Automotive System Engineer
Posted 1 Sep 2026
Advertised as “Senior Automotive System Engineer ”
BranchFactor Summary
The original posting with the fluff stripped out
- Expected experience
- 10+ yrs
- Management level
- Individual contributor
- Employment
- Hybrid
No salary listed for this role.
Field of studyAutomotive Engineering, Computer Science, Electronics, Mechanical Engineering
Study levelBachelor's
About Seoul Robotics
Seoul Robotics builds autonomous driving systems for factories, ports, logistics yards, and airports. We offer two approaches: a vehicle-centric system, where autonomy runs on the vehicle itself, and an infrastructure-centric system, where the site coordinates and drives vehicles. That lets us automate whole operations, not just one vehicle at a time.
We work with global automakers and industry leaders, including BMW, Mercedes-Benz, Nissan, Hyundai, Mitsubishi, Volvo CE, Mando, LG, and SKT. We are expanding quickly across ports, logistics yards, and airports.
We are an international team with members from more than 10 countries. English is our working language.
[Our Story and Technology]
- Powering the Future of Autonomy with LV5 CTRL TWR (YouTube LINK)
- Media (Chosun Biz LINK, PR Newswire LINK)
[Our Principles]
■ Add Value
■ Earn Trust
■ Own Your Job
■ Keep Growing
■ Respect Diversity
Mission of the Role
We are seeking a highly experienced and driven Automotive System Engineer to strengthen the engineering foundation of our infrastructure-based LiDAR perception system. As automotive customer demand grows and compliance expectations rise, we are committed to meeting the quality and process standards of the automotive industry. The ideal candidate brings deep expertise in functional safety and system engineering, with a proven track record of driving ISO 26262 compliance and ASPICE process adoption. You will lead the build-out of our safety architecture, requirements engineering, and organizational readiness to ensure our product meets the highest automotive standards.
Key Responsibilities
- Assess and close the gap between current development practices and automotive engineering standards (ASPICE, ISO 26262), and define a structured roadmap to achieve compliance.
- Establish and formalize requirements engineering processes and system architecture documentation, ensuring stakeholder needs are fully traceable from capture through to design and implementation.
- Build and own the functional safety lifecycle for the product: conduct HARA, derive safety goals, define the Technical Safety Concept (TSC), and specify safety requirements targeting ISO 26262 compliance.