects in the simplest way. Our team will be coming to your college upon inviting along with the kits and necessary material and helps you to build projects practically. The Innovative learning methodology which we follow not only helps you to build projects but ensures you are learning while doing so. In case if you are interested to learn and build the project at your home itself, you can enroll for our online courses and build the project from any part of the Earth.

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College Student's Book Translation Launches Global Venture

by Rich Stratton, Assistant Director of Public Relations

Success begins with great ideas.  Dr. Kary Oberbrunner , Berry Chair and assistant professor of  entrepreneurship  at  Cedarville University , encourages his students to generate, pitch and pursue ideas. Gladys Cerrato, a senior marketing major, responded by proposing the translation of Oberbrunner’s book, “Day Job to Dream Job,” into Spanish to expand his international influence. 

Cerrato, from Juticalpa, Honduras, has dreamed of owning her own business since she was 12 years old. When she read Oberbrunner’s book, she realized her dream of becoming an entrepreneur could become a reality. 

“I realized I could succeed and become an owner, an entrepreneur, after reading Dr. Oberbrunner’s book,” said Cerrato. “I came away inspired and motivated to help others from my country discover their potential.” 

students automobile projects

Cerrato completed the translation with the help of artificial intelligence (AI), a tool Oberbrunner encourages hi s students to utilize. He teaches his students that AI is an innovative technology that can and should be leveraged for success in many situations.  

Determined to equip others in Spanish-speaking countries, she pitched the idea to Oberbrunner, who immediately encouraged Cerrato to move forward with her book translation vision.   

“When Gladys approached me with her idea, it took less than five seconds to say yes,” said Oberbrunner. “I knew Gladys could have an impact on Spanish speaking entrepreneurs and that she could turn her talent for translation into a future business when she graduates.” 

Because of Oberbrunner’s ability to draw on his own success as an entrepreneur, he is always looking for ways to give his students a boost when they show real initiative. In Cerrato’s case, he was able to take what would have been a project and turned it into a future business opportunity.

Oberbrunner also shares his experience as a Wall Street Journal and USA Today bestselling author of more than a dozen books with his students. Along with his role at Cedarville University, he serves as the CEO of Igniting Souls and Blockchain Life in which he promotes intellectual property and turns it into 18 streams of revenue. He's also a screenwriter and inventor, and he's been featured on CBS, Entrepreneur, FOX News and Yahoo.

“I want to give my students the gift of belief and self-confidence. Learning and using new tools helps to that end,” said Oberbrunner. 

Cerrato has big dreams and sees this as the first step toward building a business focused on making great resources available to more people through translation. Her plan is to officially launch her business after graduation.

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Politics latest: Starmer defends cabinet snub - as 'YIMBY' chancellor vows 'planning revolution'

Chancellor Rachel Reeves has delivered her first major speech in the role, pledging a "planning revolution" to help speed up housebuilding. Meanwhile, Sir Keir Starmer continues his first nationwide UK tour as PM - and defends leaving a loyal former shadow minister out of his cabinet.

Monday 8 July 2024 18:06, UK

  • General Election 2024

Please use Chrome browser for a more accessible video player

  • Rachel Reeves pledges 'planning revolution' and mandatory housing targets as she outlines steps to deliver 'sustained economic growth'
  • Key moments from chancellor's speech: Reeves touts 'YIMBY' credentials as she vows 'interventionist approach' to housebuilding | 'No time to waste' on delivering economic growth | Bites back at Truss's 'anti-growth' jibe
  • Ed Conway analysis: No big bang moment from chancellor, but hard reforms could one day deliver what UK's long struggled with
  • Sam Coates analysis: This is a government that's keen to look busy - but there's a problematic 'shit list' to deal with
  • PM defends cabinet snub
  • Labour MPs assemble for huge group photo
  • Teatime bulletin: What you need to know this evening - and what's coming up on tonight's  Politics Hub With Sophy Ridge
  • Live reporting by Faith Ridler

Election fallout

  • Starmer's challenges: Tackling exhausted NHS | Looming chaos abroad | Defence to dominate early days | Small boats plan? | Rift with scientists needs healing
  • Read more from Sky News: What to expect from Labour's first 100 days | Who's who in Starmer's inner circle | A look back at life when Labour last won power | Find our other must-read election features
  • Results in full: What happened in every constituency

We're winding down on the first day of the new Labour government's first full week in office.

