Full-Time

Senior Systems Operations Engineer

Posted on 5/7/2026

Spire

Spire

501-1,000 employees

Satellite data and analytics for maritime

Compensation Overview

$130.5k - $171k/yr

+ Commissions + Equity Awards

Boulder, CO, USA

Hybrid

Hybrid role; minimum of 3 in-office days per week.

Category
Aerospace Engineering (1)
Required Skills
Python
Git
SQL
Requirements
  • BSc in Aerospace Engineering, Systems Engineering, Computer Science, or other relevant technical discipline.
  • 3+ years of experience in system performance monitoring, root cause analysis, and anomaly resolution.
  • Solid understanding of space system behaviour on orbit, including thermal dynamics, power management, RF communications, and tasking impacts.
  • Ability to translate system-level engineering context into clear operational guidance and tooling requirements.
  • Familiarity with SLA-driven architectures, system observability, and mission assurance principles.
  • Clear communication skills to align stakeholders across engineering, operations, and customer delivery.
  • Familiarity with software tools and frameworks used in operations, including strong Python, SQL skills and GitHub-based workflows.
Responsibilities
  • Own the technical quality of mission operations during the on-orbit service period, ensuring Service Level Agreements (SLAs) are well defined, monitored, and maintained.
  • Assess and design strategies to address underperformance, providing detailed technical insight and coordinating resolution strategies in collaboration with Systems Engineering, Mission Design, and SRE.
  • Define and manage the high-level structure and performance requirements of asset profiles, ensuring they accurately represent mission needs and provide a clear basis for verification. Work with System Owners and SMEs to ensure subsystem capabilities are properly characterised, and with SREs to ensure ongoing validation of in-orbit performance.
  • Bridge the gap between Systems Engineering, Mission Design, Program Management, Customer Service, and SRE by providing technical leadership during the mission service period. Define the tooling and functional monitoring needs that enable the SRE team to maintain constellation health and respond effectively to deviations.
  • Support SRE, Platform, and Customer Service leads in triaging constellation or satellite issues that deviate from nominal asset profile definitions, ensuring escalation paths and responses are technically justified.
  • Act as a technical reviewer and contributor during Mission Readiness Review (MRR) and pre-launch handover, ensuring operational teams are equipped with validated, well-understood assets and clearly defined expectations for mission performance.
  • Identify operational risks and propose mitigations related to in-orbit performance, platform limitations, or evolving CONOPS.
  • Ensure technical consistency and justification for on-orbit changes such as mode transitions, re-tasking, or adjustments to duty cycles or resource allocations. Lead the rollout of complex fleet-wide changes when CONOPS are being updated, ensuring risks and dependencies are managed.
  • Collaborate across SRE, Platform, and Systems teams to codify lessons learned into reusable operational standards, documentation, and improved design practices for future missions.
  • Derive and maintain Operational Requirements by helping project teams translate mission and system-level requirements into operational-level non-functional requirements (SLOs, latency, freshness, availability), with verification methods and traceability.
  • Support configuration control during service, helping manage the versioned operational baseline (limits, parameters, tasking configurations) and working with SREs, System Owners, and Customer Service to prevent configuration drift across the fleet.
  • Support the definition and coverage of FDIR (Fault Detection, Isolation, and Recovery) logic, ensuring coverage against top failure modes and reducing residual operational risk over time.
Desired Qualifications
  • 3+ years of experience supporting operations of multi-satellite constellations.
  • Knowledge of asset profiling approaches and system models (including fault profiles, mode transitions, and performance boundaries).
  • Understanding of ground-segment tooling, SRE practices, or telemetry/telecommand systems.
  • Experience working with cross-functional, multi-time zone teams across engineering and operations.
  • Background in satellite mission design, including the transition from development to operations. LI-MK1

Spire Global collects and analyzes satellite data to provide real-time information for maritime tracking, weather forecasting, and global intelligence. It uses a constellation of nanosatellites to observe ship positions and weather, then downlinks data that is processed into insights delivered through APIs and data licenses. It differentiates itself with broad, real-time coverage from a large network of small satellites and API-centric data products for easy integration. Its goal is to help customers optimize operations, improve safety, and support decision-making across shipping, weather, and government intelligence.

Company Size

501-1,000

Company Stage

IPO

Headquarters

Tysons, Virginia

Founded

2012

Simplify Jobs

Simplify's Take

What believers are saying

  • Munich facility produces 100 satellites annually for European sovereign space intelligence.
  • $70M funding enables expansion into agriculture, weather, and space-as-a-service markets.
  • GNSS-independent aircraft geolocation via RF emissions captures defense and aviation demand.

What critics are saying

  • Lost C$71.8M Canadian wildfire contract represents nine months of 2025 revenue.
  • $93M negative free cash flow despite profits signals unsustainable burn rate.
  • SpaceX Transporter dependency exposes constellation replenishment to pricing hikes and delays.

What makes Spire unique

  • Operates 110+ CubeSats with 600+ sensors, largest commercial constellation by sensor count.
  • Designs, builds, tests, and operates all satellites in-house in Glasgow and Munich.
  • Deploys optical inter-satellite links reducing latency via laser crosslinks between satellites.

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Benefits

Hybrid Work Options

Unlimited Paid Time Off

Professional Development Budget

Mental Health Support

Company Equity

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

-5%

2 year growth

0%
Intellectia.AI
Apr 9th, 2026
Spire Global raises $70M in private placement to expand space-based data services

Spire Global has secured $70 million in a private placement. The company operates a satellite constellation that provides space-based data and analytics, offering weather intelligence, aircraft tracking and security detection services globally. Spire Global builds and operates satellites that observe earth in real time using radio frequency technology. The company also offers space-as-a-service solutions, allowing customers to leverage its infrastructure for their own operations, alongside research and development services for satellite technologies. The firm maintains operations across the United States, Canada, Luxembourg and other locations.

