Full-Time

Computer Vision Engineer

Algorithms and Software Group, Computer Vision Team

Astroscale

Astroscale

201-500 employees

On-orbit satellite servicing and debris removal

No salary listed

Didcot, UK

Hybrid

Hybrid working is available, dependent on individual role requirements.

Master's

Category
AI & Machine Learning (1)
Required Skills
Python
TensorFlow
Neural Networks
Git
PyTorch
Machine Learning
MATLAB
Jenkins
C/C++
DevOps
OpenCV
Computer Vision

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Requirements
  • A Master's degree in Computer Science, Software Engineering, Aerospace Engineering, or another relevant engineering or science discipline is required.
  • At least 2 years of industrial or research experience in computer vision algorithm development and deployment is required.
  • Strong understanding of computer vision principles, image processing, machine learning, and deep learning techniques is required.
  • Demonstrated experience developing computer vision algorithms from concept through validation and deployment is required.
  • Strong programming skills in Python, MATLAB, C, or C++ for computer vision applications are required, including familiarity with OpenCV, TensorFlow, and PyTorch.
  • Good knowledge of software configuration management is required.
  • Understanding of LiDAR and camera sensor principles is required.
  • Good understanding of software configuration management and version-control tools, including Git and Git-flow workflows, is required.
  • The candidate must be able to work in a fast-paced, dynamic environment and adapt to changing project requirements.
Responsibilities
  • Design and develop computer vision algorithms for space-object detection, tracking, and six-degree-of-freedom pose estimation for space applications.
  • Support the definition of computer vision subsystem architectures, requirements, and performance budgets aligned with mission objectives.
  • Contribute to computer vision verification and validation planning and execution, including performance assessment and requirements verification.
  • Support the integration and testing of flight-software implementations of computer vision algorithms.
  • Support computer vision hardware procurement activities by collaborating with vendors and supply-chain management engineers.
  • Collaborate with Systems, Guidance, Navigation and Control, Flight Dynamics, and other engineering disciplines in planning, designing, and developing the ASJP mission and system to ensure software and hardware performance and compatibility.
  • Conduct state-of-the-art research into computer vision algorithm designs relevant to Astroscale UK missions.
Desired Qualifications
  • Experience with vision-based perception and navigation in space.
  • Experience designing experimental testbeds for generating and collecting data for algorithm training and testing.
  • Knowledge of rigid-body dynamics and kinematics of robotic manipulators.
  • Previous relevant experience in the space industry.
  • Practical experience developing embedded-systems software in C or C++ in a related industrial context, or other experience with safety-critical software.
  • Experience implementing continuous integration and continuous delivery pipelines and automated testing frameworks such as Jenkins and Google Test.
  • Familiarity with ROS, ROS2, or similar robotics middleware.
  • Knowledge of LiDAR signal processing, sensor fusion, and multi-sensor perception systems.

Astroscale provides on-orbit satellite servicing to extend mission lifetimes and reduce space debris. Its offerings include End-of-Life services (ELSA-d with future ELSA-M), Active Debris Removal (ADR), Life Extension (LEXI), and in-situ space situational awareness (ISSA), plus docking plates attached to satellites pre-launch to enable future servicing. It serves government space agencies (JAXA, UK Space Agency, ESA) and commercial operators (e.g., OneWeb, Eutelsat) through partnerships and contracts. The goal is to create a sustainable space environment by enabling safe rendezvous, servicing, and debris removal in low Earth orbit and geostationary orbit, while shaping regulations and incentives for responsible space activity.

Company Size

201-500

Company Stage

IPO

Headquarters

Tokyo, Japan

Founded

2013

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Simplify Jobs

Simplify's Take

What believers are saying

  • Revenue rose to JPY 11.5 billion in fiscal 2026, nearly doubling year over year.
  • May 2026 financing added JPY 30.6 billion, funding facilities and LEXI-P manufacturing.
  • Isar Aerospace signed ELSA-M launch services in March 2026, advancing commercial debris removal.

What critics are saying

  • Astroscale remains loss-making after 2026 results, still dependent on government contracts and financing.
  • ELSA-M and ISSA-J1 executions in 2026-2027 face mission failure risk and delayed commercialization.
  • No regulation mandates debris removal; without policy forcing demand, Astroscale's market stays niche.

