Robotics Jobs in the UK: Roles, Skills, Salaries and How to Get Hired (2026 Guide)

What do we mean by “robotics jobs”?

“Robotics jobs” covers a broad set of technical roles focused on machines that sense, decide and act in the physical world. You will find robotics talent working on factory robots, autonomous mobile robots (AMRs) in warehouses, delivery drones, surgical robots, agricultural robots, inspection and maintenance systems, and much more.

Most robotics jobs fall into a few major clusters:

• Core robotics engineering (mechanical, electrical, embedded)

• Robotics software, perception and AI

• Controls, motion planning and navigation

• Mechatronics and systems integration

• Applied research and algorithm development

• Field, test and deployment roles (including customer‑facing engineering)

Understanding which cluster fits you is the first step to targeting the right robotics roles rather than applying to everything that mentions “robotics” in the title.

Common robotics job titles and what they involve

Robotics Software Engineer

Robotics Software Engineers focus on the software stack that makes robots useful: perception, planning, control and application logic. Typical responsibilities include:

• Building and maintaining ROS/ROS2 nodes and packages

• Integrating sensors (cameras, LiDAR, IMUs) and actuators

• Implementing SLAM, path‑planning and obstacle‑avoidance algorithms

• Writing simulation and test tools to validate behaviour before deployment

They usually work in C++, Python and sometimes Rust, with a heavy emphasis on Linux and real‑time considerations.

Robotics Engineer / Mechatronics Engineer

These roles sit at the intersection of mechanics, electronics and software. Day‑to‑day work can include:

• Designing robot arms, grippers and chassis

• Selecting motors, gearboxes, sensors and motor drivers

• Building control panels and wiring harnesses

• Prototyping and testing complete systems in the lab or field

Mechatronics Engineers are often the glue between mechanical design and embedded/controls teams in growing robotics companies.

Controls Engineer / Motion Control Engineer

Controls specialists ensure robots move accurately, smoothly and safely. Responsibilities include:

• Modelling dynamic systems and tuning PID and advanced controllers

• Designing motion profiles and safety limits

• Working with motor drives, encoders and feedback systems

• Diagnosing instability, vibration and tracking errors in real hardware

They often have a background in control theory, signal processing or power electronics.

Perception / SLAM Engineer

These roles focus on giving robots a reliable understanding of their environment. Typical tasks:

• Developing and tuning SLAM pipelines (visual, LiDAR or multi‑sensor)

• Implementing object detection, tracking and segmentation

• Optimising algorithms for embedded GPUs and edge devices

• Building datasets and evaluation metrics for perception performance

You see these jobs heavily in autonomous vehicles, drones and mobile robotics.

Applied Robotics Researcher / Scientist

Applied researchers sit closer to academia but ship code and prototypes into real products. Their work often spans:

• Developing new algorithms for planning, control, multi‑robot coordination or human‑robot interaction

• Publishing results in conferences and journals while contributing to production code

• Running simulations and experiments to prove new methods work in real conditions

These roles commonly require a PhD or strong publication track record in robotics‑related topics.

Field Robotics Engineer / Applications Engineer

These are hands‑on roles that bridge engineering and customer success. They:

• Install and configure robots on customer sites

• Train operators and troubleshoot issues in live environments

• Feed real‑world feedback into product and engineering teams

They suit engineers who enjoy travel, problem‑solving and direct contact with end‑users.

Robotics jobs by industry

Robotics jobs are no longer confined to automotive factories. In the UK, demand is spread across several sectors.

• Manufacturing and industrial automation – traditional robot arms, collaborative robots (cobots), and automated production lines in automotive, electronics and FMCG.

• Logistics and warehousing – autonomous mobile robots moving pallets and totes, robotic picking systems, and automated sorting equipment for e‑commerce and retail.

• Autonomous vehicles and drones – self‑driving software, off‑highway vehicles, last‑mile delivery robots and UAVs for inspection and mapping.

• Healthcare and medical devices – surgical robots, rehabilitation systems and assistive robotic devices.

• Agriculture and ag‑tech – robots for crop monitoring, selective harvesting, weeding and livestock management.

• Energy, utilities and infrastructure – inspection robots for pipelines, offshore structures, power plants and hazardous environments.

Each sector uses different hardware, safety standards and deployment environments, so your day‑to‑day work can look very different depending on where you land.

Where are robotics jobs in the UK?

Robotics is particularly concentrated in a set of regional hubs.

• London – robotics startups, AI‑driven autonomy companies, logistics and delivery robotics, plus R&D teams inside larger tech and industrial firms.

• Cambridge – strong cluster around deep‑tech, robotics, autonomous systems and university spin‑outs.

• Bristol & the South West – notable for robotics research, autonomous systems and aerospace links.

• Oxford corridor – autonomous vehicles, drones and research‑driven robotics.

• Midlands & North (Manchester, Sheffield, Leeds) – industrial automation, manufacturing robotics and applied AI for factories.

• Scotland (Edinburgh, Glasgow) – robotics research, space and satellite applications, and field robotics for harsh environments.

