Engineering & Technology Careers

Aeronautical engineers work on the design, analysis, testing and maintenance support of aircraft and atmospheric flight systems.

Aerospace engineers design, analyse and test aircraft, spacecraft and related structures, propulsion or control systems.

Agricultural engineers apply engineering to farm machinery, water, soil, structures, processing and resource-efficient production.

Automobile engineers develop, test and improve vehicles, components, manufacturing systems and performance.

Biomedical engineers apply engineering methods to medical devices, instruments, rehabilitation systems and healthcare technology.

Biotechnology engineers apply biology and engineering methods to develop and operate processes involving cells, biomolecules and biological systems.

Ceramic engineers develop and control materials and processes for traditional and advanced ceramic products.

Chemical engineers apply chemistry, physics and engineering to develop and operate safe industrial processes.

Civil engineers plan, design, construct and maintain buildings, transport, water and other infrastructure systems.

Computer engineers work across computing hardware, embedded systems, networks and the software that controls them.

Computer Hardware Engineer roles apply structured knowledge and practical capability in a defined professional setting.

Construction engineers plan and coordinate the technical delivery of buildings and infrastructure on site.

Electrical engineers design, test and support electrical power, control, equipment and distribution systems.

Electronics engineers design, test and improve circuits, devices and electronic systems used in products and infrastructure.

Energy engineers analyse and improve systems that generate, convert, distribute and use energy.

Environmental engineers design and evaluate systems for water, waste, pollution control and responsible resource use.

Food technology engineers design and improve processes that manufacture safe, consistent and efficient food products.

Geotechnical engineers investigate soil and rock behaviour to support safe foundations, slopes, tunnels and infrastructure.

Industrial engineers improve how people, materials, equipment, information and time combine in production and service systems.

Instrumentation engineers design and maintain measurement, control and automation systems for industrial and technical processes.

Maintenance Engineer roles apply structured knowledge and practical capability in a defined professional setting.

Manufacturing engineers develop and improve the processes, tooling and controls used to make products reliably and safely.

Marine engineers design, operate and maintain propulsion, power and mechanical systems used aboard ships and other marine installations.

Materials engineers select, develop and test materials to meet performance, manufacturing and reliability requirements.

Mechanical engineers design, analyse, manufacture and maintain machines, thermal systems and mechanical equipment.

Mechatronics engineers integrate mechanical, electronic, control and software systems for automated products and machinery.

Metallurgical engineers develop, process, test and improve metals and alloys for manufacturing and structural applications.

Mining engineers plan and manage safe extraction systems, mine infrastructure and resource operations.

Petroleum engineers analyse and support the safe development, production and management of subsurface oil and gas resources.

Production engineers design and improve manufacturing processes, capacity, quality and safe use of resources.

Quality Engineer roles apply structured knowledge and practical capability in a defined professional setting.

Renewable energy engineers design and evaluate systems that produce power from solar, wind and other renewable resources.

Robotics engineers design and integrate mechanical, electronic and software systems that sense, decide and act.

Structural engineers analyse and design load-bearing systems so buildings and infrastructure perform safely and reliably.

Telecommunication engineers design, test and maintain systems that carry voice, data and multimedia over wired and wireless networks.

Textile engineers develop and control materials and processes used to produce fibres, yarns, fabrics and technical textiles.

Transportation engineers plan and analyse systems that move people and goods safely and efficiently.

Urban infrastructure engineers plan and deliver systems such as roads, drainage, water and public assets for growing settlements.

Water resources engineers analyse and design systems for water supply, drainage, irrigation, rivers and flood management.