Here's an easy catch-up on what you need to know on your commute home this evening:

  • Rachel Reeves has delivered her first major speech as chancellor, pledging a "planning revolution" to boost housebuilding and allow new onshore wind projects to help deliver "sustained economic growth";
  • She also touted her status as a "YIMBY" (yes in my backyard) , as she revives government housing targets and writes to councils asking them to review greenbelt boundaries;
  • Our economics and data editor Ed Conway said while Ms Reeves' speech lacked any "big bang moment", the hard reforms she's promising could one day deliver what the UK's long struggled with.
  • Sir Keir Starmer has followed up his weekend visit to Scotland with trips to Northern Ireland and Wales, as he seeks to restore "mutual respect" between Westminster and the devolved governments;
  • The prime minister also defended his decision to not hand a cabinet job to Emily Thornberry , who expressed her surprise at missing out after serving more than eight years in the shadow cabinet;
  • Sir Keir's spokesperson also fielded questions from journalists today - they said the prime minister was keen for close relations with France whoever ends up in power there after the country's inconclusive elections.
  • A good relationship with France will be key to tackling the small boats crisis, which has continued today with the first migrant arrivals since the election ;
  • Number 10 has admitted it will be a "challenging" summer in the Channel , while the Home Office works to set up its Border Security Command;
  • It's a problem the Tories never quite to grips with - their party board is meeting this afternoon to discuss the upcoming leadership contest after Rishi Sunak's resignation .

That's all for now - check back at 7pm for  Politics Hub With Sophy Ridge .

On the show tonight is Peter Kyle , the new government's science, innovation, and technology secretary, and the panel is Tory peer Baroness Sayeeda Warsi and former Scottish Labour leader Jim Murphy .

Business presenter Ian King is answering your questions on what a Labour government means for your personal finances in our Money blog. 

There's still time to submit a question - you can do so and follow along using the link below:

Chancellor Rachel Reeves has acknowledged the "scale of the huge challenge ahead" as she began her first week as head of the Treasury.

Visiting the Oval Village housing project in London, Ms Reeves was asked how she felt when she realised how bad the economic situation is.

"I knew the scale of the inheritance, the scale of the challenge ahead, was going to be huge," she says.

"That's why today I've got started, and I've spent the whole weekend working on developing that plan for growth to unlock private investment.

"In the end, we're not going to be able to improve living standards of working people or have the money that we need for our public services unless we can grow the economy."

Ms Reeves was speaking after her first major event as chancellor, where she announced her intention to reform planning rules, restore mandatory housing targets, and reverse the ban on new onshore wind projects to help drive economic growth and investment.

Labour's 412 MPs have assembled in Westminster for a family photo.

There are so many of them after last week's general election that some will likely end up taking seats on the opposition benches when parliament's packed out for events like PMQs.

Sir Keir Starmer got the plumb spot for the photo, flanked by his deputy Angela Rayner and Chancellor Rachel Reeves.

It's been a busy start to the week for the new government - from the prime minister wrapping up his tour of the home nations, to the chancellor making a major speech on planning reform and the health secretary holding talks with dentists.

Our deputy political editor Sam Coates says that's very much the idea: they want to be seen to be busy.

Each appearance by a cabinet minister is a "promise of action" to deal with the problems facing the country, says Sam.

That includes Sir Keir Starmer himself, who in Northern Ireland today "was keen to make clear he would look again at bits of the Brexit deal".

'The shit list'

But it's all very well to seem busy, says Sam - the challenges are vast.

"Sue Grey, the chief of staff to Keir Starmer, had a list of problematic things this government was going to have to do," he notes.

Within Westminster, it became known as the "shit list" - covering everything from prison overcrowding to universities in financial ruin.

The government's work so far "is framed by solving the problems of the past" rather than "setting Britain on a new course".

But with more than 400 Labour MPs now in Westminster, the prime minister has a tough job keeping them all happy.

Despite the difficulties, Sam says "they're going to be wanting a lot out of this government".

Sky News' deputy political editor Sam Coates and Politico's Jack Blanchard are back in your podcast feeds.

On this episode, they discuss how the prime minister is tackling his first full week and his government’s approach to home and foreign affairs.

And how will the Conservative Party choose a new leader?

All that more below:

👉  Tap here to follow Politics At Jack And Sam's wherever you get your podcasts  👈

Email Jack and Sam: [email protected]

A migrant processing centre in Kent will be visited by the Children's Commissioner over concerns raised about safeguarding children at the site.

Dame Rachel de Souza is expected to visit the former military base in Manston this week, according to her office.

The facility is used to process new arrivals of people who have entered the UK by boat crossing the English Channel.

