Hari Raghav Herekar

•Designed and optimized noise-suppressed LNA topologies for the 220–330 GHz range as part of my master’s thesis, focusing on ultra-low-noise performance in the 35 nm Fraunhofer mHEMT process. •Developed a 300 GHz Lange coupler for impedance matching and power coupling between circuits with different impedances, including literature review, formula derivation, and proof-of-concept implementation in Keysight ADS. •Completed schematic and layout design of a 1 GHz balun and a double-balanced down-conversion m

•Independently carried out laboratory testing for commercial aviation hardware platforms to ensure compliance with program requirements. •Performed hardware validation, development testing for power boards, functional analysis of FPGAs, and verification of fault injection devices. •Contributed to successful completion of Stage of Involvement audits through structured testing and documentation support. •Authored DO-160F-compliant technical documentation, including hardware qualification test procedures an

Position sensor testing , PLC programming LabView.

Rank 3rd in cohort