Published occupation directory
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Showing 97–120 of 142 published occupations · page 5 of 6
Manufacturing, production and quality
Maintenance planners turn maintenance demand into an executable schedule: scoping jobs, ordering parts, booking access to equipment, and sequencing work so technicians are not waiting. They also maintain the asset records and preventive routines that the plan is built from. The role reduces reactive work by making planned work easy to do.
Manufacturing, production and quality
Continuous improvement specialists study how work actually flows through a plant and lead structured projects to remove waste, variation, and rework. They gather and analyse process data, facilitate improvement events with the people doing the job, and make sure changes are standardised rather than drifting back. Influence matters as much as analysis, because the changes land on other people's teams.
Natural sciences and research
Biologists study living organisms and the systems they belong to, from cells and genes up to whole populations. Much of the work is designing studies, running them carefully enough that someone else could repeat them, and writing up what the results actually support. Specialisms vary widely, so two biologists can have very little day-to-day overlap.
Natural sciences and research
Biochemists study the chemical processes inside living things: how proteins fold, how enzymes behave, how a drug candidate interacts with a target. The work is heavily instrument-based and iterative: most experiments fail or return ambiguous results before a clean one lands. Roles sit in universities, hospitals, biotechnology, and pharmaceutical research.
Natural sciences and research
Chemists investigate what substances are made of and how they behave, whether that means developing a new formulation or confirming that a batch matches specification. Analytical roles lean towards testing and method validation; research roles lean towards synthesis and problem-solving. Both involve strict handling procedures for hazardous materials.
Natural sciences and research
Physicists investigate matter, energy, and the rules that govern them, either through experiment or through mathematical and computational modelling. Applied roles put that reasoning to work in areas such as medical imaging, instrumentation, optics, or energy systems. Much of the day is spent on mathematics, code, and instrument work rather than at a whiteboard.
Natural sciences and research
Geologists study the composition, structure, and history of the ground, and what that means for building on it, extracting from it, or protecting it. Work usually alternates between field campaigns, laboratory analysis of samples, and desk-based interpretation and reporting. Roles sit in consultancy, resources, government surveys, and infrastructure projects.
Natural sciences and research
Geophysicists use physical measurements (seismic, magnetic, gravity, electrical) to work out what lies beneath the surface without digging it up. The work is strongly quantitative: acquiring survey data, processing it through signal-processing chains, and interpreting the result alongside geological evidence. Applications range from resource exploration and engineering site investigation to earthquake and hazard monitoring.
Natural sciences and research
Hydrologists study how water moves through and is stored in the environment: rivers, aquifers, catchments, and the systems built around them. The work supports flood risk assessment, water supply planning, contamination investigation, and environmental permitting. It combines field measurement with modelling and a good deal of regulatory reporting.
Natural sciences and research
Meteorologists study the atmosphere and turn observations and model output into forecasts and warnings. Operational forecasting runs around the clock and carries real consequences for aviation, shipping, emergency services, and the public. Research meteorology focuses instead on improving the models and understanding atmospheric processes.
Natural sciences and research
Oceanographers study the physics, chemistry, geology, and biology of the sea and how those systems interact. Fieldwork can mean extended time at sea deploying and recovering instruments in demanding conditions, followed by long stretches of data processing ashore. Specialisms differ sharply, so a physical oceanographer and a biological one share methods more than subject matter.
Natural sciences and research
Environmental scientists investigate how human activity affects air, water, soil, and ecosystems, and what can be done about it. A large share of the work is regulatory: site investigations, permit applications, monitoring programmes, and impact assessments. Findings usually have to be defensible to a regulator, not just scientifically interesting.
Natural sciences and research
Food scientists study the composition, processing, safety, and shelf life of food and drink products. Development roles work on new or reformulated products; technical roles focus on safety, specification, and compliance with food standards. Both sit close to production, so factory time is part of the job.
Natural sciences and research
Materials scientists study the structure and properties of metals, polymers, ceramics, and composites, and how processing changes them. The work includes developing new materials, selecting the right one for an application, and investigating why a component failed. It sits between science and engineering, so results usually have to be usable by a design or production team.
Natural sciences and research
Pharmacologists study how drugs act on the body and how the body handles them, from receptor-level mechanisms through to dosing in patients. The work supports drug discovery, safety assessment, and clinical use, and it is closely bound to regulatory and ethical frameworks. Roles sit in universities, pharmaceutical research, and health services.
Public safety, defence and emergency response
Provides emergency and urgent care outside hospital, assessing patients at scene, treating within a defined scope of practice, and transporting them where needed. Paramedics work to medical directives and give a structured handover at the receiving facility. Many calls are not life-threatening emergencies but social, mental health, or chronic care problems.
Public safety, defence and emergency response
Gives pre-hospital care at a foundational scope of practice, responding to emergency calls, stabilizing patients, and transporting them to hospital. EMTs often crew an ambulance alongside a paramedic and take the lead on scene safety, lifting, and moving patients. Titles and scope for this level of practice differ considerably between jurisdictions.
Public safety, defence and emergency response
Finds and reaches people in distress in wilderness, water, mountain, or industrial settings and gets them to definitive care. The work combines technical rope, water, or confined-space skills with pre-hospital medical care in poor conditions. Training and equipment maintenance take up far more hours than taskings do.
Public safety, defence and emergency response
Staffs the first aid room on an industrial, construction, or remote worksite, treating injuries and illness on site and arranging transport when someone needs a hospital. The role also covers first aid records, equipment readiness, and prevention work alongside safety staff. Remote sites can mean long solo shifts with limited backup.
Retail, sales and customer experience
Technical customer support representatives help customers get a product or service working again. They diagnose faults over phone, chat, or a ticketing system, walk users through fixes step by step, and hand genuine defects to engineering or field service with the evidence attached.
Skilled trades, maintenance and repair
Electricians install, alter, test, and repair the wiring, panels, and fixed equipment that carry electrical power through buildings and sites. Much of the day is reading drawings, running and terminating cable, and proving a circuit is safe before it is energised. Fault-finding on systems that are already live is a routine part of the work and carries genuine safety consequences.
Skilled trades, maintenance and repair
Industrial electricians keep the electrical side of plant and production equipment running: motor controls, drives, sensors, and the control panels that tie them together. The work leans heavily on diagnosis, because a stopped line has to be traced back to a cause quickly and safely. Shift coverage and callouts are common where plant runs around the clock.
Skilled trades, maintenance and repair
Plumbers install and repair the water supply, drainage, venting, and fixture systems in homes, commercial buildings, and industrial premises. The work combines physical installation in tight and awkward spaces with careful layout, because pipework has to fall correctly and pass inspection. A large share of the job is service work: finding a leak or blockage in a system somebody else built.
Skilled trades, maintenance and repair
HVAC technicians install, maintain, and repair heating, ventilation, and air conditioning systems in homes and buildings. The role mixes mechanical work on compressors, fans, and ductwork with electrical and control troubleshooting, and it usually involves explaining findings to the person paying for the repair. Seasonal peaks and after-hours callouts are normal in service work.
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