Business Wire
Apr 7th, 2026
Spire integrates satellite soil moisture data with 45-day weather forecasts for agriculture intelligence

Spire Global has launched an expanded agriculture intelligence offering that integrates soil moisture data with weather forecasting capabilities. The solution combines over 40 years of historical records, daily satellite observations, site-specific forecasts extending up to 45 days, and AI-driven sub-seasonal guidance. The system uses proprietary Global Navigation Satellite System radio occultation and reflectometry data to provide near real-time global soil moisture observations. It can identify early signs of crop stress up to a week before visible canopy damage, enabling more efficient irrigation and water management. Delivered via API, the platform allows digital farming platforms, insurers, agribusinesses and government agencies to embed environmental intelligence into operational workflows. The solution aims to reduce reliance on hardware-based sensors whilst enabling scalable deployment across global agricultural portfolios.

Business Wire
Apr 1st, 2026
Spire Global launches satellite with diamond quantum magnetometer to advance Earth's magnetic field measurement for NGA's MagQuest Challenge

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Glasgow City of Science and Innovation
Mar 31st, 2026
Three Glasgow satellites successfully deployed in major SpaceX launch.

Three Glasgow satellites successfully deployed in major SpaceX launch. 31/03/2026 Three satellites built in Glasgow have successfully launched aboard SpaceX's Transporter-16 mission, marking a significant milestone for the city's growing space sector. Developed by Spire Global and AAC Clyde Space, the satellites highlight Glasgow's strength in spacecraft manufacturing and satellite communications, reinforcing its position as Europe's leading city for small-satellite production. The mission was backed by funding from the UK Space Agency through the European Space Agency's Pioneer Programme, part of the Advanced Research in Telecommunications Systems (ARTES) programme, which supports emerging UK companies to become mission providers. One of the satellites, launched by Spire Global UK, is testing optical inter-satellite link (ISL) technology, using high-speed laser crosslinks to reduce data latency. The innovation is designed to support near-real-time data delivery for aviation, maritime, weather and space weather services. Meanwhile, two satellites developed by AAC Clyde Space form part of the xSPANCION project, delivered in collaboration with partners including University of Strathclyde and the Satellite Applications Catapult. The project demonstrates the UK's capability in high-volume, low-cost satellite manufacturing and operations. These satellites will contribute to AAC Clyde Space's VIREON(TM) constellation, designed to provide space-enabled insights for agriculture, forestry and environmental management, supporting decision-making for governments and industry. The launch underscores the growing importance of satellite communications across both civil and defence applications, from broadband connectivity to secure communications. The UK Space Agency has committed more than £600m to satellite communications research and development, alongside new funding through its Connectivity in Low Earth Orbit (C-LEO) programme. Together, the missions strengthen UK capability across advanced communications technologies, manufacturing and operations - while showcasing Glasgow as a global hub for next-generation space innovation.

FySelf
Mar 31st, 2026
Scottish company pioneers satellite communications with spacex launch.

Scottish company pioneers satellite communications with spacex launch. By March 31, 2026 No Comments 3 Mins Read Three new scottish-built satellites have been launched aboard spacex's Transporter 16 mission. The launch marks a significant step forward for the UK's leadership in laser communications, spacecraft manufacturing and satellite communications. Developed by Spire Global and AAC Clyde Space in Glasgow, the satellites are backed by UK Space Agency funding through the European Space Agency's Pioneer Programme, which supports start-up UK space companies to become new mission providers. The Pioneer program falls under the Advanced Research in Telecommunications Systems (ARTES) program. The importance of satellite communications in critical industries. The UK Government has identified satellite communications as a priority area for further support due to its increasingly important role in both civil and defense applications, from providing broadband services to remote areas to providing secure connectivity for military operations. As part of this initiative, the UK Space Agency will invest more than £600m in satellite communications research and development over the next few years. Optical satellite-to-satellite link testing by Spire Global UK. One of the satellites was launched by Spire Global UK to test an innovative optical intersatellite link (ISL) payload. The mission is designed to demonstrate high-speed laser cross-linking on a compact 6U platform and aims to significantly reduce data latency for aviation, maritime, weather, and space weather services. Once validated, this technology will support near real-time global data distribution across a constellation of microsatellites. AAC Clyde Space demonstrates UK mass production capabilities. As part of the xSPANTION project, the two satellites were developed by AAC Clyde Space in collaboration with several UK partners including Bright Ascension Ltd., University of Strathclyde, Satellite Applications Catapult, Alden Legal and D-Orbit UK. These satellites will be the first in-orbit demonstration of the UK's new high-volume, low-cost satellite manufacturing and operational capabilities. These satellites form part of VIREON(TM), AAC Clyde Space's new satellite constellation designed to enhance decision-making across agriculture, forestry and environmental management, providing government, industry and environmental organizations with insights from space. Supporting the growth of satellite communications across the UK. Together these missions will strengthen the UK's capabilities across optical ISL technology, high-volume manufacturing, advanced operational platforms and highly skilled jobs across the UK supply chain. They also demonstrate Glasgow's position as Europe's leading city in small satellite manufacturing. Henny Sands, Director of Telecommunications at the UK Space Agency, explained: "The launch of Transporter 16 is a significant step forward for the UK's ambitions in next-generation satellite communications. "Supporting both breakthrough optical technology and high-volume production methods will enable British companies to lead the market that will define the future of global connectivity." Companies can also apply to the UK Space Agency's Low Earth Orbit Connectivity (C-LEO) program. Currently, £30m is available to support the development of new components and technology for the constellation, with further funding to be launched later this year.