Services
Electronics and Hardware Engineering.
We design control and power electronics from the E/E architecture to the tested board, with the safety analysis and the software in mind from the start.
What We Do
Design and Architecture
E/E architecture and hardware partitioning, component specifications and supplier selection, and co-design of the control and power electronics.
Implementation and Simulation
Schematics and multi-layer PCB design, electrical simulation and worst-case analysis, and evaluation of components such as system basis chips, SoCs, power semiconductors and sensors.
Validation and Compliance
EMC design at board and system level and its testing, functional safety to ISO 26262, and traceability across the V-cycle with tool-based test management.
Design tools. Altium Designer, OrCAD, LTspice. Traceability. Polarion, IBM DOORS, Jira, Ansys medini analyze. Safety. ISO 26262 functional safety.
Applications: Control units, sensors and actuators for depollution systems, smart valve actuators, pressurised monitoring and control for plug-in hybrids, 48V and high-voltage battery packs with their battery management, 150 kW hydrogen fuel cell systems, and control units for solar roofs and lighting.
Case Studies
Functional Safety for a 48V Battery Pack and DC/DC Converter
Safety concepts at system level, development interface agreements and supplier audits for safety-critical hardware and software.
Read the case study
Fuel Cell ECU Platform
The control unit, its drivers for more than fifty sensors and actuators, and the HIL benches of a 150 kW fuel cell system.
Read the case study