This module covers the fundamentals of car design, including its history, evolution, and the key principles that drive the automotive industry. Students will gain an understanding of the different phases of car design, from concept to production.

Students will learn the basics of sketching and visualizing car designs. This section focuses on developing creative concepts and translating ideas into detailed designs, including understanding proportions, shapes, and forms of vehicles.

In this module, students will get hands-on experience with 3D modeling software, learning how to create digital prototypes of car designs. The course will cover techniques for designing both the exterior and interior using CAD tools.

This module explores the science of aerodynamics in car design, focusing on how it influences performance, fuel efficiency, and safety. Students will learn how to optimize designs for improved airflow and reduce drag while maintaining aesthetic appeal.

Students will dive into the materials used in modern car manufacturing, understanding the importance of durability, weight, and cost. They will also explore the manufacturing processes, including molding, welding, and assembly, that bring car designs to life.

This module focuses on designing environmentally-friendly vehicles. Students will explore the integration of electric powertrains, sustainable materials, and energy-efficient features into car designs, ensuring minimal environmental impact.

This course section emphasizes the importance of user experience in car design. Students will study ergonomics to design vehicles that offer comfort, safety, and accessibility, ensuring the needs of different drivers and passengers are met.