Be at the heart of actionFly remote-controlled drones into enemy territory to gather vital information.

Apply Now

Workspace Engineering (Placement Year)

G-Research
City of London
1 week ago
Create job alert

We tackle the most complex problems in quantitative finance, by bringing scientific clarity to financial complexity.


From our London HQ, we unite world‑class researchers and engineers in an environment that values deep exploration and methodical execution - because the best ideas take time to evolve. Together we’re building a world‑class platform to amplify our teams’ most powerful ideas.


Every breakthrough is built on strong foundations. In our Enterprise Infrastructure team, you’ll work across disciplines to drive the strategy, culture and structure that enable our success.


The role

  • 13th July 2026 – 16th July 2027
  • 09:00-17:30 working hours
  • Based in Central London

Key Responsibilities of the role include:

  • Building stable and well‑designed solutions which make it easy for customers to use our developer environments
  • Understanding what makes a great end user experience for our customers and building towards that
  • Recommending and implementing continuous improvements to platform and delivery pipelines
  • Understanding our platform's security requirements, and designing and building features and capabilities to protect our developer environment

Who are we looking for?

We are seeking a motivated and capable student currently enrolled in a Computer Science, Mathematics, Physics or related degree programme with a placement (sandwich) year, graduating in 2028.


The ideal candidate will have the following skills and experience:

  • A predicted grade of 2:1 or above, or equivalent
  • A strong desire to learn and grow through both self‑driven exploration of new technologies and by engaging with users across diverse teams
  • Experience with the GO programming language
  • Practical experience of working with LinuxExperience working with Kubernetes and containers

Please note, due to our desire to convert the top of our intern cohort into our graduate programme we are only able to consider applications from those graduating in 2028.


Why should you apply?

  • Highly competitive compensation
  • Lunch provided (via Just Eat for Business) and dedicated barista bar
  • 30 days’ annual leave
  • 9% company pension contributions
  • Informal dress code and excellent work/life balance
  • Comprehensive healthcare and life assurance
  • Cycle‑to‑work scheme
  • Monthly company events


#J-18808-Ljbffr

Related Jobs

View all jobs

Electrical Design Engineer

Site MEICA Commissioning Engineer

Aerospace Engineering Degree Apprentice

2026 Aerospace Engineering Mechanical Degree Apprentice (Level 6)

Electronics Hardware Design Engineer - Senior

Rolls-Royce Switch into Aerospace Engineering Advanced Programme (Defence) - Bristol, UK

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

By subscribing, you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

Space Industry Recruitment Trends 2025 (UK): What Job Seekers Need To Know About Today’s Hiring Process

Summary: UK space‑sector hiring has shifted from pedigree‑first screening to capability‑driven evaluation across the full stack—spacecraft systems, payload/RF, flight software, GNC/ADCS, propulsion, structures/thermal, AIT (assembly–integration–test), mission/ground operations, reliability/radiation, and compliance (ECSS, export control). Employers want proof you can build, test, operate and scale space systems safely and economically. This guide explains what’s changed, what to expect in interviews & how to prepare—especially for satellite/spacecraft engineers, payload & RF/MM‑wave, flight & ground software, GNC/ADCS, power/thermal, AIT/test, mission ops, data/EO, and space product/TPM roles. Who this is for: Systems engineers, payload/RF engineers, flight software & FDIR, GNC/ADCS, power/thermal/structures, propulsion, AIT/test, reliability/radiation, QA/compliance, ground segment/cloud, mission operations, EO/data processing, and product/programme managers targeting roles in the UK space ecosystem.

Why Space Careers in the UK Are Becoming More Multidisciplinary

The UK’s space sector is growing fast — from satellite systems and Earth observation to satellite communications, space robotics, propulsion, space data analytics, and mission operations. But the nature of space work is changing. Projects involving satellites, launch systems, space robotics and ground infrastructure are now embedded in regulation, public perception, human interaction and cross-disciplinary design. Space careers in the UK used to be dominated by engineers, astrophysicists, systems analysts and telemetry experts. Today, they increasingly demand fluency not only in aerospace, software, electronics & data, but also in law, ethics, psychology, linguistics & design. After all, space systems operate under treaties, privacy constraints, public scrutiny, international collaborations and human interfaces. In this article, we explore why space careers in the UK are becoming more multidisciplinary, how those allied fields intersect with space work, and what job-seekers & employers must do to thrive in this evolving cosmos.

UK Space Team Structures Explained: Who Does What in a Modern Space Department

The UK space sector is rapidly expanding. With growth in satellite design, Earth observation, communications, launch systems, space science, downstream applications, and regulatory and operational services, there’s rising demand for skilled professionals across many disciplines. Building a high-impact space organisation requires well-defined team structures, clear roles, strong collaboration, and alignment across engineering, science, operations, regulation, and commercial functions. If you are applying for roles via UKSpaceJobs.co.uk or hiring into your company, this guide will help you understand the principal roles you’ll find in a space team, how they interact during mission lifecycles, what skills UK employers expect, salary norms, common challenges, and best practice for structuring space teams that succeed.