Experience
From enterprise information security at TCS to cleanroom research at IIT Delhi — with five teaching assistantships along the way.
Career
Department of Electrical Engineering, IIT Delhi · Supervisor: Prof. Santanu Manna
Thesis: design and analysis of planar log-periodic sawtooth antennas for terahertz applications — full-wave HFSS simulation across a seven-parameter geometry space (0.1–1.2 THz), graphene impedance modeling via a Python Drude model, and an automated Python GDSII layout flow.
Tata Consultancy Services (TCS), Hyderabad · 1 year 4 months
Firewall rule-base review, insider-threat analysis, DLP control, technical security assessments, and access reviews for enterprise clients.
SASTRA Deemed to be University, Tamil Nadu · Quantum Random Number Generation and Applications
Designed quantum circuits for true random number generation exploiting superposition and entanglement; developed quantum-to-classical interfaces with Qiskit/Python on IBM Quantum hardware; applied QRNG to image encryption with statistical randomness validation.
Teaching
Conducting tutorials and laboratory sessions on digital logic design — combinational and sequential circuits, finite state machines, memory elements, FPGA programming in Verilog/VHDL — plus grading and one-on-one mentoring.
Tutorials on transmission lines, waveguides, and radiation; supporting problem-solving sessions and grading for the core undergraduate electromagnetics course.
Laboratory supervision on circuits and instrumentation (oscilloscope, multimeter, function generator); tutorials on KVL/KCL/Thevenin/Norton analysis and SPICE simulation for first-year students.
Training
Built transmon–cavity devices in Qiskit Metal, sweeping pad dimensions and coupling capacitance; extracted dispersive shift χ via LOM and pyEPR; modeled pointer-state separation under homodyne detection in QuTiP. Released an open-source tool mapping geometry to single-shot readout fidelity bounds.
Schematic and layout of a transmon qubit with coupled readout resonator in Keysight ADS QuantumPro, tuned by parametric sweeps with energy-participation-ratio analysis; silicon photonic ring filter design with fabrication-ready GDS in Keysight Photonic Designer.
Nanomaterial and nanodevice modeling with RESCU (DFT+DFPT) and NanoDcal (DFT+NEGF); quantum device modeling in QTCAD — Poisson–Schrödinger electrostatics, confinement, and transport.
Available for full-time R&D and engineering roles, internships, and consulting from June 2026 — PhD positions also welcome.