Specialized engineering and diagnostic capabilities across electric vehicles, hybrid and PHEV systems, electric mobility and conventional engine engineering.
Engineering and diagnostic solutions for modern electric vehicle systems.
Full scan evaluation of vehicle control systems, protocol logging, and live signal monitoring.
Isolating component malfunctions, tracking logic bugs, and debugging drive cycle codes.
Scoping high-voltage wiring circuits, insulation tests, ground faults, and connector checks.
Diagnostics for cells, modules, contactors, balancing configurations, and thermal system sensors.
Testing on-board chargers, interface communication protocols (SAE J1772), and port relays.
Evaluating the logic loop between controllers, inverters, motors, and traction performance.
Technical diagnosis and engineering support for vehicles combining conventional and electric powertrains.
Comprehensive logic checks isolating issues across combustion, electric traction, and power coordination loops.
State-of-health diagnostics, charge capacity evaluation, module test scans, and thermistor inspection.
Diagnostics for plug-in charge connections, on-board charger efficiency, and range-extender drive cycles.
Diagnosing low-voltage accessory batteries, DC/DC conversion networks, and auxiliary wiring terminals.
Verifying split-power logic, gearbox actuators, dual clutch operations, and torque distribution codes.
Debugging logic errors, interlock safety check codes, high-voltage isolations, and protocol failures.
Engineering and diagnostic work across the key electrical and electronic systems used in electric vehicles.
Our engineering facility evaluates, tests, and diagnoses these core electrical modules. The service scope is focused on system isolation, parameter calibrations, cell balancing, and logic troubleshooting to align operations with OEM specifications. We do not manufacture replacements for high-voltage stators, battery casings, or internal motor components.
Diagnostics of overall high-voltage integrity, casing isolation checks, and total charge throughput monitoring.
Voltage dispersion audits, resistance measurements, cell balancing scans, and module tracking.
Evaluation of logic modules, sensor wiring harness checks, and thermal switch troubleshooting.
Diagnostics of stator insulation integrity, rotor position sensors (resolvers), and winding resistance.
Analyzing signal communication loops, gate driver faults, throttle mapping, and torque request codes.
Troubleshooting DC-to-AC power stages, IGBT switching logic anomalies, and thermal management.
Testing on-board charging logic, pilot/proximity communication signals, and port safety relays.
Evaluating voltage step-down converters converting high-voltage power to run auxiliary 12V grids.
Isolating current shunts, temperature thermistors, logic nodes, and system relays.
Engineering and diagnostic support for electric scooters and other electric mobility systems.
Complete error log checks, throttle response scans, and safety interlock loop debugging.
Diagnostics for low-voltage battery packs, cell balance metrics, and charger connector tests.
Evaluating hub motor stator windings, hall effect sensors, and drive bearing friction.
Calibrating logic switch parameters, MOSFET operations, and thermal dissipation paths.
Isolating charger port connector resistance, charge control relays, and plug-in parameters.
Debugging wiring harness shorts, logic switch anomalies, and accessory power converters.
Precision engine machining and mechanical engineering services for conventional automotive powertrains.
Understand the vehicle and reported issue specifications.
Inspect the relevant system and isolate the underlying problem.
Determine and execute the appropriate technical calibration or machining solution.
Check the rebuilt tolerances, scan code reports, and double-test operation.
Tell us about your vehicle and the problem you're experiencing, and we'll help direct you to the appropriate engineering service.
