
Automotive Solutions engineer
PureQuadJob Description
As Solutions engineer:
• you will build a portfolio of automotive reference solutions targeted for connectivity, electrification and central compute (on client’s next gen automotive platform)
• you will be using the full (“from firmware to cloud”) software vertical on
various environments (Autosar, FreeRTOS, Linux, Zephyr) provided either by us or selected industry partners (Amazon, Elektrobit, Vector)
• you will interact from a technical standpoint with various software teamsRequirements
Your responsibilities
• You will be responsible with all phases of software development ranging from: design and coding to integrating and reviewing software components, from testing and bug fixing to documentation, building and presenting demos to stakeholders.
• You’ll be working using an Agile approach and effectively use the concept of continuous integration as a key part of an efficient software development process.
• After ramping up into the team’s portfolio and processes, you will be responsible with addressing tasks from the product backlog which can range from: prototyping concepts, new feature development, porting feature to a new platform, bug fixing, enhancing the continuous integration, writing user documentation
Who we’re looking for
To be successful in this role you have:
• Robust software architecture: design patterns, best practices, optimizations techniques
• Capable of traversing and combining mix of technologies such as: low-level drivers, middleware, various OSs (both real-time and non real-time), user space tools and libraries
• Proficient in programming (C mostly, but other structured languages such as C++, Java fit also in)
• Good scripting know-how (python, bash, groovy, makefiles)
• Relevant experience in developing applications for the (general and automotive) embedded
• Excellent problem-solving skills
• Good fluency in English written and spoken
• Reasonable technical presentation skills
Furthermore, you have:
• A robust understanding of embedded software architectures,
• Excellent prototyping and debugging skills,
• A strong mindset towards efficiency, optimization and performance,
• A good understanding of continuous integration processes

