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Engineering Team Leader, ASDA, Lutterworth. Working rotating 12-hour days and nights. Excellent company benefits to include private health care, life insurance and company contributory pension scheme.Where do people love what they do, and being great at what they do?At Swisslog, that’s where! Our teams are the heart of a world-leading Robotics company that’s harnessing the power of technology to shape...
If you can read control logic/ PLC software, rectify faults, maybe do some small PLC software adjustments or upgrades- great! Siemens PLC or Rockwell Automation / Allen Bradley PLC diagnostics, fault diagnosis of factory automation, conveyor, machinery is the key to this one.You'll be supporting several Automated Warehouses - household names using PLC controlled conveyor, cranes, robots, packaging and palletising...
£30k base, £10k OTE, health, share options, 28 days holiday plus bank holidaysAre you looking for a new role within a company with a great culture? One that is growing and doubling revenues each year? One that values its team and offers share options plus progression opportunities? Then keep reading.We are recruiting for a Manchester Start up within the LegalTech...
Maintenance EngineerTamworth£52,360 + full benefits including company shares.Panama shift 12hr days and nights.I am recruiting for a Maintenance Engineer to join the engineering department on a permanent basis. Either electrical or mechanical bias.Key Responsibilities:The purpose of this position is to undertake essential maintenance works, both planned and reactive, that are required in order for the site to run and downtime...
Engineering Team LeaderPSI Talent is delighted to announce a collaboration with an internationally renowned manufacturing company located in Nottinghamshire. With ongoing expansion and an increased workload, this marks an exciting opportunity to join a globally recognised organisation.Engineering Team Leader Responsibilities:As a Engineering Team Leader, you will play a pivotal role in executing reactive, preventative, and proactive maintenance tasks for onsite...
WELDER/FABRICATORLocation:Until end of 2025: AlcesterFrom early 2026: Northern CheltenhamAbout my Client:My client specialise in the design, build and installation of bespoke factory automation systems and machinery, control systems, vision inspection, plastic container handling and robotics. My client is a business unit responsible for the internal supply of bespoke metal fabricated components and parts.The role:They’ve invested heavily in their new metal...
Advance your Robotics career with expert advice, practical job search tips, and insightful industry guides.
Edge-to-edge automation means UK employers need robotics talent—fast. Learn the ten biggest errors applicants make, plus proven fixes, expert tips and live resources to help you land your next robotics job. Introduction Whether it’s an autonomous-vehicle start-up in Oxford, a surgical-robot scale-up in Cambridge or an industrial-automation integrator in the North-West, the market for robotics jobs keeps expanding. New vacancies appear daily on RoboticsJobs.co.uk, yet hiring managers still reject most CVs long before interview—usually for mistakes that take minutes to fix. We reviewed recent adverts, spoke with UK robotics recruiters and curated the most-clicked resources on leading career sites. The result is a definitive list of the ten costliest mistakes candidates make, each paired with an actionable remedy and a live link for deeper reading. Bookmark this checklist before you press Apply.
Robotics is no longer confined to factory floors. Swarms of drones survey farmland, surgical robots assist clinicians, and humanoid assistants navigate busy warehouses. The UK leads Europe in advanced robotics research and commercial spin-outs, thanks in large part to universities that combine engineering depth with real-world testbeds. Below you’ll find ten institutions whose 2025 undergraduate or postgraduate pathways set the pace in robotics.
Learn how to craft the perfect cover letter for robotics jobs with this proven 4-paragraph structure. Ideal for entry-level candidates, career switchers, and professionals looking to advance in the robotics sector. When applying for a robotics job, your cover letter is an essential component of your application. Robotics is a rapidly growing field with applications across various industries, from healthcare to manufacturing, and your cover letter provides you with the opportunity to showcase your technical expertise, problem-solving abilities, and passion for robotics. Writing a cover letter for robotics roles can be challenging, but with the right structure, you can highlight your strengths effectively. Whether you're new to robotics, transitioning from another role, or looking to advance your career, this article will guide you through a proven four-paragraph structure. We’ll provide sample lines and practical tips to help you create a compelling cover letter that grabs the attention of hiring managers in the robotics job market.
