Chemical Propulsion Systems Engineer

EVONA
Westcott
4 weeks ago
Create job alert

Chemical Propulsion Systems Engineer

£40,000 - £60,000

Full time: Hybrid

Oxford


My client is a specialist engineering company who provide complex, turn-key solutions for the space sector, including applications in astrophysics, accelerators, lasers, and nuclear fusion.


They deliver cutting-edge instrumentation to high-profile clients such as major space agencies and aerospace companies, contributing to over 50 instruments for various research and innovation centers.


With a multinational presence, their offices span several key locations across Europe and the U.S.


The Role:


My client is looking to recruit for a Senior Chemical Propulsion Engineer to join their team. In this role you will lead the propulsion system of a new ESA Science mission.


Responsibilities:

  • Lead systems engineering for propulsion across diverse thrust ranges.
  • Collaborate with providers for both chemical and electric propulsion systems.
  • Drive technical oversight of equipment such as thrusters, tanks, and fluidic components.
  • Work closely with senior ESA engineers to finalize propulsion specs and configurations.
  • Develop water-based electrolysis propulsion solutions alongside the CTO and engineering leads.
  • Contribute to continuous product and systems improvement, and report on project developments.
  • Provide strategic input on propulsion product development and integration.
  • Conduct performance analysis, validate requirements, and organize ESA/ECSS standard datapacks.


Job Requirements:

  • Minimum 2:1 Master’s or higher in Engineering, Science, or Mathematics.
  • 3+ years in chemical propulsion (CP) systems, with 2+ years on CP components.
  • Experience with hydrazine or storable propellant systems and space hardware.
  • Skilled in requirements definition, system validation, and subsystem testing.
  • Familiarity with propulsion system interactions with thermal, structural, and mechanical design.
  • Strong communication, technical writing, and multitasking abilities.
  • Knowledge of ESA ECSS standards for propulsion system cleanliness and design.


Desirable:

  • Experience with hydrazine propulsion and green propellant systems.
  • Publications or attendance at industry conferences.
  • Background in spacecraft fueling and system engineering.

Related Jobs

View all jobs

Propulsion Test Lead and Test Authority

Electrical & Instrumentation Supervisor

Electrical Supervisor

Chemical Treatment Operative

Commissioning Engineer

Commissioning Engineer

Get the latest insights and jobs direct. Sign up for our newsletter.

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

Industry Insights

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

Contract vs Permanent Space Jobs: Which Pays Better in 2025?

From small satellite launches to deep‑space exploration, the UK space industry is soaring to new heights. Innovations in rocket propulsion, Earth observation, satellite communications, and space debris management have created a thriving job market—ranging from satellite engineers and mission analysts to business development leads and regulatory experts. Yet, with so many emerging roles, professionals often wonder which type of employment—day‑rate contracting, fixed-term (FTC), or permanent positions—delivers the best pay and most favourable career conditions. In this blog post, we delve into the pros, cons, and earning potential of each employment format. We also provide sample take‑home pay scenarios to illustrate how annual income can differ when working as a self‑employed contractor vs. on an FTC or in a permanent role. If you are contemplating your next move in this exciting sector, read on to discover the key factors that will help you determine whether contract or permanent space jobs are more lucrative in 2025—and how each path aligns with your long‑term career goals.

Thales Alenia Space Jobs in 2025: Your Complete UK Guide to Building Europe’s Next‑Generation Satellites & Lunar Gateways

From pressurised modules orbiting the Moon to broadband mega‑constellations 1,200 km above Earth, Thales Alenia Space (TAS) sits at the heart of Europe’s space ambitions. A joint venture between Thales (67 %) and Leonardo (33 %), TAS employs more than 8,500 people across 17 sites—with growing hubs in Bristol and the Harwell Space Cluster. The firm is lead contractor for Europe’s IRIS² secure‑connect constellation (green‑lit in 2024) and supplies modules for NASA/ESA’s Lunar Gateway. Unsurprisingly, TAS has ramped up hiring: a quick scan of the Thales Alenia Space careers portal shows vacancies in systems engineering, RF payloads, AIT and mission operations. Whether you are a UK graduate dreaming of building communications payloads, a thermal engineer keen to keep lunar habitats at room temperature, or a programme manager itching to deliver the next Copernicus Earth‑observation satellite, this guide explains how to land a Thales Alenia Space job in 2025.

Satellite Engineering vs. Launch Vehicle Engineering vs. Ground Systems: Which Path Should You Choose?

The space sector has experienced a remarkable resurgence in recent years, fuelled by commercial enterprises, miniaturised satellites, reusable rockets, and interplanetary missions. From building satellites that gather climate data to launching payloads on low-cost rockets or orchestrating ground infrastructure for real-time mission control, this industry spans a vast array of engineering and scientific disciplines. If you’ve been browsing space jobs on www.ukspacejobs.co.uk, you’ll likely notice a variety of roles falling into Satellite Engineering, Launch Vehicle Engineering, or Ground Systems. Which path should you pursue if you’re passionate about shaping humanity’s presence beyond Earth? In this comprehensive guide, we’ll define these three primary fields, compare overlapping vs. unique skills, delve into job titles and salary ranges, share real-world examples, and offer career tips. Whether your fascination lies in designing high-performance rockets, creating satellite constellations for broadband coverage, or ensuring seamless ground-to-space communication, understanding these subfields will help you align your talents and ambitions with the right trajectory—both literally and figuratively.