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Process engineering

Turn a useful transformation into a workable sequence of equipment and operating steps. Process engineers consider what enters, what leaves and what conditions the system must maintain.

Mechanical design and prototyping

Translate a need into a component or machine that can be built and tested. Designers use dimensions, material properties and constraints to evaluate alternatives.

Instrument development and testing

Help build and check the equipment that produces measurements. Instrument work joins hardware, software and experiments rather than treating a reading as automatically correct.

Acoustical consulting

Investigate how sound behaves in a space and recommend changes for its intended use.

Building-science investigation

Investigate how a building enclosure manages heat, air and water.

Landscape design

Shape outdoor spaces so water, habitat and human uses can work together.

Power-electronics design

Control how electrical energy moves between components. Power-electronics work combines circuit design with testing, thermal limits and the behaviour of the complete system.

Satellite and instrument engineering

Design, build and test the instruments and spacecraft that take the measurements.

Structural engineering

Work out how a structure transfers loads through members and connections to its supports.

Quality and traceability

Make it possible to explain how a result or product was produced. Quality work checks records, methods and acceptance criteria so variation can be investigated rather than hidden.

Laboratory analysis

Make measurements that other people can trust. A laboratory worker prepares samples, uses a method consistently and records enough detail for someone else to interpret the result.

Materials research and testing

Investigate whether a material improves a product for a defined purpose. A useful comparison separates the effect of the added material from other changes in the test.

Ingredient and formulation science

Investigate how ingredients behave in a product. This work connects a material’s composition to properties such as texture, stability or performance in a mixture.

Bioprocess development

Develop repeatable ways to make and purify biological materials. This work connects molecular science to manufacturing conditions and checks whether a change improves the process.

Laboratory analysis and quality control

Prepare samples and check that analytical measurements can be trusted.

Scientific applications

Connect an instrument to the question a user needs to answer. Applications work involves selecting a method, interpreting results and explaining limitations.

Diagnostic medical sonographer

Acquire ultrasound images while supporting the person being examined.

Environmental field assessment

Collect and interpret evidence about a place before recommending an action.

Water-resource planning

Compare water availability, demand and possible responses over time.

Animal care and welfare

Support animals day to day and notice changes that matter.

Atmospheric science and remote sensing

Turn light measurements into an explanation of what is in the air.

Conservation research and population ecology

Find out whether an intervention helps a wild population recover.

Geoscience and interpretation

Explain what rock measurements suggest about geology. Geoscientists combine observations with context and use additional tests where a scan leaves uncertainty.

Veterinary care for wildlife

Assess animal health and support safe care and release.

Weather-data interpretation

Use observations to understand changing atmospheric conditions. Weather-data work checks where and when a measurement was made before combining it with other evidence.

Wildlife monitoring and interpretation

Observe how animals respond to an intervention and ask whether the change lasts. This work needs consistent observations and attention to other causes of changing behaviour.

Software and data systems

Build the tools that move, process and display information. Reliable software needs testing against missing, delayed and unexpected data as well as ideal examples.

Spatial data and mapping

Turn measurements tied to places into usable spatial information. The work involves coordinates, scale and checking that datasets describe the same location and time.

Drone operations

Plan and carry out flights for a specific task while coordinating with the people responsible for the site. The aircraft is one tool within an operational plan.

Software and data

Turn satellite measurements into data and tools people can use.

Instrumentation and controls

Keep a process measurable and responsive. Controls work connects sensors, decisions and actuators so the system can respond when conditions change.

Civil and construction technology

Turn project requirements into usable drawings, quantities and checks.

Avionics and electronics

Work on the electronic systems that allow aircraft to communicate, navigate and collect data. Troubleshooting means distinguishing a faulty sensor from wiring, power or software problems.

Commercial baking

Produce baked goods through a controlled sequence of preparation, processing and handling.

Industrial machinery assembly and maintenance

Make machinery work together as a physical system. Millwright work connects assembly, alignment, inspection and troubleshooting.

Manufacturing and quality work

Make repeatable components and check that the output matches a specification.

Process and plant operations

Keep processing equipment running safely and learn from its measurements.

Refrigeration and air-conditioning mechanic

Install, maintain and troubleshoot equipment that moves heat and conditions air.

Aircraft maintenance

Investigate condition, carry out authorized maintenance and preserve the records behind a decision. Aircraft maintenance work relies on approved procedures and appropriate qualifications.

Bootmaking and pattern work

Translate a design and material choice into a pair of boots through skilled craft.

Machining and dimensional inspection

Make parts fit their intended purpose by controlling dimensions. Machining combines tools, setup and measurement; finishing a part is not the same as proving it meets its specification.

Metal fabrication and welding

Join and assemble material into usable structures. Fabrication work follows drawings and procedures, then checks whether the finished work meets its requirements.

Rail traffic control

Coordinate railway movements and crews within formal operating systems and rules.

Railway conductor work

Support train movements and handling of rail vehicles through trained railway operations.

Roast production

Operate a controlled food-processing sequence and compare the product with its intended result.

Warehouse and inventory operations

Receive, locate and move goods while keeping identity and handling requirements visible.

Water-treatment operations

Keep a treatment process working within its specified conditions and record how it performs.

Animation

Create motion from planned images, models and timing decisions.

Camera and image capture

Record images that serve a production’s visual and storytelling requirements.

Colour finishing

Work on the appearance and consistency of images during post-production.

Creative production coordination

Help a project move from a communication brief to a deliverable that can be reviewed.

Film and video editing

Build a sequence from selected footage to communicate a coherent idea.

Storyboarding and illustration

Decide what an audience needs to see before the final sequence is produced.

Dispatch and logistics coordination

Keep materials moving in the right order, with the information needed at each handoff.

Technical application support

Help people use a technical product in the conditions of their own workplace.

Business development and partnerships

Connect technical capabilities with the people who can use them.

Construction coordination

Help different teams work from compatible information and an achievable sequence.

Medical office and booking support

Help patients and clinical teams coordinate the information and appointments needed for care.

Planning communication and engagement

Help people with different needs understand and contribute to a planning process.