Python library for dilution refrigerator wiring configuration — data models, validation, diagram generation, and programmatic building.

Scanning SQUID measurement and control.

TUI application developed by Ovchinnikov Resarch Group at the University of Kansas for easy, interactive transport measurements.

Small Win32 C++ program to convert between temperature units and stress/monitor the system.

No description provided.

Research-stage results; see docs/ for validation, benchmarks, and uncertainty notes.

Arduino firmware to control black body temperature

Parallel 2D geometry sweep of the LIQLEV cryogenic liquid level rise model. Runs single-node multiprocessing simulations across tank diameter and height grids with Excel export and contour visualization.

R&D Mechanical Engineering Portfolio

Oxford Cryo Systems NHelix EPICS IOC.

Internship at CNES

No description provided.

Python reimplementation of the NASA LIQLEV boundary-layer model for predicting transient cryogenic liquid level rise during zero-gravity tank venting. Supports multiple fluids (LN2, LH2, LOX, LCH4) via CoolProp, parametric sweeps over fill fractions and vent rates, and both constant and transient gravity profiles.

PHP classes for Cryogenic Air Separation Unit simulation

VeriCold logfiles plotter

Open hardware reference design and supplementary specifications for the Advanced Transport Measurement System (ATMS). A modular cryogenic platform optimized for high-impedance transport, pyroelectric, and magnetodielectric characterization in PPMS (14T) and LN2 environments.

Advanced digital twin platform for ultra-high vacuum and precision control. Explore enhanced modeling and real-time synchronization for quantum applications. 🌍💻