What can you do with Engineering?

Civil engineers apply engineering principles to plan, design, and oversee the construction of infrastructure like roads, bridges, and flood defences. Understanding engineering science and technology is at the core of everything they do, from structural analysis to project delivery.

Clinical engineers design, build, and maintain complex medical devices like artificial limbs, heart valves, and surgical instruments. Engineering principles are at the core of everything they do, from developing prototypes to ensuring equipment works safely and reliably.

Construction managers work alongside civil and structural engineers and need to understand engineering principles to review plans and monitor building work. Knowledge of how forces, loads, and materials behave helps them spot potential issues and ensure construction meets required standards.

Critical care technologists maintain and troubleshoot complex medical equipment, from ventilators to dialysis machines. Engineering knowledge helps them understand how these systems are designed, diagnose faults, and assess new technologies being introduced to critical care units.

Design and development engineers apply core engineering principles – such as structural analysis, systems thinking, and manufacturing processes – to turn ideas into real products. Understanding how different engineering disciplines connect helps them design products that can actually be built and maintained.

Electrical engineers apply engineering principles to design, build, and maintain electrical systems and machinery across industries. They use engineering design processes to plan projects, solve technical problems, and ensure systems meet safety and performance standards.

Electronics engineers apply engineering principles to solve real-world problems, from designing control systems for aircraft to developing medical devices. Understanding the engineering design process – including prototyping, testing, and meeting safety standards – is central to the role.

Fire safety engineers apply engineering principles to design buildings and systems that protect people from fire. They work on fire suppression systems, ventilation design, and structural integrity, drawing on the same core engineering knowledge used in civil and structural engineering.

Heavy vehicle technicians work directly with mechanical, electrical, and hydraulic systems found in lorries, buses, and other large vehicles. Understanding engineering principles is essential for diagnosing faults, dismantling components, and reassembling them correctly.

Helicopter engineers work directly with mechanical, electrical, and avionics systems – maintaining, diagnosing faults, and carrying out modifications. Engineering knowledge underpins virtually every task, from scheduled inspections to refitting entire aircraft.

Marine engineers apply core engineering principles to build, maintain, and repair complex systems including engines, navigation equipment, and safety systems on ships and offshore platforms. Understanding how mechanical, electrical, and structural systems work together is central to the role.

Merchant Navy deck officers manage maintenance schedules and safety inspections for complex mechanical and structural systems on board. Understanding how a ship's equipment and machinery work helps them coordinate with engineering officers and respond to technical problems at sea.

Merchant Navy engineering officers maintain and repair the mechanical, electrical, and hydraulic systems that keep a ship running. Understanding engineering principles is central to diagnosing faults, reading engineering diagrams, and keeping propulsion and navigation systems operational.

Motorsport engineers design, build, and test racing vehicles using engineering principles every day. They work with mechanical systems, materials, and manufacturing processes to create components that perform under extreme conditions.

Naval architects are specialist engineers who apply engineering principles to design and construct marine vessels and offshore structures. They work with propulsion systems, structural frameworks, and manufacturing processes, making engineering knowledge central to the role.

Nuclear engineers design and build complex systems such as power plants, medical equipment, and nuclear propulsion systems for submarines. Understanding engineering principles like structural integrity, thermodynamics, and systems design is central to every aspect of the role.

Offshore drilling workers assemble drilling tools, maintain cranes and hoists, and operate complex control equipment on a daily basis. Understanding engineering principles is essential for keeping rigs running safely and troubleshooting mechanical problems in a demanding environment.

Patent attorneys frequently work with inventors and manufacturers to understand new technical inventions and processes. A strong engineering background helps them grasp how a device or system works so they can write accurate, detailed patent descriptions that protect the invention properly.

Production managers oversee manufacturing processes that rely on engineering principles, from assembly lines to automated systems. Understanding how machinery works and how production systems are designed helps them troubleshoot problems and improve efficiency.

Quarry engineers design and manage complex extraction operations, including drilling, blasting, and material handling systems. They draw up emergency plans for events like tunnel collapses or flooding, and oversee the technical infrastructure that keeps a quarry running.

Renewable energy engineers design and build power plants, instruments, and equipment for generating sustainable energy. They apply engineering principles to scale up technology from small trials to full-size installations, and manage the maintenance of complex systems like wind turbines and solar arrays.

Roadside assistance technicians work directly with mechanical and electrical engineering systems inside vehicles, from engines and transmissions to hybrid battery systems. Understanding engineering principles helps them troubleshoot complex faults and decide whether a repair can be done at the roadside or needs a garage.

