Full-Time

Manufacturing Manager

LeoLabs

LeoLabs

51-200 employees

LEO satellite tracking and collision avoidance.

Compensation Overview

$151k/yr

+ Bonus + Stock options

Menlo Park, CA, USA

In Person

Onsite position based in Menlo Park, California.

Bachelor's

Category
Manufacturing & Process Engineering (1)
Required Skills
NetSuite
ERP
Robotics
SolidWorks

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Requirements
  • A bachelor's degree in Mechanical Engineering, Electrical Engineering, Manufacturing Engineering, Industrial Engineering, or a related technical discipline, or equivalent experience.
  • At least 7 years of experience in manufacturing engineering, production engineering, or hardware manufacturing leadership.
  • Experience leading manufacturing execution for complex electronic or electromechanical hardware.
  • Experience managing or leading manufacturing engineers, quality engineers, technicians, or cross-functional production teams.
  • Strong mechanical manufacturing understanding, including machined parts, sheet metal, structural assemblies, cable assemblies, and box builds.
  • Experience developing production schedules, manufacturing plans, work instructions, assembly documentation, and production readiness processes.
  • Experience working with contract manufacturers as a technical manufacturing interface.
  • Familiarity with Arena or another product lifecycle management system, NetSuite or another enterprise resource planning system, and SolidWorks.
  • Must be eligible to obtain and maintain a U.S. personnel security clearance.
  • Must be eligible to obtain the required authorizations from the U.S. Department of State under International Traffic in Arms Regulations.
Responsibilities
  • Lead and grow Radar Hardware’s Manufacturing Team, including manufacturing engineering, production technicians, and hardware quality.
  • Own the detailed manufacturing schedule for radar hardware builds based on program-level delivery dates.
  • Drive manufacturing execution from design release through procurement readiness, kitting, assembly, test support, and delivery.
  • Build manufacturing processes, team structure, and operating rhythms that support multiple hardware programs in parallel.
  • Lead manufacturing readiness reviews and identify risks related to design maturity, bill of materials completeness, documentation, tooling, suppliers, and build flow.
  • Establish clear manufacturing ownership across design for manufacturability, new product introduction, box build processes, work instructions, fixtures, inspection methods, and contract manufacturer technical support.
  • Serve as the manufacturing leader for contract manufacturer technical execution while Supply Chain owns commercial and administrative supplier management.
  • Drive production readiness for printed circuit board assemblies, cable assemblies, machined parts, structural hardware, and electromechanical assemblies.
  • Support cost modeling, labor planning, build planning, contractor staffing, and manufacturing strategy for current and future radar systems.
  • Build scalable manufacturing systems that improve quality, schedule predictability, yield, and production throughput.
  • Complete onboarding and become familiar with the company’s radar hardware, active programs, manufacturing workflows, and supplier base.
  • Learn the current production schedules, build plans, documentation systems, and contract manufacturer interfaces.
  • Meet the Manufacturing Team and begin taking ownership of team priorities, operating rhythm, and near-term build execution.
  • Own the detailed manufacturing schedule for active radar hardware builds.
  • Lead manufacturing readiness reviews for upcoming production efforts.
  • Begin improving manufacturing documentation, build planning, contract manufacturer communication, and production execution.
  • Establish clear roles, responsibilities, and escalation paths across manufacturing engineering, production, and quality.
  • Lead the Manufacturing Team through multiple hardware builds from planning through delivery.
  • Drive measurable improvements in build readiness, documentation quality, production flow, and issue resolution.
  • Partner with engineering and supply chain to improve design for manufacturability, supplier execution, and manufacturing predictability.
  • Support hardware cost models and manufacturing plans for future radar systems.
  • Establish Radar Hardware’s Manufacturing Team as a scalable function that can support multiple programs in parallel.
  • Own the manufacturing execution model for radar hardware from design release through delivery.
  • Build durable processes for design for manufacturability, manufacturing readiness, production scheduling, quality feedback, and contract manufacturer technical management.
  • Help scale production of advanced radar systems while improving quality, cost, and schedule performance.
Desired Qualifications
  • Strong printed circuit board assembly manufacturing fluency, including printed circuit board fabrication, surface-mount technology assembly, panelization, design for manufacturability, Institute for Printed Circuits workmanship standards, and production test considerations.
  • Experience manufacturing radar, aerospace, defense, robotics, industrial automation, or other high-reliability hardware.
  • Experience scaling hardware production from prototype builds into repeatable low- or medium-volume manufacturing.
  • Experience leading manufacturing readiness reviews, new product introduction builds, and production release gates.
  • Experience developing cost models, labor models, build plans, and factory capacity plans.
  • Experience with supplier quality, root cause analysis, nonconformance report and corrective and preventive action processes, and return merchandise authorization workflows.
  • Working knowledge of electrical test fixtures, production test strategy, and hardware validation workflows.
  • Experience building manufacturing teams, contractor benches, or technician staffing models in a fast-moving hardware environment.

