An undergraduate DEVSIM teaching project for MICS3090, covering 1D p+-on-n silicon solar-cell simulation, visualization, experimental-data processing, and parameter calibration.
COMSOL Multiphysics simulations of planar MOSFET, 3D FinFET, and Gate-All-Around FET (GAAFET) with carrier concentration and electrical characteristic analysis.
自研 1D 漂移-扩散–泊松求解器 + Si p-n 结全套验证（解析不变量 L1 / 网格二阶收敛 L2 / 对照 NIST Sesame 2.0 L3），numpy+scipy，一条命令复现 · A from-scratch 1-D drift-diffusion PN junction solver, verified against closed-form theory and NIST Sesame 2.0
Local workbench for thin-film process recipes, 3D device geometry and silicon equilibrium, with a Quantum ESPRESSO workspace.
Virtual CPE lab for TR-369/USP development and testing with a real OB-USP-AGENT, simulated TR-181 hardware, MQTT, fault injection, and a browser-based device UI.
Simulação de processos e dispositivos semicondutores: SUPREM-III (1-D), SUPREM-IV.GS (2-D) e MINIMOS 6.1 sob uma interface só. PySide6, Linux e Windows.
Open-source multi-physics simulator for post-silicon and 3D-stacked transistors: 2D materials, CFET/GAA/M3D, thermal and yield. Never reports a number a solver didn't produce.
Claude skill for SCAPS-1D: set up, simulate, fit and sanity-check solar cell devices, with literature parameters and Shockley-Queisser realism checks.
TCAD-based NMOS, PMOS, and CMOS inverter device characterization and simulation analysis.
Lightweight, modular TCAD core for GaN RF HEMTs: plugin-based architecture, self-consistent Schrodinger-Poisson and drift-diffusion solvers, 426 tests.
250 nm MOSFET process design and device simulation in Silvaco TCAD.
CCD-in-CMOS TDI pixel — end-to-end Sentaurus TCAD device simulation (real process flow, full-well capacity, QE, three-phase clock wells). Portfolio project.
Open 1-D drift-diffusion solver for perovskite solar cells: band-gap-coupled photoinduced halide segregation, J-V, hysteresis and impedance. Pure NumPy/SciPy.
A physics-aware Bayesian optimization engine that drives any TCAD simulator to automatically optimize semiconductor devices.
Run and test embedded Linux applications on your host as if GPIO, SPI, I2C, UART, QSPI, and Ethernet devices were physically connected.
Physics-first 0D/1D materials simulator, validation-first: pn-diode drift-diffusion, PEMFC/SOFC fuel cells and electrochemistry, each pinned to a source-cited reproduction test. Ships an MCP server exposing 9 guarded tools so AI agents can drive it. DEVSIM cross-check optional.
Device recovery experiments: durable worker ownership, real process crashes, external fault injection, and reproducible concurrency measurements.
Nanostructure_Modelling_Course_MIET_2026 — labs from MIET's nanostructure modelling course (2026). Five TCAD labs (diodes, GaAs MESFET, mixed-mode AM modulator) in ISE TCAD 7.0 under emulated Windows XP on Apple Silicon, matched to reference figures. Features DF-ISE tooling, DEVSIM with ISE physics and an own GPU drift-diffusion solver.
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