SS3 Second Term Auto Mechanic Lesson Note and Scheme of Work

 

Second Term: SS3 Auto Mechanics

 

Week 1: Recap and Review

Lesson Note: Start with a brief recap of essential concepts from the previous term. Review common terminology and basic principles.

 

Activities:

 

Quick quiz to assess retained knowledge.

Group discussion on memorable topics from the first term.

Scheme of Work: Emphasize the importance of building upon the foundation laid in the first term.

 

Week 2: Engine Performance and Tuning

Lesson Note: Dive deeper into engine performance, discussing tuning techniques and the impact on fuel efficiency and power output.

 

Activities:

 

Hands-on tuning exercises.

Group project: optimizing engine performance for specific scenarios.

Scheme of Work: Explore engine tuning concepts, including air-fuel ratios, ignition timing, and performance enhancements.

 

Week 3: Emission Control Systems

Lesson Note: Introduce emission control systems and their significance in environmental conservation. Discuss regulatory standards.

 

Activities:

 

Analysis of emission control devices.

Group presentation on the environmental impact of vehicle emissions.

Scheme of Work: Cover emission control components and technologies, addressing environmental concerns.

 

Week 4: Advanced Braking Systems

Lesson Note: Explore advanced braking technologies, including ABS (Anti-lock Braking System) and electronic brake-force distribution (EBD).

 

Activities:

 

Demonstration of ABS components.

Group discussion on the benefits of advanced braking systems.

Scheme of Work: Detail advanced braking systems, their components, and how they improve vehicle safety.

 

Week 5: Hybrid and Electric Vehicle Technology

Lesson Note: Discuss the growing relevance of hybrid and electric vehicles. Explore their technology, advantages, and challenges.

 

Activities:

 

Guest lecture on electric vehicle technology.

Group research project: comparing hybrid and electric vehicle systems.

Scheme of Work: Provide insights into hybrid and electric vehicle technologies, addressing the shift towards sustainability.

 

Week 6: Automotive Computer Systems

Lesson Note: Introduce students to automotive computer systems, including Engine Control Units (ECUs) and onboard diagnostics.

 

Activities:

 

Hands-on experience with diagnostic tools.

Group project: programming a simple ECU simulation.

Scheme of Work: Cover computerized systems in vehicles, focusing on diagnostics and troubleshooting.

 

Week 7: Suspension Tuning and Alignment

Lesson Note: Explore advanced concepts in suspension tuning and wheel alignment, emphasizing the impact on vehicle handling.

 

Activities:

 

Practical exercises in suspension tuning.

Group discussion on the importance of proper wheel alignment.

Scheme of Work: Delve into suspension tuning techniques and the significance of wheel alignment for vehicle performance.

 

Week 8: Advanced Transmission Systems

Lesson Note: Discuss advanced transmission systems, including CVTs (Continuously Variable Transmissions) and dual-clutch transmissions.

 

Activities:

 

Examination of advanced transmission components.

Group project: comparing traditional and advanced transmission systems.

Scheme of Work: Detail the operation and maintenance of advanced transmission systems.

 

Week 9: Vehicle Security Systems

Lesson Note: Introduce students to modern vehicle security technologies, such as immobilizers and GPS tracking systems.

 

Activities:

 

Discussion on the evolution of vehicle security.

Group project: designing an integrated vehicle security system.

Scheme of Work: Cover advancements in vehicle security and preventive measures against theft.

 

Week 10: Emerging Trends in Auto Mechanics

Lesson Note: Discuss current and future trends in auto mechanics, such as autonomous vehicles, connectivity, and artificial intelligence.

 

Activities:

 

Research on emerging technologies.

Group presentations on the impact of new trends on the auto industry.

Scheme of Work: Explore the latest developments in auto mechanics, preparing students for the evolving industry.

 

Week 11: Revision Week

Lesson Note: Review key concepts from the second term, focusing on advanced topics. Address any remaining questions or concerns.

 

Activities:

 

Comprehensive review sessions.

Mock exams and quizzes.

Scheme of Work: Provide additional resources for self-study, reinforcing understanding before examinations.

 

Week 12: Examination Week

Lesson Note: Administer the final examination for the second term, assessing understanding of advanced auto mechanics concepts.

 

Activities:

 

Formal written examination.

Practical assessment of advanced skills.

Scheme of Work: Conduct a thorough examination process, evaluating both theoretical knowledge and advanced practical skills.

 

Week 13: School Dismissal Week

Lesson Note: Conclude the academic year by summarizing key learnings from both terms. Provide feedback to students and encourage ongoing learning.

 

Activities:

 

Reflection on the year’s achievements.

Farewell assembly and distribution of reports.

Scheme of Work: Finalize any administrative tasks, encourage further exploration of auto mechanics, and wish students success in their future endeavors.