Roles & Responsibilities :
- Derive IVN (in-vehicle networking) architectures for xDomain demonstrators
- Implement gateways for different in-vehicle communication protocols
- Ideate build and maintain SW tools for automating IVN development on our fleet of tabletop and vehicle demonstrators
Qualifications :
Educational qualification:
- Undergraduation in relevant engineering stream
Experience :
- At least 3 years in the area of IVN development with deliveries in CAN 2.0 CAN-FD and optionally in Ethernet protocols
Mandatory/required Skills :
- Expertise in working with legacy and new-age automotive IVN protocols - CAN 2.0 CAN-FD FlexRay Ethernet.
- Awareness of upcoming IVN architectures protocols and toolchains.
- Benchmark vehicle networks with limited information on their E/E architecture to identify sensor and actuator signals from monitoring the vehicle bus.
- Use BGSW-approved GenAI coding aids (with the awareness of the data with the maximum allowed security classes).
- Ideate and communicate with aids (such as ) the in-vehicle networking architecture for xDomain topics on a given vehicle.
- Analyse and objectively present trade-offs of different networking architectures for various E/E architectures (distributed fusion centralised etc.).
- CAPL scripting for Vector solutions equivalent for Intrepids solutions Py-CAN for working with rapid prototyping using R-Pi/Arduino and their respective HAT equivalents.
Preferred Skills :
- Ability to architect and interface automotive IVN with non-mobility electronics interfaces utilising intermediaries such as SOME/IP messages
Remote Work :
No
Employment Type :
Full-time
Roles & Responsibilities :Derive IVN (in-vehicle networking) architectures for xDomain demonstratorsImplement gateways for different in-vehicle communication protocolsIdeate build and maintain SW tools for automating IVN development on our fleet of tabletop and vehicle demonstrators Qualifications :...
Roles & Responsibilities :
- Derive IVN (in-vehicle networking) architectures for xDomain demonstrators
- Implement gateways for different in-vehicle communication protocols
- Ideate build and maintain SW tools for automating IVN development on our fleet of tabletop and vehicle demonstrators
Qualifications :
Educational qualification:
- Undergraduation in relevant engineering stream
Experience :
- At least 3 years in the area of IVN development with deliveries in CAN 2.0 CAN-FD and optionally in Ethernet protocols
Mandatory/required Skills :
- Expertise in working with legacy and new-age automotive IVN protocols - CAN 2.0 CAN-FD FlexRay Ethernet.
- Awareness of upcoming IVN architectures protocols and toolchains.
- Benchmark vehicle networks with limited information on their E/E architecture to identify sensor and actuator signals from monitoring the vehicle bus.
- Use BGSW-approved GenAI coding aids (with the awareness of the data with the maximum allowed security classes).
- Ideate and communicate with aids (such as ) the in-vehicle networking architecture for xDomain topics on a given vehicle.
- Analyse and objectively present trade-offs of different networking architectures for various E/E architectures (distributed fusion centralised etc.).
- CAPL scripting for Vector solutions equivalent for Intrepids solutions Py-CAN for working with rapid prototyping using R-Pi/Arduino and their respective HAT equivalents.
Preferred Skills :
- Ability to architect and interface automotive IVN with non-mobility electronics interfaces utilising intermediaries such as SOME/IP messages
Remote Work :
No
Employment Type :
Full-time
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