Full-Time

Junior Embedded Software Engineer

Observable Space

Observable Space

51-200 employees

Delivers space hardware and software foundations

No salary listed

Los Angeles, CA, USA

Hybrid

At least three days per week in the Los Angeles office are required.

Category
Software Engineering (1)
Required Skills
Computer Networking
Oscilloscope
C/C++
Linux/Unix
Arduino

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Requirements
  • The candidate has 0–2 years of experience in embedded software engineering, systems-level development, or a related internship or academic background.
  • The candidate has experience in C and working knowledge of C++.
  • The candidate has a foundational understanding of common hardware interfaces, including I2C, SPI, UART, CAN, and Ethernet, from coursework, personal projects, or internships.
  • The candidate is comfortable reading basic schematics or is strongly willing to learn.
  • The candidate is familiar with basic laboratory tools, including a multimeter and oscilloscope, or is eager to build that skill on the job.
  • The candidate demonstrates debugging curiosity and persistence when investigating technical issues.
  • The candidate has good communication skills and is comfortable asking questions and collaborating closely with senior engineers.
  • The candidate demonstrates a hands-on learning approach and ability to iterate quickly.
Responsibilities
  • Support the development, testing, and debugging of embedded Linux systems and low-level firmware, including daemons, drivers, bootloaders, and control loops, under the guidance of senior engineers.
  • Assist in developing and maintaining drivers across interfaces such as PCIe, SPI, I2C, UART, MIPI CSI-2, and GPIO, under the guidance of senior engineers.
  • Help bring up peripherals, including cameras, sensors, and communication links, at both the software and hardware level by integrating firmware and embedded Linux, assembling first-article prototypes, soldering, wiring, and performing initial power-on checks alongside the electrical engineering team.
  • Help own component test characterization campaigns by setting up test rigs, running tests, and compiling results.
  • Participate in longevity testing campaigns and analyze the resulting test data to identify issues before they affect products.
  • Participate in design reviews, code reviews, and team discussions to build product and reliability judgment.
Desired Qualifications
  • The candidate can solder and build a wire harness.
  • The candidate can use a multimeter and oscilloscope.
  • The candidate has exposure to firmware development on microcontrollers, including bare-metal, real-time operating systems, Arduino, STM32, or ESP32-style projects, from coursework, personal projects, or internships.
  • The candidate has exposure to Linux kernel development, device drivers, or embedded Linux, including Yocto or Buildroot.
  • The candidate has personal, academic, or internship projects involving PCIe, MIPI CSI-2, or other high-speed interfaces.
  • The candidate is familiar with Zephyr real-time operating system or other embedded operating systems.

Observable Space supplies the hardware and software foundations needed to operate in space. It offers physical instruments like telescopes along with a software architecture stack that teams can deploy to manage space missions. Its products are designed to work together, providing both the hardware and the integration framework required for space operations. Unlike vendors that only supply hardware or software, Observable Space combines both in one offering to support end-to-end space activities. The company aims to help organizations run space missions more effectively by giving them the tools and structure they need from planning to execution.

Company Size

51-200

Company Stage

Series A

Total Funding

$90M

Headquarters

Los Angeles, California

Founded

2025

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Simplify Jobs

Simplify's Take

What believers are saying

  • Observable Space closed a $90 million Series A on May 28, 2026.
  • The company won a $94 million Space Force IDIQ and $22 million initial task orders.
  • Artemis II optical communications on April 22, 2026 validated its technology with NASA.

What critics are saying

  • Space Force demand dominates revenue; any protest or renewal slip hits 2026 growth immediately.
  • Commercial lasercom competition from SpaceX and Amazon Kuiper compresses pricing and customer access.
  • Hardware manufacturing scale-up across telescopes, terminals, and in-space systems strains execution and cash.

What makes Observable Space unique

  • Observable Space combines PlaneWave telescopes with OurSky software from its 2025 merger.
  • Its lasercom platform pairs adaptive optics, 4 kHz control loops, and open architecture.
  • The company owns manufacturing in Adrian, Michigan, plus engineering and design labs in Los Angeles.

