Careers · Engineering roles

Build systems that meet the world.

We welcome expressions of interest for two initial engineering roles. Hiring is dependent on funding. Software and autonomy is a later planned role. Compensation, start dates, and work arrangements will be agreed before any offer.

Apply through the site or email careers@sipsalabs.com.

Explore engineering roles
Initial hires and future work

Engineering roles

01R-001
Initial hire, subject to funding

Senior Embedded and Electronics Engineer

Own electronics, firmware, connectivity, and power for the prototype evaluation unit and future Sipsa controllers.

View role
02R-002
Initial hire, subject to funding

Senior Robotics and Mechanical Engineer

Own enclosures, installation, and repair, then the bodies and drive systems of future Sipsa robots.

View role
03R-003
Planned later, after the initial hires and subject to funding

Software and Autonomy Engineer

Develop the site model and task planning for future autonomous properties operating within owner-approved limits.

View planned role
Talent Network

Talent Network

Use a role page to express interest in the initial hires or the later planned role. For other work, choose the closest discipline here and tell us what you would bring to Sipsa.

Larger PDF? Email your resume to careers@sipsalabs.com.

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careers@sipsalabs.com
Talent Network

Disciplines we expect to grow.

These are areas of long-term interest, not current job openings or promises of near-term hiring.

01

Systems engineering

Architecture, interfaces, and dependable behavior across the full system.

Talent network
02

Perception and evaluation

Signal understanding, model evaluation, and careful interpretation of results.

Talent network
03

Embedded and physical systems

Software, sensing, compute, power, and physical integration.

Talent network
04

Product and interaction

Interfaces that make system context, boundaries, and decisions understandable.

Talent network
How we approach the work

Clear thinking. Real conditions.

  1. 01Think in systems

    Work across software, hardware, and the environment they share.

  2. 02Test against reality

    Instrument the work, learn from the result, and improve the next pass.

  3. 03Make complexity legible

    Turn difficult technical decisions into clear, accountable systems.