Overcrowding with "unacceptable conditions" had previously been flagged by inspectors in October 2022, while the Home Office has said significant improvements have been made since that period.

The Office of the Children's Commissioner is a national public body tasked with promoting and protecting the rights of children in the UK, including unaccompanied asylum seeking children.

A Home Office spokesperson said: "The treatment of unaccompanied children is taken very seriously by the Home Office and they are not routinely taken to Manston.

"Those who arrive with their families are accommodated separately from single adult males, and the health and well-being of all arrivals is taken seriously at every stage of the process."

Rhun ap Iorwerth, the leader of Plaid Cymru, has today welcomed his party's four MPs to Westminster.

They have already written to Sir Keir Starmer to ask for a meeting on resetting the relationship between London and Wales, he added.

It comes after the prime minister embarked on a UK tour to meet the leaders of the devolved governments, including Vaughan Gething in Cardiff earlier today.

Mr Iorwerth said it had to be a "meaningful reset", as he vowed his party's MPs would hold Sir Keir's government to account.

'We will make case for Wales at every opportunity'

"Labour have shown time and time again that they want to cast aside our aspirations on fair funding, on more powers," he said.

"Our four MPs will not allow that to happen.

"We want to make the case for Wales at every possible opportunity. 

"That is what these four MPs will do, and we need to see signs, very early and clear signs, from Sir Keir Starmer that he will listen, that he will listen to our aspirations and act in the interests of Wales."

Carla Denyer, the co-leader of the Green Party, has urged Sir Keir Starmer to "take some swift actions" on "low-hanging fruit" in the first 100 days of government.

She pressed Labour to scrap the two-child benefit cap and revoke the licence for the Rosebank oil field as she arrived at parliament as one of four newly elected Green MPs.

Ms Denyer was elected alongside her fellow co-leader Adrian Ramsay, Ellie Chowns and Sian Berry in last week's general election.

'Not even that expensive' to lift benefit cap

Ms Denyer said maintaining the two-child benefit cap "holds 250,000 children in poverty unnecessarily", and claimed it's "not even that expensive to lift".

While she opposed the new licence for the Rosebank oil and gas field, 80 miles west of Shetland, she welcomed the party's lifting of the ban on new onshore wind projects.

"That is long overdue," she said.

Ms Denyer said the Greens - up from one MP to four compared to the previous parliament - "will be pushing" the government to take stronger action that will "help fix the issues in this country".

Reform UK received the most donations of any political party in the last week of general election campaigning, new data shows.

Figures from the Electoral Commission show Nigel Farage's party was given £592,360 between 20 June and 26 June.

This is more than any other political party, with the Liberal Democrats coming in second place with £515,982.

Labour received £451,232 and the Conservatives £378,945.

A large part of Reform's funds came from Zia Yusuf, who spoke at a Reform rally last weekend, and donated £200,000.

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What is Project 2025? The Presidential Transition Project explained.

The detailed plan to dismantle and reconstruct the government laid out by conservative groups known as the 2025 Presidential Transition Project has critics up in arms over its " apocalyptic " and " authoritarian " nature.

The Heritage Foundation, a conservative think tank in Washington, D.C., led an effort to create the more than 900-page "Mandate for Leadership," published in April 2023, reimagining the executive branch and presented a plan to overhaul several federal government agencies, including the FBI, for the country's next conservative president to follow.

According to the Project's website, the playbook provides a governing agenda and a lineup of people ready to implement it to "rescue the country from the grip of the radical Left." It includes a domestic and foreign policy agenda, a list of personnel, training, and a 180-day playbook.

"It is not enough for conservatives to win elections," Project 2025 said on its website . "With the right conservative policy recommendations and properly vetted and trained personnel to implement them, we will take back our government."

Project 2025's Director is Paul Dans , who served as the U.S. Office of Personnel Management chief of staff in former President Donald Trump's administration. Although it mentions Trump by name, the handbook does not directly assume the Republican party's presumptive nominee will be the one to carry out its agenda.

Prep for the polls:   See who is running for president and compare where they stand on key issues in our Voter Guide

What is in Project 2025?

The mandate attacks several policies that former President Barack Obama and President Joe Biden instituted, including student loan forgiveness and Obamacare . It simultaneously calls for expanded executive power for the commander-in-chief while criticizing what Project 2025 members perceive as overreaches by the Biden administration.

"Presidents should not issue mask or vaccine mandates, arbitrarily transfer student loan debt, or issue monarchical mandates of any sort," the plan reads. "Legislatures make the laws in a republic, not executives."

