Lead Development Engineer

• Aug 2019 - Present

Python Developer (Part-time)

• Apr 2019 - Jul 2019

SpringScan B.V was a Dutch start-up that provided in-store mattress advice tools using their proprietary spring-measurement technology. • Restructured their python code-base to improve modularity and readability. • Added emulation functionality to allow easy testing of historical data with updated models. SpringScan B.V was a Dutch start-up that provided in-store mattress advice tools using their proprietary spring-measurement technology. • Restructured their python code-base to improve modularity and readability. • Added emulation functionality to allow easy testing of historical data with updated models.

Research And Development Intern (Part-time)

• Feb 2019 - Jul 2019

There is a need for knowledge regarding the mixing of media in BI/OND Organ-on-Chip devices. • Worked on replicating the physics of fluid-structure interaction inside a Bi/OND chip using COMSOL Multiphysics to quantify the mixing of supplied media and organ-tissue media. • Validated the obtained results on the BI/OND chips using Optical Coherence Tomography. There is a need for knowledge regarding the mixing of media in BI/OND Organ-on-Chip devices. • Worked on replicating the physics of fluid-structure interaction inside a Bi/OND chip using COMSOL Multiphysics to quantify the mixing of supplied media and organ-tissue media. • Validated the obtained results on the BI/OND chips using Optical Coherence Tomography.

Projection Optics Intern

• Aug 2018 - Oct 2018

• Designed a proof-of-principle measurement setup to validate a sensor in the Mapper e-beam Lithography machine. • The objective was to measure the diameter of a focussed laser spot (approx. diameter = 1 um). • The experiment verified if the size and shape of the spot are within limits and has a measurement accuracy of +/- 0.2 um. • The focal length of the converging lens was measured with an accuracy of +/- 5um using the same setup. • The tilt of the sensor was measured with suggestions provided to improve measurement accuracy. • Hardware programming and data analysis was performed using Python. Show less

Design Engineer

• Jul 2016 - Jul 2017

• Worked in the Hydraulic equipment manufacturing division which is responsible for manufacturing Hydraulic Presses, Power-packs, Manifold blocks, and Hydraulic Cylinders. • Involved from the design and analysis stage to the final release of engineering drawings for all the above products. • Responsible for the design and validation of the hydraulic circuits used for the above-mentioned products. • Involved in a complete revamp of the company website and product catalogs. • Worked in the Hydraulic equipment manufacturing division which is responsible for manufacturing Hydraulic Presses, Power-packs, Manifold blocks, and Hydraulic Cylinders. • Involved from the design and analysis stage to the final release of engineering drawings for all the above products. • Responsible for the design and validation of the hydraulic circuits used for the above-mentioned products. • Involved in a complete revamp of the company website and product catalogs.

Lead Mechanical Engineer

• Apr 2014 - Jul 2016

• Co-founded a student research group in SRM University and worked towards the development of Autonomous Surface Vehicle (ASV) technology. • Led the mechanical domain for two years. Designed and fabricated three prototype boat hulls with sensors, actuators, and electronics mounts. • Designed and fabricated an underwater vehicle capable of deployment from a surface vehicle. • Assisted in both programming and electronics domains for algorithm development and PCB design. • Participated in the Roboboat competition in Virginia, USA. Won the Second place in Static Judging. • Responsible for the team journal paper and transport logistics from India to the USA. Show less

Mechanical Engineering Intern

• Jun 2014 - Jun 2014

- Developed optimized designs for load bearing members in train bogies using ANSYS with an aim to decrease weight while maintaining strength. - Explored the usage of topology optimization for the above purpose - Developed optimized designs for load bearing members in train bogies using ANSYS with an aim to decrease weight while maintaining strength. - Explored the usage of topology optimization for the above purpose

Mechanical Engineering Intern

• May 2014 - Jun 2014

- Initially involved in assimilating the plant layout and the production processes involved in the manufacturing of drum and disc brakes - Later tasked, as a part of the Planning Division, with improving the shop floor layout of the Assembly shop to decrease material handling and thereby reduce lead times - Initially involved in assimilating the plant layout and the production processes involved in the manufacturing of drum and disc brakes - Later tasked, as a part of the Planning Division, with improving the shop floor layout of the Assembly shop to decrease material handling and thereby reduce lead times