Handled various courses in domains such as:Strength of Materials and Dynamics of Machinery provide insights into the mechanical behavior of materials and dynamic analysis of mechanical systems. Fluid Mechanics and Machinery and Heat and Mass Transfer explore fluid flow, thermodynamics, and energy transfer, crucial for mechanical and thermal system design.In the domain of Manufacturing Technology-I and Unconventional Machining Processes, students gain expertise in traditional and modern manufacturing techniques, enhancing efficiency and precision. The integration of CAD/CAM and Mechatronics bridges the gap between design automation and intelligent systems, fostering innovation in mechanical product development. Total Quality Management (TQM) ensures a structured approach toward quality enhancement in engineering processes.Power generation and energy sustainability are addressed through Power Plant Engineering, Renewable Sources of Energy, and Gas Dynamics and Jet Propulsion, providing insights into conventional and emerging energy technologies. Maintenance Engineering focuses on the reliability and upkeep of engineering systems, while Engineering Economics and Economics for Engineers prepare students for cost-effective decision-making in industrial applications. Principles of Management offer leadership and strategic planning skills for engineering professionals.The laboratory components, including Fluid Mechanics and Machinery Lab, CAD-CAM Lab, Engineering Workshop, Mechatronics Lab, Dynamics of Machinery Lab, and Strength of Materials Lab, reinforce theoretical knowledge with practical applications, ensuring a holistic learning experience.