The Best Automotive Engineering Dissertation Topics and Titles
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The Best Automotive Engineering Dissertation Topics and Titles
Our automotive engineers and researchers have compiled the list of best automotive engineering dissertation topics and research ideas for you success and career boosting. Our latest topics are paired with research aim and objectives so that you can be while selecting a research topic.
Evaluating AI-based decision-making and threat assessment to prevent automotive collisions.
Aim:
To investigate how artificial intelligence enhances real-time decision-making and threat detection to reduce automotive accidents.
Objectives:
- To explore current AI models used in real-time automotive threat assessment.
- To assess the effectiveness of AI in reducing collision risk in autonomous vehicles.
- To compare AI-assisted systems with traditional crash avoidance technologies.
Critical study of novel electric machine design and dynamic testing for improved efficiency in hybrid vehicles.
Aim:
To analyse innovative electric machine designs and dynamic testing methods for enhancing the performance of electric hybrid drives.
Objectives:
- To review the limitations of conventional electric machine designs in hybrid vehicles.
- To evaluate the performance benefits of dynamic test methods on new electric machine models.
- To identify efficiency gains achieved through advanced machine design integration.
A comparative evaluation of Electro-Hydraulic Brake systems versus Conventional Brake systems in modern vehicles.
Aim:
To compare the performance, safety, and responsiveness of Electro-Hydraulic Brake systems with conventional braking systems.
Objectives:
- To assess braking efficiency and response time of Electro-Hydraulic and conventional systems.
- To examine the reliability and maintenance requirements of both brake systems.
- To determine user safety and control improvements offered by Electro-Hydraulic Brake systems.
A novel C-V2X-based approach to managing autonomous-to-manual vehicle transitions in cooperative traffic control.
Aim:
To develop an effective C-V2X-driven cooperative traffic control framework for seamless vehicle mode transition.
Objectives:
- To explore challenges in transitioning vehicles from autonomous to manual control.
- To analyse the role of C-V2X in real-time traffic coordination and communication.
- To propose a cooperative traffic control protocol that supports safe mode transitions.
Critical analysis of fault-tolerant fractional slot PMSM design for automotive applications.
Aim:
To evaluate the design and reliability of fractional slot Permanent Magnet Synchronous Machines (PMSMs) for fault tolerance in vehicles.
Objectives:
- To identify fault mechanisms affecting PMSMs in automotive environments.
- To analyse the benefits of fractional slot design in enhancing PMSM fault tolerance.
- To simulate and assess the performance of fault-tolerant PMSM prototypes.
| Type | Topic |
| Bachelor | Systemic review on the way Artificial intelligence helps in optimizing traffic flows to reduce travel delay times. |
| Bachelor | The study on the use of artificial intelligence for leveraging data to overcome traffic delay challenges. |
| Bachelor | Comparative study on the efficiency of Artificial intelligence system for detection of threats as compared to conventional traffic monitoring system. |
| Bachelor | Study of the design and construction of the dampers on vehicle suspension and their efficacy for smooth transition of vehicles. |
| Bachelor | The impact of the use of the semi-active intelligence control for analyzing the control focus on the dampers. |
| Bachelor | Comparative study of different types of Mr. dampers and ways they can ensure the safety of the cars. |
| Bachelor | Impact of the use of nitrogen in cars, understanding cost-effectiveness and efficacy of the vehicle with this fuel. |
| Bachelor | A systematic review on the use of nitrogen in car tiers in different vehicles and efficiency during traveling. |
| Bachelor | To study health and safety standards in the electric vehicles: A case study of Tesla. |
| Bachelor | Evaluation of the night vision technology and its integration with other safety system to ensure road efficacy. |
| Masters | Evaluation of the efficiency of the electric vehicles as compared to conventional vehicles: Comparison of Tesla electric vehicles with the Toyota hybrid technology. |
| Masters | Evaluation of the accuracy and effectiveness of the computational verification methods to precise the safety system in the vehicles. |
| Masters | Study of the performance of the proposed traffic control system concerning reliability, efficiency, and safety of the vehicles. |
| Masters | Analyzing the impact of the digital traffic control system to enhance cooperative communication between manual and automatic-driven cars. |
| Masters | Evaluation of the safety system in the cars to prevent accidents the comparison between the manual and automatic car safety system. |
| Masters | The study of the use of artificial intelligence for the assessment of threats and making decisions to ensure the safety of the rider. |
| Masters | The benefits of the use of these safety bags in vehicles to enhance efficiency and prevent the rate of accidents. |
| Masters | Evaluation of the use of the kinetic energy recovery system in manual drive cars. |
| Masters | The comparative study of the effectiveness of soft conventional brake system and the electric hydraulic system in vehicles. |
| Masters | The effectiveness of use of nitrogen gas in car tiers as compared to normal air gas A comparative study. |
| PhD | An Analysis of the UK’s Implementation of the International Civil Aviation Organization’s (ICAO) Annex 17: Enhancing Aviation Security Measures at UK Airports |
| PhD | The evaluation of the intelligence of variable valve timing and lift electronic control engines. Critical analysis of the efficiencies of these two valve systems. |
| PhD | A systematic review on the ground brake Kinetic energy used in racing car. Examining the efficiency of the technology that ensures the safety of the driver. |
| PhD | The exploration of the safety airbags in the cars and comparison of risk with crash have no safety airbags. |
| PhD | The study of the use of the technological models for car safety as compared to models with a lack of technology integration. |
| PhD | A systematic review of the effective materials and parts of vehicles that keep drivers safe in case of an accident. |
| PhD | The engineering behind modern truck vehicles a comparative study of the conventional trucks and large vehicles with AI technology. |
| PhD | The study of the perceived quality of the cars to make them efficient in offering high mileage. |
| PhD | To evaluate the on-motion planning and control of the trailer system to prevent the risk of accidents. |
| PhD | The comparative analysis of the electric machine design of electric vehicles as compared to the conventional fuel vehicles. |
| PhD | The evaluation of the automatic active safety brake system to prevent accidents. |
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