Published occupation directory
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Showing 1–24 of 118 published occupations · page 1 of 5
Agriculture, animals and environment
Crop farm workers do the hands-on field work that gets a crop planted, tended, and harvested. Tasks change with the season and can involve long spells outdoors in heat, cold, or rain, often at pace during harvest. Much of the learning happens on the job alongside experienced workers.
Agriculture, animals and environment
Dairy farm technicians run the milking routine and manage the health, feeding, and reproduction of a dairy herd. The role is built around a repeating milking schedule that usually starts very early and runs every day of the year. It rewards people who are consistent with hygiene, records, and animal observation.
Agriculture, animals and environment
Agricultural equipment technicians diagnose, repair, and maintain tractors, harvesters, sprayers, and the hydraulic, electrical, and guidance systems built into them. Work happens in a dealership workshop and out on farms, and the pace rises sharply during planting and harvest when a broken machine stops the whole operation. Modern machines mix mechanical, hydraulic, electronic, and software fault-finding.
Agriculture, animals and environment
Aquaculture technicians raise fish or shellfish in hatcheries, tanks, ponds, or marine pens. The job mixes animal husbandry with water chemistry and equipment work: stock is fed and graded, water quality is tested, and pumps, nets, and aeration systems are maintained. Marine sites add boat work and weather-dependent shifts.
Architecture, construction and infrastructure
Architectural technologists turn a design concept into the technical package a contractor can actually build from, resolving construction detail, materials, and performance requirements. They work alongside architects and engineers, and often own the code-compliance and buildability side of a project. The work is detail-heavy and mostly screen-based, with regular site and supplier contact.
Architecture, construction and infrastructure
BIM coordinators look after the shared digital model of a project, making sure the architectural, structural, and services models line up and follow the agreed standards. They run clash detection, manage the common data environment, and chase teams to fix what the checks find. The role sits between design, construction, and IT, and is as much about process discipline as software skill.
Architecture, construction and infrastructure
Building inspectors check that construction work complies with the building code and the approved drawings, visiting sites at defined stages such as foundations, framing, and services. They also review submitted plans and issue or withhold approvals. The job carries public-safety responsibility and often involves telling people their work has to be redone.
Architecture, construction and infrastructure
Home inspectors examine the condition of an existing house for a buyer, seller, or owner and report what they found and what it may mean. They look at structure, roof, envelope, plumbing, electrical, heating, and drainage using visual inspection and hand tools, without opening up finishes. The report has to be clear about what was not accessible and what falls outside the inspection.
Architecture, construction and infrastructure
Land surveyors measure and describe the position of boundaries, features, and structures, and produce the plans and legal descriptions that define property. They combine field measurement using GNSS and total stations with legal research into titles, historic plans, and monuments. In many places only a licensed surveyor may certify a boundary.
Architecture, construction and infrastructure
Civil engineering technologists support the design, testing, and construction of infrastructure such as roads, water systems, bridges, and site works. They run calculations and drawings under an engineer's direction, carry out materials testing, and inspect work on site against the specification. The role sits between the design office and the construction site.
Arts, design, media and communications
Camera operators run the camera on film, television, live events, and news or corporate shoots, framing and moving the shot a director asks for. The job is physical and equipment-heavy, and often happens on location under time pressure.
Arts, design, media and communications
Audio engineers capture, mix, and process sound for music, film, broadcast, podcasts, and live events. The work combines ears and equipment: microphone choice and placement, signal flow, gain structure, and the mix decisions that make a recording translate.
Arts, design, media and communications
Music producers shape how a recording sounds and how a session runs, from arrangement and tone choices to coaching a performance and signing off the final mix. Many producers also write, program, and engineer their own sessions rather than working with a separate team.
Arts, design, media and communications
Technical writers turn complex products and procedures into documentation people can actually follow: user guides, API references, help centres, and standard operating procedures. The job depends on interviewing experts, testing the steps yourself, and structuring information so it can be found.
Education and training
Teaches a skilled trade to apprentices and students in a college shop, training centre, or secondary technical program. Combines theory teaching with supervised hands-on practice, and assesses whether learners meet the trade's competency standards safely.
Engineering and technical design
Mechanical engineers design, analyse, and test machines, mechanisms, and thermal or fluid systems. The work alternates between calculation and CAD modelling at a desk and hands-on testing of prototypes, and a large share of it is checking that a design can actually be manufactured, assembled, and maintained.
Engineering and technical design
Electrical engineers design and verify the circuits, power systems, and electrical equipment that machines, buildings, and networks depend on. Work spans schematic capture and load calculations through to commissioning and fault investigation on installed equipment.
Engineering and technical design
Civil engineers plan, design, and oversee construction of roads, bridges, water systems, drainage, and other public infrastructure. The role mixes design office work with site visits, and carries real accountability because the outputs are used by the public.
Engineering and technical design
Chemical engineers design and improve the processes that turn raw materials into fuels, chemicals, food, pharmaceuticals, and materials. The work combines mass and energy balances, equipment specification, and close attention to process safety.
Engineering and technical design
Manufacturing engineers turn a product design into a repeatable production process, choosing machines, tooling, fixtures, and assembly sequences. Much of the job is spent on the shop floor proving that a process holds tolerance shift after shift.
Engineering and technical design
Automotive engineers develop vehicles and vehicle systems, from body structures and suspensions to powertrains, batteries, and electronics. Development runs in cycles of design, build, instrumented testing, and revision against cost, weight, safety, and emissions targets.
Engineering and technical design
Biomedical engineers apply engineering methods to medical problems, developing devices, implants, instrumentation, and software used in care. The work sits inside a quality-management and regulatory framework, so design history, risk analysis, and verification evidence are part of the job rather than an afterthought.
Engineering and technical design
Petroleum engineers design and manage the wells and subsurface operations used to recover oil and gas. The work covers drilling programmes, completions, and production optimisation, and it is closely tied to well control and environmental safeguards.
Engineering and technical design
Materials engineers select, develop, and test the metals, polymers, ceramics, and composites used in products and structures. A large part of the role is failure investigation: working out why a part cracked, corroded, or wore out, and what should change.
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