ECU development for electrical inverters
Our client, a major player in the electric vehicle industry, required comprehensive engineering services for the development of an electrical inverter control unit. The project aimed to integrate mechanical, hardware and software aspects while complying with industry standards such as ASPICE, AUTOSAR and ISO 26262 to ensure safety and reliability.
Realisation
A team of 15 engineers, including electrical, software and mechanical specialists, worked on this project over a period of three years. On the software side, embedded software with diagnostic service functions was developed and performance was verified through functional testing.
On the hardware side, engineers automated the electrical tests and utilised circuit simulations to identify potential problems at an early stage. Analyses of returned parts were used to improve the design. The mechanical team created designs and performed checks to ensure assembly feasibility and compliance.
Customer benefits
This comprehensive approach resulted in a high-performance electrical inverter control unit that meets industry safety standards. Embedded software increases reliability through real-time diagnostics, while automated testing reduces development time and costs. Optimised mechanical designs ensure durability and manufacturability, positioning our customer as a market leader in the electric vehicle sector with a leading-edge product.
