Welcome to my skills section. Expand a section to see what I do, then switch to the full skills list.
Skills
Conceptual / Physics Foundation
Theory -> Interpretation
Conceptual / Physics Foundation
Theory -> InterpretationI use condensed-matter and semiconductor physics to connect measurements to mechanisms—especially when interpreting magnetic/electronic signatures at low temperatures and identifying next-step tests.
- Condensed Matter Physics
- Quantum Magnetism/ QSL Concepts
- Statistical Mechanics
- Semiconductor Physics
- Hardware Logic
Experimental & Materials (Lab)
Synthesis → Characterization
Experimental & Materials (Lab)
Synthesis → CharacterizationI synthesize and handle sensitive quantum materials and run end-to-end characterization workflows (structure, magnetism, and transport) to map exotic magnetic/electronic behavior and its application in semiconductor devices.
- Crystal Flux Growth
- Chemical Vapor Deposition
- MPMS,PPMS
- XRD, Laue Diffraction
- XRF, SEM-EDX
- Impedance Measurements, Van Der Paaw
- Thin Film Deposition
- Lithography, Etching
- Oxidation, Diffusionm, Ion Implantation
- PCB soldering, Circuit design
Computational and Data Analysis
Simulation → Pipelines
Computational and Data Analysis
Simulation → PipelinesI build data pipelines that turn raw experimental/simulation outputs into interpretable plots, statistically meaningful fits, and research-ready conclusions.
- Python, C++, R
- Algorithm Development
- Monte Carlo Simulations
- Statistical and Graphical Analysis
- Curve Fitting and Error Analysis
- Introductory Qiskit and Q#
Electronics and Hardware Systems
Device → Architecture
Electronics and Hardware Systems
Device → ArchitectureI bridge device-level semiconductor understanding with system-level hardware thinking, building intuition for how constraints flow from physics to scalable architectures.
- VLSI
- ASIC
- FPGA
- Computer Architecture
- Computational Logic
- Microarchitecture
- Hardware Design
- PLC,PLD,CPLD,PLA