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Benefits

Flexible Work Hours

Unlimited Paid Time Off

Health Insurance

Dental Insurance

Vision Insurance

Stock Options

Equity Opportunities

Health & Wellness

Remote Work Options

Hybrid Work Options

Unlimited PTO

Paid Holidays

Company Equity

401(k) Retirement Plan

401(k) Company Match

Wellness Program

Mental Health Support

Gym Membership

Phone/Internet Stipend

Home Office Stipend

Professional Development Budget

Conference Attendance Budget

Stock Options

Equity Opportunities

Flexible Work Environment

Growth & Insights and Company News

Headcount

6 month growth

1%

1 year growth

-7%

2 year growth

-11%
PlaneWave Instruments
May 28th, 2026
Introducing Observable Space | PlaneWave Instruments

Observable Space is developing the world’s first software-defined telescopes and other vertically integrated software and hardware products to help solve the toughest challenges in space observation 

Bloomberg
May 28th, 2026
Space Startup Raises Funds for Laser Satellite Communications

Observable Space raised $90 million in its debut funding round as the company seeks to use lasers to help satellites and potentially orbiting data centers move information to and from Earth.

Bloomberg Law
May 28th, 2026
Observable Space raises $90M for laser satellite communications

Observable Space has raised $90 million in its debut funding round to develop laser-based satellite communications technology. The Adrian, Michigan-based company aims to help satellites and potential orbiting data centres transmit information to and from Earth. The round was led by Lux Capital and co-led by Upfront Ventures, Detroit Venture Partners, Island Green Capital and RTX Ventures, with participation from BRV Capital and Fathom Fund. The company also announced a $94 million contract with the US Space Force to expand its fleet of ground-based optical telescopes for satellite tracking. The deal forms part of the Pentagon's broader initiative to enhance space surveillance capabilities.

Western Illinois University
Dec 18th, 2025
Kenneth Van Zuiden was hired as a telescope assembly technician for Observable Space.

Kenneth Van Zuiden was hired as a telescope assembly technician for Observable Space. [Download print-quality image]. Just Hired: Kenneth Van Zuiden. December 18, 2025. Just Hired! Through the experiences of local, regional, national and international students, Western Illinois University has some incredible alumni who are changing the world in the workforce. This series will feature students from all over the world who are hired post-graduation. MACOMB, IL - - Meet Kenneth Van Zuiden, a graduate of Western Illinois University's Physics program, who was hired as a telescope assembly technician for Observable Space, a company that makes large production scale telescopes and related equipment. Van Zuiden found the role on Handshake when he decided to apply. He decided to reach out to their HR department to ask questions about the company to see if it was a good fit for him to go through the application process. Van Zuiden went through three interviews which included some of the founders of the company. Although he was not selected for the job he applied for (Optical Test Engineer), the hiring committee were still impressed with what he brought to the table and offered him a role as a telescope assembly technician. During Van Zuiden's time at WIU, he learned a lot of analytical skills that helped towards his physics degree. He also credited Professor Esteban Araya's, in which he learned a lot about telescopes and astronomy in his Astrophysics research class. VanZuiden plans to stay connected with WIU by keeping up with the Physics Colloquium and through the possibility of finding work within the department sometime in the future. To share your hiring story with WIU, visit go.wiu.edu/4eVgEuw. To learn more about WIU's Physics program, visit wiu.edu/cas/physics.

Lena Wee Now
Nov 24th, 2025
Local Business Recognized at 2025 Michigan Manufacturers Association Awards

Local business recognized at 2025 Michigan Manufacturers Association Awards. PlaneWave/Observable Space were recognized at the Manufacturing Excellence Awards event on Thursday, November 20, with the John G. Thodis Michigan Manufacturer of the Year - Small Tier Award. The celebration and recognition, hosted by the Michigan Manufacturers Association, "shines a light on the individuals, organizations and products that shape our economy and improve our daily lives." PlaneWave/Observable Space also won their second, "Coolest Thing Made in Michigan" recognition for the PF1000 Prime Focus System. "100% Designed and built in Michigan, the PF1000 System is the world's first tactically deployable, wide field space observation platform. Uniquely, no building required! Powering military, satellite operators, and researchers around the globe. Can be fixed or trailer mounted. Innovative high-speed, fully weatherized enclosure. Industry-leading advanced optics and gearless drive system."