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About the role
Role : Hardware Design Engineer Industry Type : Defence & Aerospace Employment Type : Full Time, Permanent Role Category : Hardware Development Education: UG: B.Tech/B.E./Diploma in Electronics/Telecommunication, Electrical and Electronics, Aviation, Information Technology, Computers, Electrical Salary: 4L – 10L Experience: 1- 4 years Position openings: 1 Work location: Sadashivanagar, Bangalore We are looking for a passionate and skilled RF Design Engineer to join our growing team working on cutting-edge wireless, defense , aerospace , satellite, and high-frequency embedded systems. If you enjoy designing high-performance RF boards, solving complex signal integrity challenges, and building advanced embedded hardware platforms including FPGA-based systems, this role is for you. Key Responsibilities Develop high-speed digital and mixed-signal electronics for embedded systems Design high-frequency RF PCBs for applications ranging from MHz to multi-GHz systems Work on FPGA-based and SDR-based hardware platforms and high-speed interface routing Design multilayer PCB stack-up planning using materials such as Rogers , RT/duroid, RO4350, RO3003, RT5880, and hybrid RF + FR4 structures Perform RF layout for impedance-controlled traces, microstrip, stripline, coplanar waveguide, and controlled high-speed routing Ensure proper grounding, shielding, isolation, EMI/EMC performance , thermal management, and signal integrity Design for power integrity, low-noise RF performance, and robust embedded system reliability Coordinate with fabrication and assembly vendors for DFM, DFA, and manufacturability optimization Support prototype bring-up, debugging, tuning, validation, and system integration Work closely with RF, FPGA, embedded, and hardware teams for complete product development Schematic design experience is an added advantage , but strong PCB design expertise is the primary requirement Preferred Skills Experience with PCB design tools such as Cadence Allegro, Altium Designer, Kicad, OrCAD, or similar Understanding of EMI/EMC practices and complex mixed-signal hardware constraints Antenna design and simulation exposure (HFSS, CST, ADS – added advantage) Experience in RF PCB layout and stack-up design Experience with SDR platforms or satellite communication systems Knowledge of hardware schematics design is an added advantage