The playbook calls for the reinstatement of a Trump executive order augmenting a president's power to hire and fire federal officials by replacing civil servants with political appointees throughout government.

It also seeks to repeal aspects of the Affordable Care Act , urge the Food and Drug Administration to reverse the approval of abortion pills , and further empower Immigration and Customs Enforcement to deport undocumented immigrants .

The plan also specifically addresses LGBTQ+ issues and attacks "radical gender ideology." In addition to calling for an end to the Department of Education, it suggests legislation that would forbid educators from using transgender students' names or pronouns without written permission from their guardians. It also appears to oppose same-sex marriage and gay couples adopting children by seeking to "maintain a biblically based, social science-reinforced definition of marriage and family."

More: Trump tried to crush the 'DEI revolution.' Here's how he might finish the job.

Project 2025 generates concern

Project 2025 has received substantial criticism from Democrats, including Representative Jasmine Crockett , D-Texas, who called out the controversial plan during a congressional hearing last month.

"I don't know why or how anybody can support Project 2025," Crockett said. "In the United States of America, dictatorships are never funny, and Project 2025 is giving the playbook for authoritarianism as well as the next dictator to come in."

Progressive Democrat U.S. Representative Ayanna Pressley of Massachusetts called it a "far-right manifesto" in a post on TikTok . The Biden campaign captioned a video detailing Project 2025, stating it "needs more attention."

Rachel Barber is a 2024 election fellow at USA TODAY, focusing on politics and education. Follow her on X, formerly Twitter, as @rachelbarber_

students automobile projects

Automobile Engineering related final year Project list

1. DESIGN AND FABRICATION OF PROPELLER SHAFT AND TIE ROD BEND TESTING AND BEND REMOVING MACHINE

2. ASSESSMENT OF POLLUTION AND ENERGY LOSSES CONSEQUENTIAL TO UNORGANIZED MANAGEMENT OF B T S IN SHIVAJI NAGAR BUS TERMINAL

