Robotics System Engineer · UAV/UAS Systems · Certification & Compliance

Engineering reliable autonomous aviation systems from concept to certification evidence.

I am Kumar Harsh, a systems engineer focused on UAV/UAS verification, battery qualification, EMI/EMC compliance, flight controls, robotics, smart grid automation and safety-critical test documentation.

WingcopterFraunhofer IMLTU DortmundTATA Advanced SystemsAvenger Flight GroupNIT Jamshedpur

Positioning

A recruiter-friendly engineering profile

I combine hands-on test engineering with control-system thinking and certification discipline. That means I can build the bench, write the procedure, run the tests, analyze the data and turn results into evidence that engineering and compliance teams can use.

System diagram connecting requirements, tests, data and certification evidence
5+ yearsEngineering experience across UAVs, robotics, controls and automation
V&V + certificationTEP, QTP, ATP, verification reports, EMI/EMC, ANATEL and DO-160G exposure
Germany + IndiaExperience across aerospace, research and industrial automation ecosystems
2 publicationsPV-fed BLDC water pump and GPS/Arduino border detection publications
Competency matrix for UAV systems, certification, robotics and automation software

What I bring

Strong fit for roles in systems testing, UAV validation, robotics controls and certification engineering.

Systems testing: battery qualification, HIL, EMI/EMC, SATCOM, lighting systems, acceptance procedures and test reporting.

Controls & robotics: PID, EKF, MPC, SINDYc, ROS/ROS2, Crazyflie/Crazyswarm, NAO, RoboMaster and sensor fusion.

Aerospace integration: UAV/VTOL/MALE aircraft, BMS, BLDC motor selection, wiring harness, LRU interfaces, BOM and architecture design.

Software tooling: Python, MATLAB/Simulink, C/C++, Git/GitLab, DOORS, SAP, AutoCAD Electrical, Autodesk Inventor and IEC automation workflows.

Featured case studies

Selected work, explained like engineering stories

Each project page opens separately and gives a summarized, public-safe explanation of the challenge, approach, tools and outcome.

SINDYc and MPC pipeline graphic
Master Thesis

SINDYc for Model Predictive Control on evoBot

Nonlinear system identification and control using Sparse Identification of Nonlinear Dynamics for MPC. Thesis grade: 1.7.

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UAV battery qualification flow graphic
UAV Testing

Battery qualification and dummy-battery architecture

Qualification bench setup, destructive-test strategy, SoC threshold mapping and certification-ready verification evidence.

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Aircraft control and integration graphic
Aircraft Design

UAV control laws, EKF and electrical integration

Autopilot control laws, PID tuning, EKF estimation, wiring harness design and UAV reliability improvement.

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Recruiter CTA

Looking for a systems engineer who understands both the aircraft and the evidence behind it?

I am reachable by email, German phone and Indian phone. I can share additional public-safe project details or reports on request.