• Chef researcher on surveillance and tracking of space objects such as satellite, space debris• Developing and validating simulation tools used in space object observation• Application of data science techniques including anomaly detection, classification to remediate orbit parameters• Maintenance of a telescope system designed for satellite and space debris observation• Algorithm development and validation activities for image processing technologies used in space object observation• Operation of the autonomous observation system (both hardware and software), optimizing its efficiency and functionality• Engage in business development efforts, working towards the project's overarching goal• System Engineering activities: Managing the mission design phase, defining the objectives, scope, and technical requirements for the implementation of active systems in satellite and space debris observation• R&D on sensor technologies such as Radio Frequency, Radar, Lidar, and Laser

Conducting research and maintaining development for Space Situational Awareness (SSA) project for the Defence Industry. • Developing models for advanced orbital mechanics scenarios and integration of these into software • Calculation of satellite collision probability based on NASA Conjunction Assesment Risk Analysis Tool • Developing satellite maneuver detection algorithms • Algorithm design, specifications and documentation • R&D on optical systems and optical imaging of satellites • System design, verification and operation activities • Orekit library usage with Python/Java coding • R&D on radar systems and radar imaging of satellites • Assist in drafting proposals and other technical documents to organizations • Following latest trends in space technologies

• Ensured system requirements matched project goals• Evaluated and refined designs through PDRs, CDRs, and TRRs• Participated V&V activities to ensure system compliance and performance• Validated system behavior through HIL and SIL testing• Developed control algorithms for AOCS• Integrated control algorithms into the system software• Managed LEOP activities for successful spacecraft deployment

Teaching Assistant: UM 401 (Aeronautical Engineering Design), UM 301 (Aerodynamics 1), UM 305 (System Dynamics), UM 203 (Dynamics)Research Assistant: Simulation of flexible spacecraft, Applications of nonlinear control methods

Teaching Assistant: AE 341 (Aerodynamics 1), AE 262 (Dynamics), AE 451 (Aeronautical Engineering Design)Research Assistant: Modelling flexible spacecraft, Control theory for flexible spacecraft

Flight Mechanics Department

PAF F-16 Modernization