ADAS Software Developer

Luxoft; Göteborgs kommun; On-site; SEK 700,000 - 900,000; Full time

Job summary

DXC Luxoft seeks an Automotive Cloud Engineer with deep C++ experience to design, develop, and maintain safety-critical software for vehicle systems in Sweden. The role involves working with Vehicle Computation Units (VCU), SOME/IP communications, and embedded platforms.

You will collaborate across hardware, software, and system teams, providing technical leadership throughout the lifecycle. Strong knowledge of automotive safety standards and hands-on debugging with Wireshark are essential.

Qualifications

• Bachelor-level degree in Physics, Computer Science, Electrical Engineering, or equivalent.
• Experience as a C++ software developer in automotive environments.
• Experience with Vehicle Computation Units (VCU) and ISO 26262 feel for functional safety.

Responsibilities

• Design, develop, and maintain C++ software for automotive systems with a focus on safety.
• Analyze and debug SOME/IP communications issues using Wireshark.
• Collaborate with hardware, software, and system teams across the development lifecycle.
• Provide technical leadership, code reviews, and best practices within the team.

Skills

C++ development

Automotive software

System safety

SOME/IP protocol

Wireshark debugging

Leadership

Communication skills

Analytical mindset

ISO 26262

Education

B.Sc. or higher in Physics, Computer Science, Electrical Engineering, or equivalent

Tools

VCU

Job description

Project description

DXC Luxoft is a leading global software services company, delivering professional services across multiple business verticals such as finance, automotive, and digital transformation. The Automotive practice inside DXC Luxoft delivers software projects to a majority of the world's car manufacturers and suppliers for both personal and commercial vehicles. We are known for our Automotive software expertise and for helping our customers with high quality services and deliveries. Currently we are growing for our Swedish customers and are looking for Automotive cloud engineer with knowledge in cloud infrastructure development to join our team. You will be part of our growing organization in Sweden and will be part of developing next generation systems for the Automotive industry in the era of connected, autonomous, electric vehicles.

Responsibilities

• Design, develop, and maintain C++ software for automotive systems with a strong focus on system safetyCandidates who can support in development of component adhering to functional safety standardsContribute to system safety architecture, analysis, and implementation in compliance with automotive standardsWork with Vehicle Computation Units (VCU) and related embedded platformsAnalyze and debug communication issues using SOME/IP protocol and WiresharkCollaborate with hardware, software, and system teams across the development lifecycleAct as a technical leader, providing guidance, reviews, and best practices within the teamCommunicate complex technical topics clearly to both technical and non-technical stakeholders

SKILLS

Must have

• - B.Sc. or higher in Physics, Computer Science, Electrical Engineering, or equivalent- Regular-level system safety competence within automotive or safety‑critical domains- Regular experience as a C++ software developer in automotive environments- Proven experience working with Vehicle Computation Units (VCU)- Solid understanding of SOME/IP protocol and hands‑on experience with - Wireshark for debugging and analysis- Excellent leadership and communication skills- Strong problem-solving and analytical mindset- Proven experience in automotive software development- Experience in functional safety standard ISO 26262

Nice to have

- Preferably exposure to embedded Linux or AUTOSAR-based systems, indicating familiarity with these platforms.- Optional system-level integration and validation experience, showing ability to oversee end-to-end system functionality.- Experience working in agile or scaled agile environments is advantageous, reflecting adaptability to iterative development processes.