LeoLabs.Space provides satellite tracking, collision avoidance alerts, on-console payload identification, and mission risk assessment for operators, commercial users, and government clients in Low Earth Orbit. It uses a global phased-array radar network that continuously observes objects in LEO; its Vertex platform processes the data to track satellites, issue real-time warnings, and generate risk insights for decision-making. The company differentiates itself with an independent, wide-area radar network and end-to-end data delivery and risk assessment tailored for space operators and stakeholders. Its goal is to improve safety, reliability, and planning in LEO by giving timely, accurate information and tools to manage space traffic and mission risk.

Company Size

51-200

Company Stage

Grant

Total Funding

$115M

Headquarters

Menlo Park, California

Founded

2016

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Simplify Jobs

Simplify's Take

What believers are saying

  • USSF awarded LeoLabs $20.68 million on August 26, 2026 for Scout.
  • LeoLabs closed 2025 with over $60 million contract awards and 186% USG growth.
  • DOC and USSF jointly licensed LeoLabs’ object catalog in September 2025, validating TraCSS demand.

What critics are saying

  • Delta replaced LeoGuard in April 2026, proving product churn and integration risk.
  • The August 2026 Space Force OTA is prototyping, not a committed production program.
  • Northrop Grumman, Slingshot Aerospace, and classified government sensors can compress LeoLabs’ moat by 2027.

What makes LeoLabs unique

  • LeoLabs’ 2026 Delta platform fuses radar, catalogs, and AI for national security users.
  • Its proliferated radar network and object catalog give unmatched commercial LEO coverage.
  • Scout containerized radars extend coverage quickly into Indo-Pacific and contested theaters.

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Benefits

Professional Development Budget

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

0%

2 year growth

-1%
Defense Daily
Aug 26th, 2026
LeoLabs to provide Space Force with surveillance radar.

LeoLabs to provide Space Force with surveillance radar. Wednesday, August 26th, 2026 LeoLabs on Wednesday said the Space Force has awarded the company a $20.7 million contract to deliver a modified version of its Scout containerized space surveillance radar for a "new defense mission set." The expeditionary S-band direct radiating array radar system was introduced in April 2025 and the first operational deployment occurred earlier this year, LeoLabs said (Defense Daily, April 7, 2025). The new "award provides the opportunity to demonstrate a variant of this system in support of future defense... Not a subscriber or registered user yet? Please contact us at [email protected] or call us at 888-707-5814 (Monday - Thursday 9:00 a.m. - 5:30 p.m. and Friday 9:00 a.m. - 3:00 p.m. ET.), to start a free trial, get pricing information, order a reprint, or post an article link on your website.

PR Newswire
Aug 26th, 2026
US Space Force awards LeoLabs $20.68M contract for transportable 3D radar systems

LeoLabs has been awarded a $20.68 million Prototype Other Transaction Agreement by the US Space Force to deliver a modified Scout radar system for defence testing and evaluation. The Menlo Park-based orbital intelligence company will demonstrate its transportable 3D search radar technology for new defence missions. The Scout system comprises containerised, transportable radars designed to integrate with existing defence architectures. These systems enable rapid deployment of additional sensing capacity to improve battle space awareness and architecture resiliency. LeoLabs deployed its first operational Scout system for space domain awareness earlier this year. The company operates a radar network providing real-time orbital data and AI-powered analytics for military, government, and commercial space operators.

LeoLabs
Aug 26th, 2026
LeoLabs awarded contract to deliver defense test capability in support of U.S. Space Force.

LeoLabs awarded contract to deliver defense test capability in support of U.S. Space Force. MENLO PARK, CA, 26 AUGUST 2026 - LeoLabs, Inc. (LeoLabs), the leading provider of persistent Orbital Intelligence, today announced it has been awarded a $20.68 million Prototype Other Transaction Agreement (OTA) to support the U.S. Space Force (USSF). Under the award, LeoLabs will deliver a modified LeoLabs Scout system, providing the company the opportunity to demonstrate its proven radar technology for a new defense mission set. As emerging threats become faster and more maneuverable, maintaining persistent custody and quality tracking requires a more resilient, distributed sensing approach. U.S. national security depends on terrestrial and space-based sensing networks that combine large, exquisite systems with rapidly deployable capabilities to extend coverage, strengthen resiliency, and adapt to evolving operational requirements. To meet this need, LeoLabs is advancing Scout, a family of containerized, transportable, 3D search radars designed to integrate seamlessly with existing defense architectures. These systems expand the distributed sensing layer by enabling rapid deployment of additional sensing capacity where and when it is needed, improving battle space awareness, strengthening architecture resiliency, and supporting persistent custody across dynamic, contested environments. Following the deployment of its first operational Scout system optimized for space domain awareness earlier this year, this award provides the opportunity to demonstrate a variant of this system in support of future defense missions. This reinforces the company's commitment to delivering rapidly fielded commercial capabilities that strengthen U.S. national security. More broadly, the award reflects LeoLabs' long-standing strategy of identifying emerging operational challenges, investing ahead of formal procurement requirements, and developing commercially funded technologies that can be rapidly demonstrated, integrated, and scaled alongside government partners. "We're honored to partner with the Space Force and bring our proven sensing technology into U.S. national security," said Tony Frazier, Chief Executive Officer of LeoLabs. "We've spent the past decade building and operating high-performance radar systems while investing in transportable, proliferated sensing to meet emerging mission needs. Together, we're demonstrating how proven commercial technology can accelerate the delivery of new capabilities for U.S. defense missions." LeoLabs Press Contact [email protected]

Tech Funding News
Aug 5th, 2026
Ex-Portuguese Space Agency chief's Neuraspace raises €15.6M to protect satellites with AI.

