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This role was closed on 2026-09-14. It is kept for reference.

Job statistics for Systems Engineer, Safety

Days open
6 days
Expected tenure
6 years
Estimated salary
$105,000
Based on Mid-level seniority, the Robotics industry and Canada market rates.
Technologies used3 tools
Sensors & interfaces

Named in this posting. Hover a tool for what it is; the link finds other roles that use it.

Current safety team1 tracked professional
By function
1 engineering

Counts of functional safety professionals FSTalent tracks at Bedrock Robotics and roles it is hiring for. It is a sample of public profiles, not the full headcount.

Safety professionals at this company
  • Aaron B — Product Safety, Validation, and Safety Management
Median tenure at companyNot yet sourced

Median tenure is published in the People insights on the company's LinkedIn page. It has not been recorded for Bedrock Robotics yet. Look up Bedrock Robotics on LinkedIn.

B
Bedrock Robotics

Systems Engineer, Safety

Closed
Focus
Safety-critical
Location
San Francisco, CA
Posted
Sep 8, 2026
Source
LinkedIn

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Standards
ISO 26262IEC 61508ISO 13849

Job description

About the role

We're not here debating the future of AI. We're deploying it in the real world. In just two years, we've raised $350M and achieved the first fully autonomous excavator deployments in construction.

About The Role

Bedrock is looking for a Systems Engineer with safety engineering experience to define and maintain the system-level architecture that allows autonomous construction equipment to operate safely around people and other equipment.

This role sits at the intersection of systems engineering and functional safety: the person in it will decompose system-level requirements across hardware, software, and mechanical subsystems, while ensuring that safety analysis and safety requirements are built into that architecture from the start rather than added afterward.

This role will work directly with the teams designing sensing, compute, and actuation systems, and will be expected to make and defend technical tradeoffs that affect both system performance and safety posture.

What You'll Do

  • Develop actionable requirements and metrics for the system, with a focus on safety
  • Support development of the functional safety concept and supporting technical safety concepts for the system
  • Define and maintain system-level architecture and interface requirements across hardware, software, and mechanical subsystems
  • Lead or contribute to safety analyses, such as , , STPA, and FTA, and translate findings into system and hardware requirements
  • Define safety mechanisms such as redundancy, diagnostics, watchdogs, and graceful degradation, and verify their implementation
  • Participate in design reviews across hardware, software, and mechanical disciplines, with particular attention to failure modes and safety-relevant interfaces
  • Work with the lead to establish verification and validation plans, including test methodology
  • Support root cause analysis for field and test issues where system-level or safety-relevant causes are suspected

What We're Looking For

  • 8+ years of experience in systems engineering, with direct involvement in functional safety work products (e.g., under ISO 13849, ISO 26262, or IEC 61508)
  • Strong ability to work with data to drive system understanding and feature prioritization and develop trade studies
  • Experience with verification and validation methods
  • Experience with safety analysis and risk assessment methods
  • Experience writing and decomposing system-level requirements, and tracing them through to verification
  • Familiarity with safety mechanisms such as redundancy, watchdogs, diagnostics, and fault detection
  • Bachelor's or advanced degree in systems engineering, electrical engineering, mechanical engineering, or a related field
  • Ability to work across hardware, software, and mechanical teams and communicate technical tradeoffs clearly in writing and in review

Preferred Qualifications

  • Experience with autonomous or robotic systems, particularly those operating in unstructured or dynamic environments
  • Experience with STPA
  • Experience with third-party safety assessment (e.g., TÜV, UL)
  • Familiarity with sensing and compute hardware relevant to autonomy (cameras, lidar, GNSS, IMUs)
  • Experience with heavy equipment, construction, , or agricultural