BRIDGELYT · RESEARCH & OPPORTUNITIES

서울로보틱스 Senior Automotive System Engineer

서울로보틱스 Senior Automotive System Engineer — Pangyo, Korea. 담당 업무·지원 자격·마감일과 공식 지원 링크를 확인하세요.

진행·예정 · 출처에서 확인한 정보이며 최종 조건은 공식 원문을 확인하세요.

한 줄 요약

서울로보틱스 Senior Automotive System Engineer — 서울로보틱스 · Pangyo, Korea. 현재 상태: 진행·예정.

정보 갱신일 2026-10-21

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.
Perform safety analyses including FMEA and SOTIF operational scenario analysis to systematically identify risks and derive safety mechanisms.
Define and refine the Technical Safety Concept (TSC) and safety mechanisms in alignment with derived safety goals.
Prepare and maintain safety work products (Safety Plan, HARA, TSC, TSR, validation reports) to achieve certification.
Interface with automotive customers on safety and process inquiries - translate the team's engineering practices into formal safety case documentation and compliance summaries.
Lead and drive ASPICE process establishment across all relevant engineering areas, setting up the organizational framework and championing consistent adoption throughout the team.

Bachelor's degree in Electronics, Computer Science, Automotive, or Mechanical Engineering.
10+ years of experience in system engineering or functional safety engineering within the automotive, robotics, or safety-critical systems domain.
Demonstrated knowledge of ISO 26262 and/or ISO 21448 (SOTIF), with practical experience applying these standards to real product development.
Experience in conducting safety analyses such as HARA, FMEA, or FTA.
Strong communication skills - able to articulate safety concepts clearly to both engineering teams and automotive customers.
Comfortable working in an environment where processes are being built rather than inherited, and where your decisions set the precedent.
Fluent in both Korean and English

Experience with ASPICE process assessments or working in an ASPICE-aligned development environment.
Hands-on experience with LiDAR, camera, or other perception sensor systems.
Exposure to safety analysis tools such as Medini Analyze and IQ-FMEA.
Experience interfacing directly with automotive customers (OEMs or Tier-1s), including safety audits or process assessments.
Familiarity with Linux-based systems and scripting (Python, Bash) for log analysis or test support.
Experience introducing or improving engineering processes in a team transitioning toward automotive standards.
Knowledge of V2X, smart infrastructure, or autonomous ground vehicle systems is a plus.