Published occupation directory
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Showing 1–24 of 31 published occupations · page 1 of 2
Arts, design, media and communications
Graphic designers make visual material - layouts, typography, logos, packaging, and digital assets - that carries a specific message to a specific audience. Most of the work is iterative: interpret a brief, produce options, absorb feedback from a client or art director, and prepare final files for print or screen.
Arts, design, media and communications
Art directors set and hold the visual direction for a campaign, publication, product, or production. They brief and guide designers, illustrators, photographers, and other specialists, then judge the returned work against the concept and the constraints agreed with the client.
Arts, design, media and communications
Illustrators draw or paint original images for books, editorial, packaging, games, advertising, and other media, usually to a brief and a fixed format. A large share of the work is commissioned, so agreeing scope and usage rights sits alongside making the pictures.
Arts, design, media and communications
Industrial designers develop the form, ergonomics, materials, and usability of manufactured products, from tools and appliances to furniture and packaging. They work between marketing, engineering, and manufacturing, so a design has to be desirable, usable, and genuinely producible.
Arts, design, media and communications
Interior designers plan the layout, finishes, lighting, and furnishing of indoor spaces so they work for the people using them and respect building and accessibility rules. Projects run from residential rooms to offices, retail, and healthcare settings, usually alongside architects, contractors, and suppliers.
Arts, design, media and communications
Fashion designers develop garments and accessories from concept through to a production-ready sample, working within a season, a price point, and a target customer. The role mixes drawing and draping with fabric sourcing, fit sessions, and specifications for manufacturers.
Arts, design, media and communications
UX designers shape how a digital product behaves - the flows, structure, and interface people move through to get something done. The work combines evidence from research and analytics with wireframes, prototypes, and close collaboration with engineers and product managers.
Arts, design, media and communications
Web designers plan and build the look, structure, and responsive behaviour of websites. Depending on the employer the job leans either toward visual design and content layout or toward hands-on HTML, CSS, and content-management work.
Arts, design, media and communications
Motion graphics designers animate type, shapes, and imagery for title sequences, explainer videos, adverts, broadcast packages, and social content. The work sits between graphic design and animation: strong layout and typography, plus timing, easing, and compositing.
Arts, design, media and communications
Animators create movement for film, television, games, and advertising, either by drawing frames or by posing and keyframing digital rigs. Most of the day goes on short shots refined over many passes against a supervisor's notes and a shared house style.
Arts, design, media and communications
Video editors assemble recorded footage, sound, and graphics into a finished piece that holds an audience and matches the director's or client's intent. The craft is largely selection and timing: which take, which frame to cut on, and what to leave out.
Engineering and technical design
Aerospace engineers design, analyse, and test aircraft, spacecraft, propulsion systems, and their structures. The work is heavily governed by airworthiness and safety regulation, so analysis, testing, and documentation all have to stand up to independent scrutiny.
Engineering and technical design
Systems engineers hold the whole of a complex product together: requirements, interfaces, architecture, and the evidence that the finished system does what it was meant to do. The role is coordination-heavy and depends on being able to reason across mechanical, electrical, and software boundaries.
Finance, accounting and insurance
Actuaries model uncertain future events such as claims, mortality, or longevity, and translate them into prices, reserves, and capital requirements. Qualification usually runs through a long series of professional examinations taken while working, and much of the job is defending assumptions rather than running models.
Information technology, data and cybersecurity
Software developers design, write, and maintain the programs that run on computers, phones, and servers. Much of the work is reading existing code, breaking a requirement into small changes, and checking that a change behaves correctly before it reaches users.
Information technology, data and cybersecurity
Front-end developers build the part of a product people actually see and click. They turn designs into working interfaces, make them behave sensibly on different screens and devices, and keep them usable for people relying on assistive technology.
Information technology, data and cybersecurity
Back-end developers build the services, APIs, and data access layers that sit behind an application. The work centres on correctness under load: making sure requests are handled reliably, data stays consistent, and failures degrade in a controlled way.
Information technology, data and cybersecurity
Full-stack developers work across both the interface and the services behind it, following a feature from the screen through to the database. The breadth is the point: it suits smaller teams where one person needs to carry a change end to end.
Information technology, data and cybersecurity
Mobile application developers build apps for phones and tablets. Alongside writing code they deal with the constraints of the platform: limited battery and memory, patchy connectivity, permission prompts, and app store review before anything ships.
Information technology, data and cybersecurity
Game developers write the code that makes a game run, covering gameplay rules, graphics, physics, input, and audio. The work is highly collaborative, sitting between designers who decide how the game should feel and artists who supply what it looks like.
Information technology, data and cybersecurity
Test automation engineers write code whose job is to test other code. They build and maintain automated test suites and the pipelines that run them, so that a broken change is caught by a machine rather than by a user.
Information technology, data and cybersecurity
Data scientists use statistics and programming to answer questions that simple reporting cannot, such as predicting an outcome or estimating the effect of a change. They frame the problem, build and validate a model, and communicate how much confidence the result actually deserves.
Information technology, data and cybersecurity
Machine learning engineers take models out of notebooks and into production systems. The role sits between data science and software engineering: building training and serving pipelines, watching for drift once a model is live, and handling the failure modes that only appear at scale.
Information technology, data and cybersecurity
Embedded software developers write the code that runs inside physical products, from appliances and vehicles to medical and industrial equipment. Memory, power, and timing are tight, and testing usually means working with real hardware on a bench.
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