College: Engineering<\/h1>

Automotive engineering focuses on the design, development, and manufacturing of vehicles and their components. Students acquire skills in vehicle dynamics, powertrain systems, electronics, and manufacturing processes, preparing for careers in the automotive industry.<\/p>

Learning Goals:<\/h3>

• Understand the principles of automotive engineering.<\/li>
• Develop skills in vehicle dynamics, powertrain systems, electronics, and manufacturing.<\/li>
• Learn techniques for designing, analyzing, and improving automotive systems.<\/li>
• Explore engine technology, vehicle safety, and sustainability.<\/li>
• Analyze automotive engineering data and system performance.<\/li>
• Develop critical thinking, problem-solving, and engineering design skills.<\/li> <\/ul>

  Main Outline:<\/h3>

  1. Introduction to Automotive Engineering<\/strong> - Overview of vehicle systems and manufacturing processes.<\/li>
  2. Vehicle Dynamics<\/strong> - Principles of suspension, steering, and braking systems.<\/li>
  3. Powertrain Systems<\/strong> - Principles of internal combustion, electric and hybrid systems.<\/li>
  4. Vehicle Electronics<\/strong> - Principles of electrical systems, sensors, and control units.<\/li>
  5. Engine Technology<\/strong> - Principles of fuel systems, emissions control, and engine performance.<\/li>
  6. Vehicle Safety<\/strong> - Principles of crash resistance, passenger protection, and active safety systems.<\/li>
  7. Sustainability in Car Design<\/strong> - Principles of fuel efficiency, alternative fuels, and electric vehicles.<\/li>
  8. Manufacturing Processes<\/strong> - Principles of materials, manufacturing, assembly, and quality control.<\/li>
  9. Hands-on Learning\/Practical Application<\/strong> - Real-world experiences in automotive engineering settings.<\/li>
  10. Capstone Project<\/strong> - A comprehensive project applying skills in vehicle dynamics, powertrain systems, electronics, or manufacturing processes.<\/li> <\/ol>

      Assessment Methods:<\/h3>

      • Vehicle dynamics analyses, powertrain system designs, electronic projects, engine technology studies, vehicle safety plans, sustainability projects, manufacturing process designs, practical training reports, capstone projects, group projects, and presentations.<\/li> <\/ul>

        Recommended Textbooks:<\/h3>

        • "Automotive Engineering" by various authors.<\/li>
        • "Vehicle Dynamics" by various authors.<\/li>
        • "Powertrain Systems" by various authors.<\/li>
        • "Vehicle Electronics" by various authors.<\/li>
        • "Engine Technology" by various authors.<\/li>
        • "Vehicle Safety" by various authors.<\/li>
        • "Sustainability in Car Design" by various authors.<\/li>
        • "Manufacturing Processes" by various authors.<\/li> <\/ul>

          Prerequisites:<\/h3>

          A strong foundation in mathematics and physics and an interest in automotive systems.<\/p>

          Duration of the Specialization:<\/h3>

          Typically, 4 years to obtain a bachelor's degree. Advanced degrees may take an additional 2-5 years.<\/p>

          Certification:<\/h3>

          Graduates can obtain certifications from organizations such as the Society of Automotive Engineers (SAE).<\/p>

          Target Audience:<\/h3>

          Aspiring automotive engineers, vehicle designers, manufacturing engineers, and professionals seeking to work in auto companies, research labs, and manufacturing firms. This specialization equips students with the skills necessary to excel in automotive engineering, supporting careers in various roles related to design, manufacturing, and research within the automotive industry.<\/p>