Robotics engineers design, build, and test mechanical and electrical systems that make up a robot. They apply engineering principles to solve practical problems – from choosing the right materials to ensuring a prototype works under real-world conditions.

Royal Navy officers oversee the maintenance of engines, weapons systems, and communications equipment on ships and submarines. Understanding engineering principles helps them manage technical teams and make informed decisions about vessel operations and repairs.

Aerospace engineering technicians work at the heart of engineering, building, maintaining, and troubleshooting complex aircraft and satellite systems. Understanding engineering principles, manufacturing processes, and how mechanical and electrical systems work together is central to the role.

Agricultural engineers design, build, and repair complex machinery like harvesters, crop sprayers, and irrigation systems. Engineering principles are at the core of everything they do, from solving mechanical problems to developing vehicles that work in tough terrain and weather conditions.

Automotive engineers work at the heart of engineering – designing, testing, and manufacturing complex mechanical and electrical systems. They use engineering processes to develop new vehicle concepts, improve production methods, and solve problems across body, chassis, and powertrain systems.

Boat builders apply engineering principles when assembling structural components, servicing engines, and installing mechanical systems. Understanding how forces, loads, and materials interact is essential for building vessels that are safe and seaworthy.

Broadcast engineers apply engineering principles when designing, installing, and maintaining broadcast infrastructure – from studio setups to satellite links. They need to understand systems thinking and how different pieces of hardware and software integrate to deliver a reliable broadcast.

Building services engineers apply engineering principles every day when designing and installing mechanical and electrical systems in buildings. They work across disciplines – combining structural, electrical, and mechanical engineering knowledge to create integrated building systems.

Building site inspectors work closely with civil and structural engineering principles when checking foundations, steelwork, and building systems. Understanding engineering standards and how different construction methods work helps them judge whether work meets the required quality and safety levels.

Chemical engineering technicians help design, build, and install production plant equipment, and they maintain and monitor complex machinery. Understanding engineering principles is essential for working with the systems that turn raw materials into finished products like medicines, fuels, and food.

Civil engineering technicians provide hands-on technical support to engineers, working on infrastructure like roads, bridges, and buildings. Understanding engineering principles – from structural analysis to construction methods – is at the core of what they do every day.

Construction plant mechanics work with complex mechanical systems including engines, gearboxes, hydraulics, and electrical components found in heavy machinery. Understanding engineering principles is essential for diagnosing faults, dismantling parts, and reassembling them correctly.

Construction plant operators work with complex mechanical and hydraulic systems every day, from excavator arms to piling rigs and concrete pumps. Understanding how these machines work helps them operate equipment efficiently, change attachments correctly, and carry out basic safety checks.

Construction site supervisors oversee building work that involves structural, civil, and sometimes mechanical engineering. Understanding engineering principles helps them assess whether work is being carried out correctly and safely.

Crane drivers operate complex mechanical and hydraulic systems and need to understand how cranes are built and maintained. With experience, they can progress into crane engineering and repair, which requires a deeper understanding of how these machines work.

Demolition operatives work with heavy plant machinery, cutting equipment, and mechanical crushers on a daily basis. Understanding engineering principles helps them operate this equipment effectively and assess the structural integrity of buildings before and during demolition.

Electrical engineering technicians work at the heart of engineering, installing and maintaining systems like switchgear, programmable logic controllers, and rail signalling equipment. Understanding engineering principles and processes is essential for assembling, fitting, and troubleshooting complex electrical infrastructure.

Electricians work with electrical control systems, renewable energy technologies, and smart building systems. Understanding engineering principles helps them install, maintain, and troubleshoot increasingly complex electrical infrastructure.

Electricity distribution workers maintain and repair complex power infrastructure including overhead lines, underground cables, and substation equipment. Understanding engineering principles helps them install, test, and troubleshoot the systems that keep the national grid running.

Formworkers assemble pre-made metal frames, scaffolding, and platforms, and need to understand how structural components fit together safely. Engineering principles around load-bearing, material strength, and construction methods are directly relevant to building formwork that performs reliably on site.

Furniture designers need to understand structural principles so that their pieces are safe, stable, and durable. Knowledge of how forces, loads, and joints work helps them design furniture that performs well in everyday use, especially for mass-produced items.

Gas service technicians install and maintain complex heating systems, controls, and safety devices. Understanding engineering principles – such as how mechanical and thermodynamic systems function – helps them troubleshoot problems and ensure installations meet strict safety standards.

