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Explore the Grand 98 Prix Engine, a pinnacle of engineering designed for extreme performance and motorsport applications. This high-performance engine combines cutting-edge racing engine technology with robust reliability, delivering significant horsepower and torque. Ideal for enthusiasts and professional teams, it represents an advanced automotive powertrain built to dominate the track.

Explore the fundamental principles of automobile engineering and delve deep into the intricacies of transmission systems with this essential text by Kirpal Singh. This resource provides comprehensive insights into the design, function, and maintenance of automotive powertrains, making it an invaluable guide for students and professionals in mechanical and automotive fields.

Dive into the fundamentals of hybrid vehicle system modeling and control. This introduction explores the core principles behind designing and managing complex automotive powertrains, focusing on advanced control strategies and energy management systems for optimal efficiency and performance. Gain foundational knowledge essential for understanding modern hybrid electric vehicles.

The 5th Semester of the Automobile Engineering Diploma program offers an intensive exploration into advanced automotive systems. This pivotal stage builds upon foundational knowledge, focusing on practical application in areas such as vehicle dynamics, powertrain engineering, and modern diagnostic techniques. Students gain critical insights and skills essential for a successful career in vehicle technology training and diverse roles within the rapidly evolving automotive industry.

This resource explores the advanced methodologies for modelling, identification, and control of common rail systems specifically tailored for GDI engines. Discover critical insights into optimizing fuel injection dynamics and enhancing engine performance through cutting-edge engineering principles.