3. APPLICATION OF L P G FOR MOPEDS

4. IGNITION CONTROL TO IMPROVE THE COMBUSTION EFFICIENCY OF I.C ENGINE

5. DESIGN AND FABRICATION OF VALVE LAPPING MACHINE

6. PERFORMANCE OF 50CC MOPED ( TVS-CHAMP) BY USING DIFFERENT CARBURETTORS

7. TO STUDY THE PERFORMANCE OF TWO STROKE ENGINE WITH MODIFIED INTAKE SYSTEM

8. MICROPROCESSOR BASED SPEED CONTROL OF DC SHUNT MOTOR

9. LUBRICATI0N OF LPG SYSTEM FOR MOPEDS

10. SOLAR WATER DISTELLER FOR RAURAL AREAS

11. BATTERY OPERATED MAGNETIC FORCE ASSISTED MECHANICAL BRAKING SYSTEM

12. POLLUTION CONTROL THROUGH A SI ENGINE

13. COMPARATIVE STUDIES OF SOLAR STILLS

14. REC MEGHA 91

15. EXTERNALLY CHARGED BATTERY ASSISTED TRICYCLE FOR LEGLESS

16. BIOGAS PURIFICATION FOR C I ENGINE OPERATION

17. SPEED CONTROL OF RADIATOR FAN USING DIFFERENTIAL GEAR ARRANGEMENT

18. TRAFFIC LANE MARKER

19. SELECTION EXHAUST GAS RECIRCULATION IN 2-STROKE S.I ENGINE

20. AUTOMOTIVE EMISSION CONTROL

21. DESIGN AND FABRICATION OF THREE WHEELER FOR PHYSICALLY HANDICAPPED

22. BRAKE PERFORMANCE ELECTRONIC TESTER

23. PORTABLE WATER SERVICING PUMP

24. EXPERIMENTAL SET UP TO STUDY THE GYROSCOPIC COUPLE DUE TO PRECESSIONAL MOTION

25. MODIFICATION OF CARBURETTOR

26. L.P.G AS AN ALTERNATE FUEL

27. SELECTIVE EXHAUST GAS RECIRCULATION IN 2-STROKE S.I ENGINE

28. STARTER MOTOR TEST RIG

29. ELECTRO PNEUMATIC CLUTCH CONTROLLING MECHANISM

30. HINGED JACK

31. CATALYTIC CONVETER FOR TWO WHEELERS A CASE STUDY

32. DESIGN AND FABRICATION OF FOUR SEATER CAR

33. REDISINING AND TESTING OF CADI 50CC 4STROKE MOPED

34. VEHICAL AERODYNAMICS AND ITS PERFORMANCE CHARACTERSTICS

35. ENVIRONMENT FRIENDLY TWO STROKE ENGINE

36. SAFETY FEATURE IN AUTOMBILE

37. VALVE LAPPING MACHINE

38. AUTOMATED GEAR SHIFTING MECHANISM

39. AUTOMATIC HEAD LIGHT CONTROL FOR 4 WHEELERS

40. PARAMETRIC STUDY TO REDUCE NOISE FRO DIESEL ENGINE

41. MICROPROCESSOR BASED PRE PROGRAMMING CONTROLLED VEHICLE

42. MULIUTILITY PNEUMATIC KIT FOR L.M.V S

43. EURO 1 EMISSIONS

44. GAS INJECTED SPARK IGNITION ENGINE

45. DESIGN OF BRAKE LOCK FOR HYDRAULIC BRAKE SYSTEMS

46. VARIABLE COMPRESSION RATIO ENGINE FABRICATION PERFORMANCE ANALYSIS

47. FUEL INJECTION SYSTEM FOR A TWO STROKE PETROL ENGINE

48. COMPARATIVE STUDY OF C.I ENGINE PERFORMANCE USING DIFFERENT ALTERNATIVE FUELS

49. COMPARATIVE STUDY OF PERFORMANCE OF ENGINE UNDER VARIOUS BLENDS OF BIO DIESEL

50. HUMAN AWAKENING SYSTEM INTERFACE OF MICROPROCESSOR

51. PERFORMANCE AND EMISSION STUDY OF 4-STROKE S.I ENGINE WITH COPPER COATING ON COMBUSTION CHAMBER

52. DRUM SEEDER FOR PADDY CULTIVATORS( IMPROVEMENT)

53. WIND POWER TO CHARGE BATTERY IN AUTOMOBILE

54. IMPROVING FUEL ECONOMY AND ENGINE LIFE MICROPROCESSOR BASED MOBILE GEAR LEVEL INDICATOR

55. EDDY CURRENT BRAKING SYSTEM

56. A STUDY ON AMBIENT AIR QUALITY STATUS IN CHITRADURGA

57. DESIGN AND FABRIATION HYDRAULIC PRESS

58. SOLAR ELECTRIC VEHICLE

59. AUTOMATIC VEHICLE MONITORING AND CONTROL

60. SMART INFRARED PROXIMITY DETECTOR

61. ELECTROMAGNETICALLY ASSISTED ADVANCED DRUM BRAKE MECHANISM

62. MICROPROCESSOR CONTROLLED TWO WHEELER SPEED REGULATOR

63. ACCIDENT PREVENTION MECHANISM IN AUTOMOBILES

64. OPTICAL VALVE TIMING ENCODER

65. TYRE PRESSURE AUTO GOVERNING SYSTEM

66. DIGITAL RURAL BUS STAND

67. INTELLIGENT OVERTAKING MECHANISM

68. ELECTRIC BIKE

69. COTTON SEED OIL AS AN ALTERNATIVE FUEL FOR 4-STROKE C.I.ENGINE

70. COMPARATIVE STUDY OF DIRECT INJECTION C.I ENGINE USING VARIOUS ALTERNATIVE FUELS

71. HOVERCRAFT

72. AUTOMATIC GUIDED VEHICLE WITH REMOTE CONTROLLED LIFTING TROLLEY

73. SELF LOCKING MECHANISM FOR REVERSE MOTION

74. PERFORMANCE AND EMISSION STUDY OF BIODIESEL ENGINE USING ELECTRONIC FUEL INJECTION SYSTEM

75. TO STUDY THE PERFORMANCE OF C.I ENGINE USING THE BINARY MIXTURES OF ALTERNATIVE FUELS

76. PERFORMANCE AND EMISSION STUDY OF DI ENGINE USING FUEL IONIZER FOR VARIOUS BIO DIESEL MODE

  • Fabrication of two wheeler water lifting pump
  • Fabrication of sweeper robot
  • Fabrication of exhaust pipe modification, of two wheeler, for performance improvement
  • Fabrication of adaptive head lamps for four wheelers
  • Fabrication of future car
  • Fabrication of Spark plug testing machine
  • Fabrication of automobile painting robotic system
  • Fabrication of stair climbing robot
  • Fabrication of aerial vehicle
  • Fabrication of variable height vehicle
  • Fabrication of lawn mover
  • Fabrication of goods carrier across stair
  • Fabrication of electric two wheeler
  • Fabrication of solar operated tricycle
  • Fabrication of remote operated weapon system
  • Fabrication of four wheel steering system
  • Fabrication of regenerative braking vehicle
  • Fabrication of in wheel motor
  • Fabrication of electromagnetic braking vehicle
  • Fabrication of model demonstrating wind mill as supplementary power source for electric vehicles
  • Fabrication of remote controlled tilting chair for physically handicapped person
  • Fabrication of air powered vehicle
  • Fabrication of engine oil tester
  • Fabrication of automated lawn mover
  • Fabrication of conceptual solar vehicle
  • Fabrication of remote controlled waste collecting vehicle
  • Fabrication of Two wheeler mileage testing machine

