Advance Auto Technologies
Course Objectives
Illustrate the transition from mechanical engineering to electronics and mechatronics in the automotive sector.
Introduce digitalization and Industry 4.0 principles as applied to automotive manufacturing.
Explain the construction and functioning of electric, hybrid, and fuel cell vehicles.
Discuss essential components of modern powertrains, such as battery management and charging infrastructure.
Present the architecture of Advanced Driver Assistance Systems (ADAS) and autonomous driving.
Explore connected car technologies, including V2X communications and cybersecurity fundamentals.
Examine innovative automotive materials and trends in lightweight structures and manufacturing.
Analyze safety, comfort, and ergonomic advancements in passenger and commercial vehicles.
Consider sustainability issues—emphasizing emission controls, recycling, and eco-friendly technologies.
Stimulate critical thinking for future trends and solutions shaping tomorrow’s automotive industry.
Learning Outcomes
Describe major technological advancements in automotive engineering and their evolution.
Summarize how Industry 4.0 is transforming vehicle design and manufacturing.
Identify features and working principles of electric and hybrid propulsion systems.
Explain battery technologies, charging systems, and the basics of hydrogen fuel cells.
Recognize ADAS and automation levels, including key types of automotive sensors.
Outline methods of vehicle connectivity and data security for modern automobiles.
Discuss the application of advanced composite materials and robotics in auto manufacturing.
List critical active and passive safety systems and their impact on occupant protection.
Explain various approaches to emission reduction and lifecycle sustainability in vehicles.
Apply gained knowledge to address modern challenges and propose practical automotive innovations.
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