Kush Kumar Sharma

1.Tested image segmentation using watershed algorithm for the international nuclear fusion research and engineering megaproject ITER. 2.Studied the fundamentals of hypervelocity impact testing (HVI) experiments. 3.Carried out debugging of the existing fragment tracking code to be suitable for motion tracking of fragments from CFRP honeycomb panel. 4.Performed image processing and fragment tracking using OpenCV in MATLAB to validate numerical simulation of HVI testing experiments for space debris research.

1. Researched and summarized key findings about laser-based space debris removal. 2. Carried out experiments under supervision, developing skills and technique to operate independently. 3. Performed camera calibration for multi view triangulation. 4. Implemented motion tracking and object detection algorithm using OpenCV in Python. 5. Developed 3-Dimension motion tracker software to predict sample trajectory during laser-matter interaction experiments for feasibility of laser-based space debris removal.

1. Analyzed experimental data and interpreted results to write reports and summaries of findings. 2. Performed analysis of solar radio flux data obtained from Learmonth Observatory, Australia to study the periodicity in the monthly average flux at 8 distinct frequencies. 3. Studied the correlation of sunspot number and sunspot area with monthly average flux values to observe the relation between the origin of radio Üux and solar activity.

Relevant Coursework: Spacecraft System Analysis; Satellite Formations; Space Dynamics; Control Engineering; Robotics; Remote Sensing; Telecommunication.

Relevant Coursework: Space Policy; Economics; Law and Management; Space Sciences; Space Engineering and Space Application. Thesis at German Aerospace Center (DLR): “Development of motion tracker for space debris research” • Implemented and developed computer vision software to detect and track space debris samples in 3D space used in laser-based space debris removal experiments. • Published: https://elib.dlr.de/139504/

Relevant Coursework: Thermodynamics; Fluid Mechanics; Flight Mechanics; Aerodynamics; Propulsion; Space Science and Space Environment Exchange Semester: COVENTRY UNIVERSITY (United Kingdom) Bachelor of Engineering in Aerospace Technology Thesis: “Development of space debris removal mechanism using eddy currents” • Conducted feasibility study of using eddy current-based mechanism as active debris removal method targeting 1 – 10 cm sized space debris.