Projects
Blog: Studying at Columbia University
Columbia University · Fall 2025
Posts on life in New York City, courses, and experiences as a Melexis Columbia Grant recipient.
Analog Design Intern at Melexis
Melexis · Jul–Aug 2025
Three-stage Ahuja-compensated high-bandwidth output amplifier design for a current sensor IC. Schematic design and simulation across corners, working within an analog design team.
Read more →60 GHz Direct-Conversion Receiver Front-End
Columbia University · 2025
Full receiver front-end in 90 nm CMOS (LNA, mixer, VCO with buffer, and baseband amplifier) meeting 50 Ω matching. Passive mmWave modeling in ADS and inductor S-parameter extraction.
Read more →Integration of Error-Tolerant Flip-Flops in an Iterative ASIC Design Flow
Columbia University · 2025
Integrated error-tolerant flip-flops into a Cadence Genus/Innovus ASIC flow. Automated iterative ECO-based insertion on critical reg-to-reg paths using post-route timing analysis, closing timing on a design the standard flow could not.
Read more →Dynamic Biasing for Analog Circuit Stability in a LEO Radiation and Thermal Environment
Columbia University · 2025
Feedback-controlled circuits that stabilize bias current and transconductance under Vth drift from TID radiation and temperature variation. LEO mission dose modeled using SPENVIS.
Read more →Design of a GMSK Receiver
KU Leuven · 2025
Complete GMSK receiver in 65 nm CMOS, designed in a team of four. I built the full digital demodulator: CORDIC-based carrier recovery, FIR filtering, clock recovery, and Varicode decoding, verified down to 17.8 dB SNR.
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