Engineering High-Speed Electronics & Quantum Hardware.
I am a Senior Hardware Engineer based in Bengaluru, designing high-speed digital architectures, ultra-low-noise analog front-ends, and FPGA platforms for mission-critical quantum technologies.
Core Engineering Domains
Specialized hardware design capabilities from schematic to volume production.
High-Speed Digital & FPGA
PCIe, Gigabit Ethernet, multi-gigabit transceivers, FPGA FMC mezzanine boards, DDR memory routing, and length-matched differential pairs.
Quantum & Low-Noise Analog
Single photon detection front-ends, transimpedance amplifiers, homodyne balanced photodetectors, and ultra-quiet programmable bipolar voltage sources.
Complex PCB Architecture
High-density 8-layer HDI layouts, fine-pitch BGA breakouts, impedance-controlled stackups, thermal dissipation vias, and full DFM/DFA compliance.
Precision Control & Optics
Low-noise laser diode drivers, high-precision TEC thermal controllers, tamper/intrusion sensing, and tight ECAD/MCAD enclosure integration.
Featured Project Highlights
Hardware systems engineered for quantum security and high-speed processing.
Single Photon Detector Platform
Ultra-sensitive optical detection hardware featuring low-noise programmable high-voltage bipolar power, GHz-frequency pulse amplifiers, and custom FPGA FMC mezzanine modules.
QORE-Encryptor Processing Board
High-density 8-layer computing engine supporting fine-pitch FPGA and processor BGAs, high-speed multi-rail power integrity, and bare-metal bring-up firmware.
QSHIELD - RAC Security Platform
Turnkey product development from concept to volume release, pairing an ARM processor core with Gigabit Ethernet communications and custom mechanical thermal enclosure.
Interested in collaborating or consulting?
I am available for high-speed hardware architecture, high-density PCB reviews, and quantum/analog electronics design.