- Formulated practice questions to help students reinforce their understanding of key concepts and prepare for assessments.- Organized extra classes for student support and implemented exam strategies to optimize performance in a conducive atmosphere.- Instructed students using course-related software applications, equipping them with practical skills for academic and professional growth.- Checked and evaluated students' exam papers to assess comprehension of key concepts, problem-solving abilities, and overall performance.- Led discussions with faculty to collectively review students' exam performance, identify trends, and strategize improvements.

- Crafted a hands-on module on Whirling Shafts, enabling students to analyse dynamic behaviour and apply theoretical concepts.- Oversaw laboratory sessions on Whirling Shaft, involving both demonstrating the procedures to students and assessing the reports.- Grading and evaluating student's pratical tests and reports.

- Delivered lessons on the braking system, ensuring students gained both theoretical knowledge and hands-on experience.- Conceptualized and manufactured braking system components meeting automotive industry standards and aligning with car's specifications.- Managed all aspects of the braking systems, ensuring the effectiveness and reliability of the braking systems.- Developed a braking system for Anargya Car that meets the performance, safety, and regulatory requirements.- Communicated the improvements to the entire staff, ensuring understanding of proposed changes and impact on the development process.

- Introduced to and instructed in basic vehicle dynamics such as braking systems, steering, and suspension.- Learned to design a pedal box and performed calculations for braking systems compliant with Formula Student competition regulations.- Created 3D models for the final project designing a Go-kart, and calculated dimensions for vehicle dynamic components accordingly.

- Conducted pre-use inspections and regular preventive maintenance on equipment to ensure proper function and minimize risks of failures.- Monitored and maintained the boiler for optimal efficiency, preventing operational downtime and safety risks.- Assessed the existing equipment using Root Cause Failure Analysis, identified opportunities for upgrades, and implemented changes to improveperformance, reliability, and overall efficiency of the plant operations.- Regularly checked the Grinding Mill machine, especially rotational speed and performed reactive maintenance.- Replaced the bearing seal on the centrifugal pump to prevent the mixing of liquid and foam, as well as replaced worn-out cutting knife on thegypsum board cutter to ensure it could cut efficiently using a wrench and an adjustable wrench.- Created a 3D model of a new and improved gypsum board cutting machine using SolidWorks to design a machine that could cut gypsum boardsfaster and more effectively than the current equipment.