π‘ Nishant Kumar Bharali ββπ Professional Overview β ββπΌ Career β β ββ TMEIC Corporation Americas / Control Co-op Engineer β β ββ Mahindra and Mahindra / Product Development Engineer β β ββ Oracle Cerner / Software Engineering Intern β ββπ Education β ββ Virginia Tech / MSc Electrical Engineering β ββ Vellore Institute of Technology / B.Tech Electronics & Communication Engineering ββπ¦ Projects β ββ Controller design for a MIMO system using LQR optimization: (Drone Stabilization Simulation) β ββ Simulation-based Robot Modeling / Redundant Robot simulation modeling - kinematics, dynamics, control, RRT algorithm and trajectory optimization β ββ Idea Repository API / Full-stack web application implementing C.R.U.D. using Spring MVC and React-Redux and CI/CD using pipeline automation upon Jenkins with near 92% unit test using Mockito and Jest-Enzyme ββπ‘ Other β ββ Certified Siemens Advanced Automation: PLC β ββ Certified IoT / Domain Specialist conforming to National Skills Qualifications Framework Level 8, 2021 β ββ Core Committee Member / IEEE - Circuits and Systems Society, 2019-2020 β ββ Core Committee Member / IEEE Computer Society, 2019-2022 π« Contact: ββ LinkedIn ββ Portfolio ββ Facebook
- Blacksburg, Virginia 24060, United States
- https://github.com/NishantBharali
- in/nishant-kumar-bharali
- profile.php?id=61550884612561
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Oralce-Cerner-API
Oralce-Cerner-API PublicAn API for an idea portal (C.R.U.D. Application) application where a user can add, view, update and delete his/her own ideas as per their requirement with user authentication and authorization.
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Simulation-based-Robot-Modeling-and-Control
Simulation-based-Robot-Modeling-and-Control PublicSeries of simulations and testing based on the dynamics, control, inverse kinematics, path and trajectory optimization of a robot. are performed in MATLAB Application of RRT algorithm for various β¦
MATLAB 1
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Controller-design-for-a-MIMO-system
Controller-design-for-a-MIMO-system PublicOptimal LQR control for drone landing using MATLAB, emphasizing strategic pole placement for precise descent.
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LTI-Modeling-and-Feedback-Control-of-a-2D-Drone-Delivery-Prototype
LTI-Modeling-and-Feedback-Control-of-a-2D-Drone-Delivery-Prototype PublicThe system being modeled and controlled is a drone/aerial package delivery concept. The model is a simplified 2D version of the system dynamics where state space and feedback control techniques areβ¦
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CAN-bus-Imitation
CAN-bus-Imitation PublicA project aimed at imitating a vehicle's CAN bus (serial data).
C++ 1
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