More Resources /articles

Hydraulic and pneumatic projects list - abstract , report download, automobile engineering projects list - abstract , report, agricultural project list - abstract , report download, robotic and automation projects list - abstract , report, renewable energy sources , power generation projects list - abstract, thermal engineering projects list - abstract , report, related posts:.

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Sachin Thorat

Sachin is a B-TECH graduate in Mechanical Engineering from a reputed Engineering college. Currently, he is working in the sheet metal industry as a designer. Additionally, he has interested in Product Design, Animation, and Project design. He also likes to write articles related to the mechanical engineering field and tries to motivate other mechanical engineering students by his innovative project ideas, design, models and videos.

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KU engineering students become first in state to launch satellite through unique NASA project

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photo by: Firefly Aerospace/Trevor Mahlmann

The night sky over California's Vandenberg Space Force Base shows the signs of Firefly Aerospace rocket launch on July 3, 2024. A satellite built by KU engineering students was part of the payload of the launch.

A tiny piece of KU is now orbiting the Earth.

A satellite designed and built by aerospace engineering students at the University of Kansas was successfully launched into space on July 3, the university announced.

The satellite — about the size of a loaf of bread — will help researchers measure cosmic rays and high frequency signals. But a large part of the satellite’s purpose is to prove that KU’s engineering school has the know-how to design and build “nanosatellites” like KUbeSat-1, which is the name of the Jayhawk-produced satellite.

“The primary goal of KUbeSat-1 has been to allow students at KU to work on an engineering project that has the same stakes as projects in the aerospace industry,” said Brody Gatza, graduate research assistant and project manager. “The project has encompassed all facets of engineering and has given our team experience working with NASA, leading aerospace companies and regulating agencies.”

About 70 KU students were directly involved in the project, which also was supported by the school’s alumni. The satellite was launched through a NASA program that allows educational institutions to piggyback onto NASA launches in order to get their satellites into space. KU became the first institution in Kansas to launch a satellite through the program.

KU’s satellite was sent into space via a rocket operated by NASA contractor Firefly Aerospace, and that launched from the Vandenberg Space Force Base near Santa Barbara, California.

KU has been planning the project since 2018, and it comes after an unsuccessful launch in 2006.

The satellite is expected to orbit the earth for one to two years. Rick Hale, professor and chair of the Department of Aerospace Engineering, said via a press release that he expects the successful launch to create more opportunities for KU enginnering students to be involved in design-build-test operations of nanosatellites.

Hale said KU should have good opportunities to build other satellites that focus on remote sensing operations. KU already has an internationally recognized program related to remote sensing. Its Center for Remote Sensing and Integrated Systems is a leader in monitoring the thickness of ice sheets in Greenland and Antarctica. That type of sensing work, however, is largely done via aircraft and other Earth-based devices. Having the option of placing satellites into orbit to do remote sensing is exciting, Hale said.

“A successful orbital mission will open the door to sustained design-build-test-operate activities in orbital remote sensing that mimic our sustained success in suborbital remote sensing,” he said.

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KU planning to offer new types of graduate degrees that give college credit for life experience; system may reduce time, costs of higher ed

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Ex-Kansas stars Chalmers, Collins file class-action lawsuit vs. NCAA, others over March Madness

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Expert on the history of the nation’s longest-standing Black homesteader colony to speak at KU

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KU athletic department sets revenue records but experiences $2M budget shortfall

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  1. Best Automobile Projects for Engineering Students / Electric Treadmill

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COMMENTS

  1. Top 20 Automobile Engineering Projects For Students [2024]

    Top 20 Automobile Engineering Projects For Students. Electric Vehicle Conversion: Convert a traditional gasoline-powered vehicle into an electric vehicle (EV) by installing an electric motor, battery pack, and associated control systems. Solar-Powered Vehicle: Design and build a vehicle powered entirely by solar energy, utilizing photovoltaic ...

