Project · Founder and maintainer
pyPLECS
Python tooling that turns one-off PLECS runs into reusable simulation workflows.
Updated
Context
Power-electronics studies need parameter sweeps, repeated comparisons, and results that can be revisited without rebuilding the setup by hand.
Constraint
Desktop-first simulation runs do not automatically become reproducible software workflows, and repeated jobs waste time when identical inputs are evaluated again.
Contribution
I created and maintain pyPLECS as a Python interface around PLECS, adding batch submission, result caching, task orchestration, a REST interface, and a small web view.
Approach
The implementation delegates parallel execution to the native PLECS batch API, identifies repeated work from model and parameter inputs, and exposes one simulation path to scripts and service clients.
Outcome
Simulation studies become repeatable inputs that can be automated, compared, and connected to a wider engineering toolchain.
Evidence
The public repository contains the integration, batch API, cache backends, REST service, examples, tests, and architecture documentation.