A full commissioning-to-calibration workflow.
Standalone ECU work begins with exact hardware and data: engine configuration, injector characterization, fuel pressure, ignition hardware, trigger pattern, sensor calibration and the current/previous ECU files.
Before meaningful load, the ECU must agree with the physical engine. Crank/cam synchronization, commanded versus measured ignition timing, plausible sensor data and stable fuel pressure are treated as gates rather than assumptions.
Once the foundation is credible, the calibration progresses through start/idle, base fuel, ignition, transient behavior, boost where applicable, protections and final validation.
Base map review or creation for the exact project.
Sensor and input/output setup, plausibility checks and output verification.
Crank/cam synchronization and timing-light verification.
Fuel model, ignition, idle, transient and boost-control calibration where applicable.
Engine-protection strategy and final known-good file backup.