Staff Embedded Software Engineer

Observable SpaceLos Angeles, CA
1dHybrid

About The Position

Observable Space builds the end-to-end hardware and software infrastructure needed to operate in space. From advanced ground stations, on orbit sensor suites, to distributed compute platforms, we deliver the foundational systems enabling continuous, real-time observation of the cosmos. We combine precision opto-mechanical hardware, embedded computing, cloud orchestration, and developer-friendly APIs into world class products that serve commercial operators, scientific institutions, government agencies, and astronomy enthusiasts alike. Observable Space is backed by top-tier institutional investors including Upfront Ventures, Oceans Ventures, Venrex, Marlinspike Partners, and Embedded Ventures. We are expanding our embedded engineering team and seeking a Staff Embedded Software Engineer who can help architect, implement, and scale the systems powering our next-generation ground and space telescopes. As an Embedded Software Engineer, you will work across our full product line—from robotic ground telescopes to on-orbit compute platforms. You will design and maintain embedded Linux systems, bring up complex peripherals, build rock-solid drivers, and architect software that will run for decades in remote and harsh environments. This role is deeply hands-on: you will read schematics, work shoulder-to-shoulder with electrical and mechanical teams, debug unusual edge cases, and own Yocto-based platforms down to the metal. You will report to the Embedded Engineering Lead.

Requirements

  • 5+ years in embedded software engineering or systems-level development.
  • Strong proficiency in C and modern C++—and good judgment about when not to overuse templates.
  • Solid understanding of DC power systems, motor drivers, and common hardware interfaces (I2C, SPI, CAN, Ethernet, MIPI, PCIe).
  • Experience bringing up high-speed interfaces, especially PCIe and MIPI CSI-2 (D-PHY 1.4+).
  • Deep familiarity with oscilloscopes, logic analyzers, spectrum analyzers, multimeters, and power debugging tools.
  • Ability to read and interpret schematics, understand board-level considerations, and debug at the electrical–software boundary.
  • Strong debugging intuition—and the humility to know that debugging is 90% of the job.
  • Experience in fast-paced prototyping environments and a bias toward quick iteration.
  • Strong product sense: you prioritize manufacturing reliability, robustness, and long-term serviceability.

Nice To Haves

  • Experience with Zephyr RTOS, embedded networking stacks, or sensor fusion.
  • Experience with Qualcomm SoCs and their BSP/driver ecosystems.
  • Experience with 3 phase motor drivers and tuning parameters park/clark vector control.
  • Background in vision processing, image pipelines, or camera-focused algorithms.
  • Contributions to open-source embedded or Linux kernel projects.
  • Passion for astronomy, physics, and scientific exploration.

Responsibilities

  • Architect, implement, and document embedded Linux systems composed of multiple daemons, services, and hardware interfaces—designed for extreme reliability in remote and space environments.
  • Own the BSP and driver stack across PCIe, SPI, I2C, UART, MIPI CSI-2, GPIO, and other hardware interfaces.
  • Bring up high-speed peripherals (PCIe endpoints, MIPI cameras, high-bandwidth data links) and ensure their long-term robustness.
  • Maintain build system health: keep Yocto builds unblocked, reproducible, and hardened through strict CI/CD testing gates.
  • Design for resilience: create systems that can run autonomously for years with minimal human intervention.
  • Collaborate on automated testing: help the test team build lab infrastructure that enables frictionless writing and execution of hardware-in-the-loop tests.
  • Participate in product design reviews to ensure manufacturability, serviceability, and field reliability.

Benefits

  • The opportunity to work on cutting-edge hardware and software that will operate on Earth and beyond.
  • A collaborative, engineering-driven culture that values curiosity, precision, and continuous learning.
  • Meaningful ownership over systems that directly shape the future of space operations.
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