Manas Mehrotra

Wissenschaftliche Hilfskräfte (student assistant) position at Werkzeugmaschinenlabor (WZL), RWTH Aachen. Contribution to corpus based text-mining app with several data visualizations like concurrency analysis, frequency over time and sunburst plot. Enabled a data kraken - tool for communication of values from different sensors of a welding robot to a centralized kafka server by python and bash scripting. Created a time-series database to store the sensor values centrally.

Software development internship. Process automation of requirements generation for AUTOSAR Diagnoistics Control Module. Developed a tool in C# scripting to automate information flow between excel and Autosar xml (.arxml) files.

Design of an AI based powder metallurgy gear designer. Training of a neural network to mimic a conventional design software with much train data, multiple input - multiple output, and optimizing it with multi objective heuristic optimizer. Built the database, design process and documentation. Benefits of the tool are exploration of design space, no designer bias while selection of parameters, faster, better while still being flexible to model all types and applications.

Assistant Manager in COC-Engine at New Model Centre. Assisted the R&D team for mass production of new models and engine parts across the spectrum. I undertook the project of ensuring BS-VI (Euro-5) compatibility in transmission gears and development of greenfield parts like Oil Cooler. I participated in various quiz competitions and came 3rd in Gurgaon Plant in ManuQuizzitive 2019, and thus participated in a national level manufacturing quiz organised by Confederation of Indian Industries.

Current grade 2,2 with electives - Advanced Machine Learning, Computer Vision, Reinforcement Learning, Optimal Control, Stochastic Control, Artificial Intelligence, Data Science, Automated and Connected Driving Challenges, Learning Based Control.

Grade: 8.39/10 with electives - Operations Research, Finite Element Analysis, System Theory. My Bachelor Thesis: Designing and Manufacturing of custom made steering assembly for an all terrain vehicle. Presented the same at the National Conference on Recent Advancement in Mechanical Engineering, e-ISBN: 978-93-8830-572-3 The International Conference on Mechanical Engineering Design as Bachelors' thesis. Received grade: 10/10.

Grade: 8.39/10 with electives - Operations Research, Mechatronics, Finite Element Analysis, System Theory. My Bachelor Thesis: Designing and Manufacturing of custom made steering assembly for an all terrain vehicle. Presented the same at the National Conference on Recent Advancement in Mechanical Engineering, e-ISBN: 978-93-8830-572-3 The International Conference on Mechanical Engineering Design as Bachelors' thesis. Received grade: 10/10.

Grade: 8.39/10 with electives - Operations Research, Mechatronics, Finite Element Analysis, System Theory. My Bachelor Thesis: Designing and Manufacturing of custom made steering assembly for an all terrain vehicle. Presented the same at the National Conference on Recent Advancement in Mechanical Engineering, e-ISBN: 978-93-8830-572-3 The International Conference on Mechanical Engineering Design as Bachelors' thesis. Received grade: 10/10.

Grade: 8.39/10 with electives - Operations Research, Mechatronics, Finite Element Analysis, System Theory. My Bachelor Thesis: Designing and Manufacturing of custom made steering assembly for an all terrain vehicle. Presented the same at the National Conference on Recent Advancement in Mechanical Engineering, e-ISBN: 978-93-8830-572-3 The International Conference on Mechanical Engineering Design as Bachelors' thesis. Received grade: 10/10.

Grade: 8.39/10 with electives - Operations Research, Mechatronics, Finite Element Analysis, System Theory. My Bachelor Thesis: Designing and Manufacturing of custom made steering assembly for an all terrain vehicle. Presented the same at the National Conference on Recent Advancement in Mechanical Engineering, e-ISBN: 978-93-8830-572-3 The International Conference on Mechanical Engineering Design '19 as Bachelors' thesis. Received grade: 10/10.

Grade: 8.39/10 with electives - Operations Research, Mechatronics, Finite Element Analysis, System Theory. My Bachelor Thesis: Designing and Manufacturing of custom made steering assembly for an all terrain vehicle. Presented the same at the National Conference on Recent Advancement in Mechanical Engineering, e-ISBN: 978-93-8830-572-3 The International Conference on Mechanical Engineering Design '19 as Bachelors' thesis. Received grade: 10/10.