Service Engineer

Liverpool
3 weeks ago
Applications closed

Related Jobs

View all jobs

Service Engineer

Service Engineer

Field Service Engineer

Field Service Engineer (Diesel Engines)

Field Service Engineer

Field Service Engineer - Propulsion Equipment (Marine)

We're working with a leading provider of advanced scientific instruments, known for delivering high-quality solutions in fields such as Nuclear Magnetic Resonance (NMR), Transmission Electron Microscopy (TEM), Scanning Electron Microscopy (SEM), and Mass Spectrometry. This role will be based in the North UK and Ireland and will consider people in this region.

Responsibilities:

  • Conduct regular checks and servicing on TEM systems to ensure optimal performance.

  • Repairs & Troubleshooting: Identify and resolve issues, offering expert support for clients experiencing technical problems with TEM systems.

  • Installations: Lead installation projects, which may require 1-3 weeks for larger-scale systems and installations.

  • Collaboration: Work alongside a team of around 20 engineers, including 5 TEM engineers, providing a collaborative environment for technical expertise and support.

  • Travel: Be prepared for regional and national travel, with overnight stays expected around 2-3 weeks per month, which will gradually reduce to approximately 1 week per month with additional training provided.

    What we are looking for:

  • We are looking for a well-rounded engineer who can comfortably work across various aspects of electronic systems and software.

  • Experience working with electron microscopes (TEM), including fault diagnosis and repairs.

  • Experience with large electronics systems such as avionics, radars, or sonars.

  • Background in working with medical equipment like MRI or high-value lab equipment (e.g., systems over £10k).

  • Qualifications: Ideally Level 3 or higher in a related technical field, though practical, hands-on experience is a significant factors.

    Package:

  • Company Car: Provided for work-related travel.

  • Fuel Allowance: As part of the role, you'll receive a fuel allowance.

  • Laptop & Phone: Company-issued devices to support your role.

  • Meal Allowances: £5 for lunch, £25 for dinner.

  • Holiday: 25 days holiday plus bank holidays and an additional 3 days at Christmas, rising to 35 days with service.

  • Pension: Non-contributory pension scheme.

  • Private Health Insurance: Available after probation.

  • Bonus Scheme: Based on a month's salary annually

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.

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.

Which Programming Languages Should You Learn for a Career in Space Technology

From satellite constellations delivering broadband internet to Mars rovers and deep-space probes, the space sector is one of the most ambitious and technically challenging industries you can work in. Careers in space technology often blend aerospace engineering, embedded software, scientific computing, and mission-critical systems, each requiring a specific set of programming and engineering skills. If you’re browsing opportunities on www.ukspacejobs.co.uk, a natural question arises: Which programming language(s) should you learn to thrive in the space domain? The answer depends on your chosen speciality. Spacecraft flight software might prioritise C/C++ for reliability and performance, while ground stations and data pipelines may use Python for automation or MATLAB for signal processing. In advanced research environments, Fortran still persists for numerical simulations, whereas Rust is emerging for secure, robust embedded applications. In this guide, we’ll examine: Key programming languages vital for space tech. The pros, cons, and typical use cases of each. A hands-on project idea to help you build relevant aerospace experience. Essential resources and tips for www.ukspacejobs.co.uk