RF & Microwave Solid-State Devices
Technology of RF and microwave solid-state device design.
Education
Academic background
MS(Research) at IIT Delhi · B.Tech (EEE) at SASTRA · specialized training in VLSI, quantum computing, and instrumentation.
Graduate
M.S. (Research), Electrical Engineering — IIT Delhi
July 2024 – present (expected June 2026) · CGPA 8.6/10 · Supervisor: Prof. Santanu Manna
Quantum Electronics
EM radiation–matter interaction, lasers, quantum optical devices.
Physics of Semiconductor Devices
Device physics fundamentals for modern semiconductor technologies.
Quantum Optics
Photon statistics, coherence, entanglement, cavity QED.
Semiconductor Processing Laboratory
Hands-on cleanroom fabrication — lithography to characterization.
Selected Topics in RFDT-III
Advanced RF device technology topics.
Integrated Photonics
Waveguides, photonic integrated circuits, modulators, and detectors on silicon photonics platforms.
Undergraduate
B.Tech, Electrical & Electronics Engineering — SASTRA
2017 – 2021 · Tamil Nadu · CGPA 8.225/10 · Bachelor thesis on quantum random number generation.
Electronics & VLSI
Digital logic design · analog/digital ICs · VLSI systems · microprocessors · embedded systems.
Power & Control
Power electronics · electric drives · control systems · power systems analysis · renewables.
Communication & Signals
Signals & systems · communication engineering · DSP · wireless · optical communication.
Mathematics & Physics
Engineering mathematics · probability & random processes · electromagnetic theory · quantum mechanics.
Programming & Computing
C · Python · MATLAB/Simulink · data structures & algorithms · ML fundamentals.
Advanced Electives
Quantum computing · nanotechnology · IoT & smart systems · research methodology.
Earlier
School education
Intermediate (Class XII) — MPC
State Board of Intermediate Education · 98.0% · top performer in Physics and Mathematics; district-level science exhibition participant.
High School (Class X)
SSC board · CGPA 9.8/10 · school topper with distinction in all subjects and academic excellence awards.
Credentials
Certifications & professional training
Qiskit Advocate — IBM Quantum
Active member of the global quantum computing community: algorithm contributions, educational outreach, and open-source engagement across the Qiskit ecosystem.
Quantum Design Workshop
Transmon geometry bounds on single-shot readout fidelity — Qiskit Metal, LOM, pyEPR, and QuTiP; released an open-source analysis tool.
QMD Hands-On Workshop
Superconducting qubit design in Keysight ADS QuantumPro with EPR analysis; silicon photonic filter design with fabrication-ready GDS layout.
Atomistic Device Simulation
Nanomaterial/nanodevice modeling with RESCU (DFT+DFPT), NanoDcal (DFT+NEGF), and QTCAD Poisson–Schrödinger solvers.
Skills