Introduction From bomb‑disposal droids rolling through Basra to AI‑driven picking arms inside Ocado warehouses, robotics has already transformed how we fight wars and fill shopping baskets. The UK Government’s Robotics & Autonomous Systems (RAS) Roadmap 2030 predicts £100 billion in annual economic impact and 260,000 new jobs by the end of the decade. The Ministry of Defence (MoD) mirrors this growth with programmes such as Project Theseus (autonomous last‑mile resupply) and NavyX Autonomy Accelerator. Veterans—battle‑tested in remote‑handling, mission planning, and safety protocols—have precisely the mindset employers need. Whether you piloted EOD robots, maintained UAVs, or orchestrated logistic convoys, you already think in joints, sensors, and control loops. This guide shows you how to translate military experience into civilian robotics roles, tap MoD transition programmes, and secure a rewarding career at the cutting edge of automation. Quick Win: Explore our live Robotics Engineer roles to see who’s hiring today.
A Fresh Outlook for Robotics Professionals When people think of robotics, they often picture cutting-edge labs in large tech hubs, vast manufacturing floors near industrial centres, or start-ups clustered around major cities. However, the rapid evolution of remote and distributed work—in tandem with advancements like edge computing, cloud-based simulation tools, and improved connectivity—means that more and more robotics professionals are finding they can live outside the urban sprawl. At RoboticsJobs.co.uk, we’re witnessing a surge of jobseekers and employers embracing rural or coastal settings. Why the shift? Robotics projects, once inseparable from big-city infrastructure, now often rely on digital collaboration tools, cloud-based design simulations, and remotely accessed testing platforms. In other words, location constraints are loosening. This article delves into the rise of rural-remote robotics jobs, the advantages of leaving the metropolis behind, and how you can carve out a successful robotics career while enjoying the perks of countryside or coastal living. If you’ve ever typed “tech jobs by the sea” or “robotics remote countryside” into a search engine, you’re not alone—and this guide is for you.
Robots have already reshaped our world—performing tasks more accurately, handling dangerous environments, and boosting productivity across manufacturing, logistics, and beyond. However, as our expectations of robots escalate—think autonomous factories, surgical robots, and companion devices—existing computational methods can struggle with the complexity of real-world scenarios. Robots must navigate chaotic environments, interpret massive sensor data streams, and make split-second decisions, all while adapting to never-ending novelty. Enter quantum computing, a radical technology that leverages quantum mechanics to process information in ways classical computers cannot match. By pairing quantum hardware with Artificial Intelligence (AI)—particularly machine learning—engineers and scientists see vast potential for overcoming bottlenecks in robotics. This fusion, often termed quantum-enhanced AI, promises new approaches to real-time decision-making, advanced optimisation, and high-dimensional sensor fusion that could catapult robotics into uncharted territories of capability. In this article, we will: Examine current challenges in robotics—from sensor data overload to complex control loops—and why classical methods alone might fall short. Provide an accessible introduction to quantum computing, highlighting its unique principles and potential strengths. Explore how quantum-enhanced AI can elevate robotics applications—covering real-world use cases like autonomous vehicles, manufacturing, and humanoid robots. Discuss the main obstacles (like hardware maturity, cost, and integration complexities) and how the industry might overcome them. Highlight emerging career roles and skill sets you can develop to stay at the cutting edge of robotics jobs in a quantum world. Whether you’re a seasoned robotics engineer, a machine learning professional looking to expand your horizons, or simply curious about future tech, read on. Quantum computing could shift the boundaries of what robots can achieve, heralding a new era of intelligent machines capable of tackling tasks we can only dream of today.