  2. 19 Best Automobile Project Ideas For Engineering Students

    Here is a complete list of automobile project ideas for students in 2024: 1. Electric Vehicle Conversion Kit. Design a retrofit kit to convert conventional vehicles into electric ones. Include components like motors, controllers, and batteries, ensuring compatibility with various car models.

  3. Rev Up STEM Learning with Car Science Projects

    Note: The 2015 Fluor Engineering Challenge was the Balloon Car Challenge! Take a look at some of the balloon-powered cars students around the world built to get inspired about what your students might do with this hands-on STEM lesson. For students doing independent science fair projects, see: Balloon-Powered Car Challenge. 2. Newton's Second Law of Motion with Simple DIY Cars

  4. Top 18 Projects Based on Automobile

    Latest Projects Based on Automobile Vasanth Vidyakar. The following projects are based on automobile. This list shows the latest innovative projects which can be built by students to develop hands-on experience in areas related to/ using automobile. 1. Automatic Braking Systems for Automobiles

  5. Top 14 Automobile Engineering Projects

    A compilation of top 14 Automobile Engineering Projects and Automotive Technology Ideas with free document, PPT Downloads by NevonProjectsFree Document PPT D...

  6. Automobile Engineering Project Ideas

    Automobile Engineering Project Ideas | Top 20 Automobile Engineering Project Topics | Top 20 Automobile Engineering Project Topics For Final Year Automobile ...

  7. High School, Self-Driving Cars Projects, Lessons, Activities

    Discover how self-driving cars work with these science projects and engineering projects that explore the technology behind autonomous vehicles. ... (Amazon Web Services) DeepRacer. You can run your car's machine learning model on a simulated racetrack (Figure 1), or you can purchase a 1/18 scale model vehicle that can race on a physical track ...

  8. Top 20 Automobile Project ideas for 2022

    Rapid screening with paddle fast pyrolysis systems. 28. Fuze testing capability development. 29. Electrospray from Magneto-Electrostatic instabilities. 30. Multiscale modeling of polymer nanocomposites. List of Automobile project ideas for Automobile Engineering, Mechanical Engineering, and diploma students.

  9. Best 10 Automotive Embedded Projects for ECE Students

    Gesture-Controlled Car. Among the diverse array of automotive embedded projects for ECE students, the Gesture-Controlled Car stands out as a captivating endeavor. This project combines cutting-edge technology with the thrill of automotive innovation, making it an ideal choice for those seeking a challenging yet rewarding experience.

  10. Latest Automobile Engineering Projects

    Nevon Solutions Pvt. Ltd, 709, 710, Vihan Commercial Complex, Walbhatt Rd, Goregaon East, Mumbai, INDIA, Planet EARTH. Get latest automobile projects with for automobile as well as mechanical engineering domains engine design, automotive fabrication IC engine and more.

  11. Middle School, Self-Driving Cars Projects, Lessons, Activities

    Middle School, Self-Driving Cars Projects, Lessons, Activities (4 results) Self-driving cars, also called autonomous vehicles or driverless cars, are cars and trucks that can understand and navigate the environment with little to no help from a human driver. While consumers cannot yet buy a car that fully drives itself (Level 4 or 5 automation ...

  12. 2024 Best Automobile Engineering Project Topics, Ideas, and Reports

    200+ Automobile Engineering Project Ideas, And Reports. Remote Controlled Scrap Collecting Vehicle. Power Generation Using Speed Breakers. Chainless Bicycle. Green Nanotechnology In Automobiles. Automatic Built-In Hydraulic Jack System In Automobiles. Automobile A/C By Utilizing Waste Heat & Gases.

  13. Automobile project topics for final year mechanical engineering

    In the final year of an automobile engineering degree, students often undertake ambitious projects that serve as the culmination of their academic journey. These projects offer an opportunity to apply theoretical knowledge to real-world challenges, fostering innovation and creativity within the automotive industry.

  14. Automobile Engineering Projects Reports, Topic, Ideas

    Get Mechanical Mini Projects list 2024 for study and research. We Mechanical Farm provide the widest list of Mechanical engineering projects topics to help students, researchers & engineers in their R&D. Also, we have a great variety of pre-made project kits using hydraulics, gears, energy generation systems for you to use in your projects. New.

  15. Automobile Engineering Project Ideas for College Students

    More Automobile engineering project ideas for college students are shared below: Design and fabrication of valve lapping machine. Portable water servicing the pump. Electro-pneumatic clutch controlling system. Gas injected spark ignition engine. Designing of brake lock for the hydraulic brake system.

