Ghazanfar Ali

- Leading the integration of Flight Control, Avionics, Battery, Engine, and Flap Control Systems in the lab environment. - Collaborating with internal stakeholders to refine requirements and adapt the Integration Lab for testing and verification activities. - Enhancing modular, scalable hardware/software architectures, improving test efficiency, and coordinating with external suppliers and vendors.

- Led testing activities for 6-Phase Motor Control and Servo Control TDD Projects. - Defined the software loading and calibration architecture for engine and servo control units. - Documented and communicated system requirements to ensure alignment across cross-functional teams. - Collaborated with hardware/software teams to implement detailed requirements effectively.

- Designed and maintained advanced HIL systems for component, system, and aircraft-level verification. - Led the development of specialized rigs, including energy, flight control, propulsion and avionics. - Created wiring harnesses and PCBs (signal conditioning boards) for HIL setups. - Collaborated with multidisciplinary teams to deliver high-fidelity E-Bird test rig simulations for Lilium's prototype aircraft. - Created and implemented engine, servo, and battery plant models in a real-time environment.

- Assisted in the development of HIL systems and test rigs for aerospace verification. - Designed and validated energy and flight control rigs. - Supported debugging and performance optimization of HIL systems. - Created a graphical user interface to control the test rig.

- Designed and developed prototypes for medical equipment to treatment and diagnostics. - Tested, debugged, and refined prototypes to optimize performance and reliability. - Built hardware components and program microcontrollers to integrate with medical systems. - Designed custom PCBs to support the functionality of medical equipment.