Embedded Engineers Functional Safety, Cybersecurity & Electrification
SwedenCompetitive0 applicants
About this role
Multiply is an end-to-end provider of products, services, and training within embedded systems, functional safety, and automotive cybersecurity among other aspects of Engineering & IT. Our flagship product, VisFlow, enables structured development, compliance, and governance for safety- and security-critical automotive systems across the full lifecycle.
We are now expanding our teams and are looking for Embedded Engineers with experience in AUTOSAR, Cybersecurity, Functional Safety, and Electrified Systems to support both product development and customer delivery using VisFlow.
Responsibilities
- Develop and integrate embedded software using AUTOSAR (Classic and/or Adaptive).
- Work in Linux-based embedded environments across in-vehicle platforms (IHU, DHU, UXC).
- Contribute to High Voltage system software and interface with Battery Management Systems (BMS).
- Enable SBOM generation in build systems and establish continuous SBOM for all releases.
- Integrate vulnerability and OSS regression scanning into CI/CD pipelines.
- Support cybersecurity certifications for EU, US, and China markets.
- Produce and maintain cybersecurity documentation (TARA, CSPD, CS-CASE) in Teamcenter.
- Participate in CSMS reviews, penetration testing support, and governance reporting.
- Provide compliance evidence for UNECE WP.29 R155 and ISO/SAE 21434.
Requirements
- Experience in embedded software engineering and AUTOSAR.
- Background in automotive cybersecurity and/or functional safety.
- Experience working with Linux-based embedded systems.
- Exposure to High Voltage systems; BMS experience is meriting.
- Familiarity with CI/CD, SBOM, vulnerability management, and structured compliance work.
- Why VisFlow & Multiply
- Work on safety-critical, electrified, and connected vehicle systems.
- Exposure to global platforms and regulations.
- Long-term assignments with strong technical depth.
- Competitive compensation and flexible working models.