Ex-Portuguese Space Agency chief's Neuraspace raises €15.6M to protect satellites with AI. August 5, 2026 * Portuguese space tech startup Neuraspace has secured €15.6 million in new funding from Lince Capital, Explorer Investments, Armilar Venture Partners and Portugal's Recovery and Resilience Plan. * Founded in 2020, the company provides AI Space Domain Awareness (SDA) and Space Traffic Management (STM) solutions, monitoring more than 600 satellites for commercial, institutional and defence customers. * The fresh capital will accelerate autonomous space operations, expand sensing infrastructure and strengthen its dual-use platform for defence and government customers. Space used to be big enough to ignore. It isn't anymore - and the woman who once ran Portugal's national space agency now runs the company betting that Europe needs its own eyes on orbit before someone else's do the looking for it. Neuraspace, headquartered in Coimbra with additional offices in Luxembourg and Germany, has raised €15.6 million to scale its AI Space Domain Awareness and Space Traffic Management platform. The round combines six million euros in private capital from Lince Capital, Explorer Investments, and Armilar Venture Partners with 9.6 million euros awarded under Portugal's Recovery and Resilience Plan. Founded in 2020 and incubated at Instituto Pedro Nunes, Neuraspace is led by CEO Chiara Manfletti, the former president of the Portuguese Space Agency and a former senior adviser to the director general of the European Space Agency. Armilar was Neuraspace's first institutional backer, putting in €2.5 million back in 2022 - this new round is roughly six times that size, and comes on the back of Armilar closing its own 120-million-euro Fund IV in November to back more Iberian What the platform does. Neuraspace fuses commercial and sovereign sensor data with orbit-determination modelling and AI risk assessment, giving satellite operators automated manoeuvre recommendations rather than manual collision-avoidance work. An operator managing dozens of satellites gets an automated flag and a suggested manoeuvre the moment a conjunction risk crosses a threshold, instead of an engineer manually cross-checking tracking data. The company has widened its scope beyond collision avoidance into contested-space threats - cyberattacks, GPS spoofing, and jamming - through its dual-use NeuraspaceDEF platform, built for defence and government customers alongside its commercial product. Neuraspace competes with US-based LeoLabs, which has raised roughly $120-130 million to date and holds contracts with the US Space Force, as well as Slingshot Aerospace, Privateer Space, and Kayhan Space. Most rivals stick to collision avoidance alone. Neuraspace's pitch is combining that with defence-grade threat intelligence in one platform, on the theory that space safety and space security stopped being separate problems a while ago. It's a similar sovereignty argument to the one playing out across Europe's defence tech sector, where the US still captures roughly 85% of NATO defence-tech venture funding, a gap funds like AVP and Earlybird's new 500-million-euro E2D vehicle are trying to close. The traction and the trajectory. Neuraspace says it now monitors more than 600 satellites for customers including Spire Global, GEOSAT, NanoAvionics, Sidus Space, U-Space, and the European Space Agency, alongside contracts with the Portuguese Air Force and NATO. The company was also recently selected as prime contractor by an unnamed European Ministry of Defence, with SpaceNews reporting Neuraspace deferred full details to a planned announcement in September. Revenue reportedly grew more than 350% over the past year, though that figure is company-reported and not independently verified. "Neuraspace has established itself as one of Europe's most promising space technology companies, combining outstanding technical execution with growing commercial traction in a market of increasing strategic importance," says Vasco Pereira Coutinho, CEO of Lince Capital Manfletti frames the raise as a shift in mission: "When Neuraspace was founded, our mission was to make space safer. That mission has evolved with the operational reality. Today, protecting satellites means addressing both accidental risks and intentional threats." European space ventures raised 1.4 billion euros in 2025, per ESA's Space Economy Report 2026, down 8% year on year but still the second-highest annual total on record, even as US space investment surged 177%. Neuraspace's raise lands as a test of whether Europe will fund its own orbital infrastructure at the scale the moment demands, or keep depending on capabilities built elsewhere.

American Institute of Aeronautics and Astronautics
Jun 11th, 2026
LeoLabs deploys first mobile space tracking radar.

LeoLabs deploys first mobile space tracking radar. LeoLabs deploys first mobile space tracking radar written 11 june 2026. In this section. Via Satellite reports, "LeoLabs has debuted a new mobile space domain awareness (SDA) tracking radar housed in a shipping container, deploying the first radar in the Asia-Pacific region." Full Story (Via Satellite)