The Government-funded project focuses on the development and demonstration of tethered drone systems with integrated wind shaper mechanisms for continuous aerial operation, enhanced stability, and reliable power delivery. The project involves advanced electrical systems, high-power power electronics, and integration of electromechanical subsystems.
Essential Qualifications:
B.E./B.Tech in Electrical Engineering / Power Electronics / Electronics Engineering
M.E./M.Tech in relevant specialization is desirable
Robust fundamentals in electrical and power electronics
Desirable Experience & Skills:
Design and development of high-power AC–DC and DC–DC converters (kW range)
Experience with high-voltage DC power distribution (300–800 V DC)
Electrical integration of motors, actuators, fans, and sensors for wind shaper systems
Knowledge of power semiconductor devices (MOSFETs, IGBTs, rectifiers)
Thermal design, heat sink calculation, and power loss estimation
Preparation of electrical schematics, wiring diagrams, and control panel layouts
EMI/EMC considerations and grounding practices
Hands-on testing, debugging, and validation of electrical systems
Exposure to UAV, tethered drone, or industrial power systems (preferred)
Job Responsibilities:
Design, development, and testing of power electronics for tethered drone systems
Power transmission through tether and implementation of protection mechanisms
Electrical design and integration of wind shaper subsystems
System-level testing, troubleshooting, and performance validation
Technical documentation and coordination with multidisciplinary project teams