The academic content and curriculum of the Bachelor of Science in Automotive Engineering is designed to prepare students to be well-equipped in all aspects of the automotive industry. The program focuses on basic engineering sciences, automotive design and manufacturing, vehicle systems and automotive technologies, typically over the course of a four-year undergraduate education.
Basic Engineering Sciences: The first years of the program typically focus on basic engineering sciences such as mathematics, physics and chemistry. These courses provide students with the basic knowledge required for more advanced engineering concepts.
Mechanics and Materials Science: Specific to automotive engineering, mechanics and materials science courses are critical to the structural integrity and performance of vehicles. These courses cover topics such as material selection, fatigue and fracture mechanics, and mechanical properties of materials.
Thermodynamics and Fluid Mechanics: Principles of engine operation and heat transfer are the main topics covered in these courses. Students learn about internal combustion engines and alternative energy sources.
Electronics and Control Systems: The importance of electronic systems in today's automobiles is increasing, so students are trained in topics such as electronic circuits, microprocessors and vehicle control systems.
Computer Aided Design and Manufacturing (CAD/CAM): These courses introduce students to computer technologies used in modern automotive design and manufacturing processes. Topics such as 3D modeling, simulation and prototyping are the focus of these courses.
Vehicle Dynamics and Design: Design and testing studies to improve the safety, comfort and performance aspects of vehicles are covered in these courses. Aerodynamics, suspension systems and vehicle behavior analysis are important elements of these courses.
Environmental Impacts and Sustainability: Strategies to reduce the environmental impact of the automotive sector and sustainable technologies form an important part of the program. These courses cover emission control, alternative energy sources and energy efficiency.
Project Management and Teamwork: Students are provided with the teamwork and project management skills necessary to succeed in the industry. These courses usually involve group projects and collaborative practices with industry.
Internship and Practicum Opportunities: As part of the curriculum, internship and practicum opportunities are provided for students to gain real world experience. This allows students to apply what they have learned in a practical framework and connect with industry.