➤ Conducted comprehensive training sessions in MATLAB and Vehicle Dynamics for online learners.➤ Covered various concepts in Matlab/Simulink/Simscape giving comprehensive knowledge of the software to students➤ Covered basic intro to vehicle dynamics and some advanced concepts such as system identification and Kalman filter.➤ Taught vehicle dynamic models using Matlab environment to enhance the learning experience

➤ Part-time teaching assistant at KTH Royal institute of technology in the vehicle engineering department. Responsible for teaching numerical problems, supervising labs and projects, and grading assignments and exams.➤ Contributed to the completion of the Volvo S90 ADAMS vehicle model for the 'Ground vehicle dynamics' project course and performed tuning of simulation model based on real vehicle data.➤ Assisted the professor in setting up the vehicle for testing using VBOX, changing tyres, and setting up the vehicle test layout.➤ Conducted vehicle testing at Lunda airfield to measure parameters such as steering angle, velocity, roll rate, etc. Performed vehicle maneuvers such as double lane change and slalom.➤ Taught numerical problem classes for the 'Vehicle components' subject. Supervised and conducted lab sessions on the quarter car model, bicycle model, and understeer gradient of RC car using Matlab. Graded assignments and exam papers for the courses on 'vehicle components' and 'ground vehicle dynamics'.➤ Supervised students in their course project involving the modelling and tuning of the Volvo S90 in ADAMS/Car. Provided guidance and support to students for their ADAMS project course. Debugged error and issues with regards to the ADAMS software.➤ Assisted PhD student Lin Zhao with some experiments on the remote driving simulator (Driver in loop). Also, participated in his project as a vehicle test driver. (Link to his Licentiate: https://kth.diva-portal.org/smash/get/diva2:1754796/FULLTEXT01.pdf)

Thesis Title - "Assessment of optimal suspension systems with regards to ride under different road profiles" ➤ Performed in collaboration with my colleague Pratik Hindraj Vaje at NEVS CAE team in vehicle dynamics through remote work.➤ Developed a Python algorithm to generate road profiles based on ISO 8608, intended for durability and ride comfort simulations at NEVS. The algorithm can generate a 3D road profile of any specified length, width, and varying coherence between a road's left and right track.➤ Utilized dynamic simulations in ADAMS/Car, incorporating the generated 3D road profiles, to analyze vertical acceleration at the driver seat position and identify peaks in the frequency domain.➤ Performed multi-objective optimization (Genetic algorithm) for the suspension system using Matlab to investigate the impact of different design variables (Suspension stiffness and damping) on comfort and find optimum suspension parameters for various road profiles.

I worked at the student team of KTH hyperloop as a vehicle dynamics engineer where I was involved with the development and simulation of the lateral suspension system of the pod using Matlab/Simulink and ADAMS. I was more involved in the multi-body simulations using ADAMS. I performed simulations to choose a suitable spring stiffness that can maintain the lateral displacement of the pod within requirements. Finally, prepared a design document for the lateral suspension system.