Remote and hybrid robotics jobs are growing too, especially where most of the work is simulation, software and perception rather than constant lab time.

Skills you need for robotics jobs

Although specifics vary by role, successful robotics candidates tend to have a mix of core technical skills, domain knowledge and practical experience. For a deeper dive into the key capabilities employers look for, see 10 Essential Skills for a Career in Robotics and The Skills Gap in Robotics Jobs: What Universities Aren’t Teaching.

Technical foundations

• Strong programming skills in C++ and Python (or MATLAB for some research roles)

• Linear algebra, calculus, probability and optimisation fundamentals

• Control theory basics, especially for motion‑related roles

• Embedded systems and real‑time programming concepts

Robotics‑specific skills

• Experience with ROS / ROS2 and common robotics middleware

• Working with sensors (cameras, LiDAR, IMUs, encoders, force/torque sensors)

• Kinematics, dynamics and motion planning

• SLAM, mapping and localisation (for mobile robotics)

Practical experience

• Hands‑on projects with real or simulated robots (Gazebo, Isaac Sim, Webots, etc.)

• Participation in robotics competitions, hackathons or student teams

• Internships or placements in robotics, automation or embedded systems companies

Employers will often value a strong project portfolio and GitHub history as much as the degree, especially for early‑career roles.

Robotics salaries and career progression

Salaries vary by location, sector and experience, but there are some broad patterns in the UK. For more detail on how careers evolve, see Career Paths in Robotics: From Entry-Level Roles to Leadership and Beyond.

• Graduate / junior robotics roles typically sit a little above general engineering starting salaries due to the niche skill set and high demand.

• Mid‑level engineers with 3–5 years’ experience in robotics software, perception or controls can command a premium, especially in autonomous systems and high‑growth startups.

• Senior and principal roles often include responsibility for system architecture, technical leadership and mentoring, with compensation reflecting both technical depth and team impact.

Career paths generally move from individual‑contributor engineering into either technical leadership (Principal / Staff Engineer, Tech Lead) or into management (Engineering Manager, Head of Robotics). Some robotics professionals also transition into product roles, technical sales, or their own startups after building domain expertise.

How to get your first robotics job

Breaking into robotics can feel daunting, but there is a clear set of steps that consistently work for candidates.

1. Pick a focus area
   Decide whether you are more drawn to software and algorithms, hardware and mechatronics, or field and deployment work.

2. Build 2–3 strong projects
   Create end‑to‑end projects that show real robot behaviour: for example, a mobile robot doing basic navigation, a robotic arm performing pick‑and‑place, or a simulation of a robot performing a complex motion.

3. Leverage specialist job boards
   Use niche platforms like RoboticsJobs.co.uk to find roles where robotics is central to the job, rather than peripheral. These boards surface opportunities at startups, scale‑ups and research‑driven companies that may not be visible on general job sites.

4. Target internships, placements and early‑career programs
   Many robotics companies run student and graduate schemes tied to universities and research labs. Even short internships can significantly improve your chances for full‑time roles.

5. Network in the robotics community
   Attend meetups, conferences and hackathons; contribute to open‑source robotics projects; and follow robotics companies and labs on LinkedIn.

How to search for robotics jobs effectively

Because robotics sits at the intersection of several disciplines, generic job sites often bury relevant roles under broad categories. To streamline your search:

• Start with specialist boards – Use keyword and category filters on RoboticsJobs.co.uk to narrow by location, experience level, tech stack and robot type.

• Bookmark company pages – Identify core robotics employers you like and follow their company profiles so you see new roles quickly.

• Set alerts & automate your search – Use job alerts or RSS feeds so you are notified when new robotics roles matching your criteria go live, and see Automate Your Robotics Jobs Search: Using ChatGPT, RSS & Alerts to Save Hours Each Week for step‑by‑step tactics.

• Use AI tools intelligently – Tools like ChatGPT can help you draft tailored CVs and cover letters for robotics roles, but you still need to supply the right project examples and technical detail.

FAQ: quick answers about robotics jobs

Where can I find robotics jobs in the UK?

Specialist platforms such as RoboticsJobs.co.uk aggregate robotics roles across startups, scale‑ups and larger engineering companies, making them an efficient starting point. You can then supplement this with direct applications to companies you discover through research.

Do I need a master’s or PhD for robotics jobs?

Many robotics roles, especially in software, controls and mechatronics, are open to strong bachelor’s graduates with good projects, while research‑heavy roles may prefer or require a PhD. Employers often care more about demonstrable skills and experience than specific degree titles.

Can I work in robotics remotely?

Fully remote robotics roles are still less common than in pure software, but hybrid and remote‑friendly options are growing, particularly in perception, simulation and research roles that don’t require daily hardware access. Expect more flexibility once you are established in the field.

Is robotics a good long‑term career?

Robotics sits at the intersection of AI, hardware and automation, and demand is spreading across industries from logistics to healthcare and energy. For engineers who enjoy building real‑world systems, it offers both technical depth and strong long‑term prospects.

Looking for live roles right now? Browse the latest openings on RoboticsJobs.co.uk and set up a free job alert so you never miss a new robotics opportunity