What makes Astroscale unique

  • Astroscale proved RPO with ADRAS-J in March 2026, approaching debris within 15 meters.
  • ELSA-M targets prepared satellites, giving Astroscale a standards-driven moat around docking plates.
  • Sky Perfect JSAT's May 2026 alliance embeds Astroscale in GEO life-extension demand.

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Benefits

Health Insurance

Life Insurance

Disability Insurance

Flexible Work Hours

Hybrid Work Options

Paid Vacation

Paid Holidays

Relocation Assistance

Company Social Events

Growth & Insights and Company News

Headcount

6 month growth

0%

1 year growth

-3%

2 year growth

1%
CNBC
Aug 8th, 2026
Space debris removal firms bet on satellite servicing as orbital junk grows

Space around Earth is growing dangerously congested with defunct satellites and debris, prompting companies like Astroscale and ClearSpace to develop removal technologies they believe could become a major industry. The problem is accelerating — even without new launches, debris would continue multiplying as objects fragment faster than they naturally re-enter the atmosphere, according to the European Space Agency's Tim Flohrer. This forces active satellites to perform increasing collision-avoidance manoeuvres. Tokyo-listed Astroscale has demonstrated magnetic docking technology and reported 142% revenue growth last year, though it remains unprofitable and relies heavily on government grants. ClearSpace raised €26 million in 2023 for its debris-capture satellite. Both firms see broader opportunities in satellite servicing, repair and life extension. However, the market remains nascent and government-backed. Industry leaders argue that regulation requiring satellite decommissioning would create commercial demand for their services.

TipRanks
Jul 21st, 2026
Astroscale secures $20.7M overdraft extension from Mizuho Bank through 2029

Astroscale Holdings has secured a JPY 3 billion unsecured overdraft facility from Mizuho Bank, extending a previous arrangement that was due to mature in June 2026. The new agreement runs until 30 June 2029 and will fund working capital for the Tokyo-listed space technology firm. The facility maintains largely unchanged terms from the prior agreement, including covenants requiring non-negative consolidated net assets and minimum liquidity of JPY 5 billion in cash and equivalents. Astroscale said the credit line aims to strengthen financial stability and provide flexible funding for growth investments whilst optimising interest costs. The company expects minimal impact on its financial forecasts for the year ending 30 April 2027. Astroscale specialises in orbital debris removal and in-orbit servicing solutions, operating in the commercial and governmental space sectors.

TipRanks
Jun 30th, 2026
Astroscale completes multi-billion yen equity and convertible bond financing - TipRanks.com

Astroscale Holdings Inc. ( ($JP:186A) ) just unveiled an announcement. Astroscale Holdings Inc. has completed payment for the issuance of new common shares via a th...

SpaceNews
Jun 22nd, 2026
Astroscale raises $71M to shift from demos to repeatable satellite servicing missions

Astroscale, a Tokyo-based satellite servicing company, reported project income of 11.5 billion yen ($71.1 million) for its 2026 fiscal year ending 30 April, nearly double the previous year's 6.1 billion yen. The company's operating loss improved to 10 billion yen from 18.8 billion yen in 2025. The company raised 30.6 billion yen in May through convertible bonds and equity, with investors including HULIC and Sky Perfect JSAT. Astroscale plans to invest 7 billion yen in expanding production facilities in Japan and the UK, and another 7 billion yen in manufacturing its LEXI-P life-extension spacecraft. Chief executive Nobu Okada said the company is transitioning from technology demonstrations to repeatable commercial missions, particularly for defence customers, with several launches scheduled over the next two years.

Satellite Today
May 19th, 2026
Sky Perfect JSAT invests in Astroscale for on-orbit servicing partnership

Sky Perfect JSAT, Japan's largest satellite operator, has invested in Astroscale as part of a strategic partnership focused on on-orbit servicing initiatives. The investment amount was not disclosed. The companies announced Tuesday they will cooperate on satellite inspection, repair and life-extension services led by Astroscale, and plan to jointly develop new business opportunities. Sky Perfect JSAT aims to establish on-orbit servicing as a medium- to long-term growth area alongside its communications and Earth observation businesses. President and CEO Eiichi Yonekura said the space industry is shifting from simply launching satellites to maintaining and enhancing them in orbit. Sky Perfect JSAT has expanded beyond satellite operations into Earth observation, national security and the Space Compass joint venture with NTT.