  16. Automobile Engineering Project Ideas

    Automobile Engineering Project Ideas - Free download as Word Doc (.doc), PDF File (.pdf), Text File (.txt) or read online for free. This document lists 156 potential project ideas for automobile engineering students. The projects cover a wide range of topics and technologies related to automobiles including autonomous and intelligent vehicles, safety systems, alternative fuel vehicles, vehicle ...

  17. Automobile Engine Related Mechanical Engineering Projects

    Automobile engines (diesel, petrol,gas) produce power by burning the fuel. As the requirement of more power,fuel burned on high pressure (diesel engines only) some other produce more power by its more quantity. External Combustion Engine- The engine in which combustion takes place outside the engine is known as External Combustion Engine.

  18. Automobile Engineering Related Mechanical Engineering Projects

    90 DEGREE TURNING STEERING MECHANISM Automobile Mechanical Project. Magnetic Shock Absorber Mechanical Project. Design and Fabrication of Magnet and Spring Suspension in Bicycle. Automobile Surveillance -Mechanical Seminar , Project. DESIGN OF HALF - SHAFT AND REAR WHEEL HUB ASSEMBLY OF A RACE CAR. Design and Fabrication of Magneto ...

  19. Top trending automobile workshops for engineering students

    Following are the list of good automobile workshops that students can participate in to develop knowledge in this exciting domain: 1. CFD Workshop: As a recent advancement in automobile engineering, engineers have developed a super fast car Hennessey Venom (Beast) that can accelerate to a speed of 271 mph and it is designed in a way that it can ...

  20. Engineering Projects for Kids

    Learning STEM Online. Electrifying Engineering episodes, which will be released every Sunday in English and Spanish through July 2020, are hosted by members of the GM team and will delve into a wide range of topics, including electric car charging, electric car motors, autonomous vehicle sensors and more. Each episode will feature an interactive engineering project designed for viewers to ...

  21. 500 + Mechanical Engineering projects For College Students

    How to Make Vending Machine - Automatic Vending machine Projects. Design and Fabrication of Active steering System. Fabrication of Hybrid (Petrol and Electric) Motorcycle Vehicle. Design and Fabrication of Foldable Bicycle - Mechanical Project. Design of Auto-Tilting Mechanism For Car - Mechanical Project.

  22. Self-Driving Cars STEM Activities for Kids

    Discover how self-driving cars work with these science projects and engineering projects that explore the technology behind autonomous vehicles. Jump to main content. Menu. Science Projects. Topic Selection Wizard ; ... While consumers cannot yet buy a car that fully drives itself (Level 4 or 5 automation), the technology is under development ...

  23. Oberbrunner Partners With Student Expanding International Influence

    Success begins with great ideas. Dr. Kary Oberbrunner, Berry Chair and assistant professor of entrepreneurship at Cedarville University, encourages his students to generate, pitch and pursue ideas.Gladys Cerrato, a senior marketing major, responded by proposing the translation of Oberbrunner's book, "Day Job to Dream Job," into Spanish to expand his international influence.

  24. Undergraduate Project Leads to Full-Time Job Offers

    Ian Chen, an assistant professor in the Miner School of Computer & Information Sciences, led the project, while Schneider Electric employees Nicholas Yameen '19, '21 and Ted Han served as mentors for the students.. Before working for Schneider Electric, Yameen, a computer engineering alum, interned for the company for two years following his first year at UMass Lowell.

  25. Politics latest: Starmer defends cabinet snub

    Chancellor Rachel Reeves has delivered her first major speech in the role, pledging a "planning revolution" to help speed up housebuilding. Meanwhile, Sir Keir Starmer continues his first ...

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  27. Project 2025 led by the Heritage Foundation, explained

    Project 2025's Director is Paul Dans, who served as the U.S. Office of Personnel Management chief of staff in former President Donald Trump's administration.Although it mentions Trump by name, the ...

  28. Automobile Engineering related final year Project list

    Currently, he is working in the sheet metal industry as a designer. Additionally, he has interested in Product Design, Animation, and Project design. He also likes to write articles related to the mechanical engineering field and tries to motivate other mechanical engineering students by his innovative project ideas, design, models and videos.

  29. Minnesota Vikings rookie Khyree Jackson and 2 former Maryland high

    Khyree Jackson, an NFL draft pick in April for the Minnesota Vikings, and two former high school teammates died Saturday following an overnight car crash. Jackson was 24. Three vehicles were ...

  30. KU engineering students become first in state to launch satellite

    KU has been planning the project since 2018, and it comes after an unsuccessful launch in 2006. The satellite is expected to orbit the earth for one to two years.