I am an Engineer, Designer and Artist. I aspire to work in Mechanical engineering research field and see myself becoming a professor down the line. I am an ambitious problem solver and try to balance theory and imagination to find creative and out of the box solutions for practical problems. I currently work in INDUS Lab, IIT Bombay. I am also a self-taught designer and artist and have done many works in a span of 12 years
| Examination | University (Institute) | year | CPI/CGPA/% |
|---|---|---|---|
| Post Graduation: Mechanical Engineering(Design) | IIT Bombay | 2022 | 9.85 |
| Graduation: Mechanical Engineering | IIT Hyderabad | 2020 | 8.89 |
| Intermediate | CBSE (Chavara public School Pala) | 2016 | 97.00% |
| Matriculation | CBSE (Chavara public School Pala) | 2014 | 10 |
Under the Guidance of Prof. Vivek Sangwan | Lab: INDUS Lab, IIT Bombay
A list of major projects and course projects that I have taken over the course of my academia
Done the analysis of aeroelastic flutter of an aerofoil, to find the modal frequency and modal damping characteristics and calculate the flutter point.
Done the 3D model design and study of voronoids, gyroids and other minimal surfaces that can be used for material reduction in products without significantly affecting strength
Calculated the optimal values of passive suspension parameters using Genetic Algorithm, which uses numerical simulation to calculate the cost function value.
Collected and organized a dataset and combined it with available online datasets to train convolutional neural network to recognize sign language letters using webcam and analyzed the accuracies.
Implemented the algorithms from the paper by Ravi N. Haksar in MATLAB, that enables drones to communicate with each other during aggressive forest fires with limited range and time.
Developed MATLAB codes for kinematic and static analysis of Klanns Linkage. Dynamic analysis of the same was done using MSC ADAMS and the results are verified with the MATLAB results.
Developed an affordable Arduino based control hub that that can be operated using app over internet, voice commands as well as manual overrides using physical switches.
Designed and fabricated a single axis foldable cycle That can be mass licensed by colleges having large campus area, resulting in less usage of parking space.
Done the analysis of heat transfer and temperature distribution of different geometries of double-paned windows and study of the acquired data to find the optimum and most energy-efficient thickness of the air gap for the windows for different parameters.
Done the stiffness and frequency analysis and study of a novel ‘frog-arms’ design of MEMS microphone diaphragm with uniform deflection and reduced air damping.
Modeled a robust ABS braking system on Simulink and found out optimal parameters required according to publicly available Breaking data.
In-plant training. Worked in Heavy Duty Workshop, NPK Plant, Phosphoric Acid Plant, Sulphuric Acid Plant
