haris ahmad

He is currently working as a UAV Engineer, where he is responsible for the research, development, and configuration of fixed-wing VTOL aircraft and multi-rotor drones. His work includes the integration of electronics and opto-electronic systems, radio systems, payloads, and flight controllers for aerial robotics applications. He is actively involved in the research and development of embedded and control systems for UAVs, as well as overhauling, troubleshooting, piloting, and evaluating overall system performance.

In addition, he conducts functional verification, testing, and demonstrations of multi-copters, selects and procures suitable components, and performs detailed performance calculations to predict expected outcomes. He also develops customized drones based on user requirements, integrates and configures open-source flight controllers, and tests communication systems for both UGVs and UAVs. His role further includes conducting field trials and end-user demonstrations, while continuously enhancing his expertise in the field of unmanned aerial systems.

With over six years of professional experience in the field of unmanned aerial systems, he has established himself as a skilled and dedicated UAV Engineer. His expertise primarily lies in the research, development, and configuration of fixed-wing VTOL aircraft and multi-rotor drones. Throughout his career, he has led the integration of advanced electronics and opto-electronic systems, radio communication systems, payloads, and flight controllers for complex aerial robotics platforms.

He possesses strong experience in the research and development of embedded systems and advanced control systems for UAVs, along with extensive hands-on involvement in overhauling, troubleshooting, piloting, and optimizing UAV performance. He has conducted comprehensive functional verification, rigorous testing, and live demonstrations of multi-copters, ensuring operational reliability and mission readiness.

Over the years, he has played a key role in component selection and procurement, performing detailed performance analysis and calculations to predict system outcomes and enhance efficiency. His experience also includes the development of customized drone solutions tailored to specific user requirements, integration and configuration of open-source flight controllers, and testing and integration of communication systems for both UAVs and UGVs. Additionally, he has successfully conducted numerous field trials and end-user demonstrations, continuously strengthening his technical expertise and contributing significantly to advancements in the UAV domain.

Graduated as Electrical Engineer with specialization in Telecommunications

Masters in Electrical Engineering, with specialization in FMCW Radars