Senior Automotive Software Engineer
Project description
This opening is for an ADAS Domain Controller project for a prestigious OEM, where Luxoft is working with the OEM teams to deliver a next-generation Platform solution based on AUTOSAR Classic, AUTOSAR Adaptive and QNX working together as a system interacting with a host of cameras, ultrasound sensors, internal and external Radars.
Luxoft is collaborating on Signal and Service Management, Diagnostics, SW Update, Vehicle Config, QNX/Middleware and Software Architecture areas with the OEM directly.
Luxoft is expected to delivery quality and expert support in the above areas, drive topics independently, liaise with other OEM stakeholders to remove blockers. The ideal candidate needs to have endless curiosity and can pair a global mindset with locally relevant execution. You should be a gritty problem solver, never give up attitude and a self-starter who can think of out-of-box solution. The successful candidate will be a team player, display a balance of hard and soft skills, including the ability to respond quickly to Client's changing needs.
Responsibilities
The candidate will be a Feature architect for AURIX-CCPLEX and ORIN-RoV ETH PDU communication path.
Tasks:
- Board Bring up of porting activities.
- Updating existing software modules with new requirements.
- Specifying and executing software integration tests, including documentation;
- Strong experience on the MCAL, COM stack, Ethernet, SOME/IP protocol
- Debugging and analyzing integration problems.
- Working with Classic AUTOSAR MCAL stack, COM stack, Diagnostic stack, Memory Stack integration and with AUTOSAR ECU extract and System Extract integration;
- Configuring RTE, Watchdog stack
- Coordinate with UK Vector team.
Mandatory Skills
- Automotive COM protocols - MCAL, CAN & Ethernet
- Classic AUTOSAR
- ECU Calibration
- IPC Communication
- Ethernet Stack
- Automotive Safety
- RTE Integration
- Embedded C++
Nice-to-Have Skills
- MSOSA Architecture
- Testing Support
- Issue investigation
- HPC, QNX
- Adaptive AUTOSAR