Heat pump engineers install and maintain complex mechanical and electrical systems that move heat energy around buildings. Understanding engineering principles like system design, fluid mechanics, and control systems helps them install reliable, efficient heating setups.

Lift engineers work with mechanical and electrical systems, combining motors, pulleys, cables, and electronic controls into a single functioning system. Understanding engineering principles is essential for installing, maintaining, and troubleshooting this complex equipment.

Manufacturing systems engineers work at the heart of engineering – designing production lines, installing machinery, and improving manufacturing processes. Understanding engineering principles like systems thinking, mechanisms, and control is essential to every part of this role.

Marine engineering technicians work directly with mechanical and electrical engineering systems on boats, ships, and submarines. They install, service, and repair engines, propulsion systems, and onboard machinery, making engineering knowledge central to everything they do.

Materials engineers design manufacturing processes, develop prototypes, and investigate why components fail. Understanding engineering principles like structural analysis, design processes, and production systems is central to their everyday work.

Mechanical engineers work at the heart of engineering – designing, building, and maintaining machinery across industries like power, transport, and manufacturing. Studying engineering gives a direct foundation in the design processes, systems thinking, and problem-solving methods they rely on.

Mechanical engineering technicians work at the heart of engineering – installing, testing, and repairing industrial machines and components. Studying engineering gives a strong foundation in the systems thinking, problem-solving, and practical skills this role demands every day.

Metrologists work closely with engineering teams to ensure that manufactured parts and systems meet exact specifications. They inspect dimensions of machine parts, calibrate tools, and troubleshoot measurement problems – all of which require a solid understanding of engineering principles and manufacturing processes.

Motor mechanics work directly with engineered systems, from internal combustion engines to hybrid and electric drivetrains. Understanding engineering principles helps them read technical diagrams, follow manufacturer specifications, and troubleshoot complex mechanical and electrical faults.

Motorcycle mechanics deal with mechanical and electrical systems, from engines and gearboxes to fuel injection and braking systems. Understanding engineering principles helps them diagnose faults, carry out repairs, and ensure everything works safely and efficiently.

Non-destructive testing technicians work within engineering environments, testing components used in machinery, structures, and manufacturing. Understanding how engineered systems are designed and built helps them know where defects are most likely to occur and why certain tests are needed.

Nuclear technicians install, maintain, and repair complex equipment and control systems within power stations. Understanding engineering principles is essential for diagnosing faults, running inspections, and working safely with heavy industrial machinery.

Pipe fitters work within engineering construction, installing and maintaining industrial pipework systems in factories, ships, and power stations. Understanding engineering principles helps them plan installations, diagnose faults, and ensure systems meet safety and performance standards.

Plumbers install and maintain complex building services systems including central heating, water supply, and drainage. Understanding engineering principles helps them design efficient pipe layouts, troubleshoot mechanical faults, and work with renewable technologies like heat pumps and solar thermal systems.

Product designers work closely with engineering principles when designing products that need to function reliably and be manufactured at scale. They need to understand how mechanisms, structures, and systems work so their designs are practical and not just good-looking.

Prosthetists and orthotists work at the intersection of engineering and healthcare, applying engineering principles to solve problems of human movement and function. Understanding manufacturing processes, material properties, and mechanical systems is central to developing effective prosthetic and orthotic devices.

Rail track maintenance workers use engineering principles every day when inspecting, repairing, and maintaining railway infrastructure like tracks, bridges, and tunnels. Understanding how structures bear loads and how mechanical systems work helps them diagnose faults and carry out repairs safely.

Refrigeration and air-conditioning installers work with complex mechanical and electrical systems, including compressors, condensers, and control panels. Understanding engineering principles helps them install, maintain, and troubleshoot these systems, and can lead to designing cooling systems as they progress in their career.

Rolling stock engineering technicians work directly with mechanical, electrical, and pneumatic systems found in trains and rail vehicles. Understanding engineering principles is essential for diagnosing faults, disassembling components, and reassembling them to strict safety standards.

Roustabouts work directly with heavy drilling equipment, pumps, and mechanical systems on oil and gas rigs. Understanding engineering principles helps them maintain, prepare, and assist in repairing the complex machinery used in offshore drilling operations.

Signalling technicians apply engineering principles when installing new signalling systems, upgrading infrastructure, and carrying out maintenance. Understanding how mechanical and electrical systems integrate within the rail network helps them keep everything running safely.

Steel erectors work at the heart of engineering construction, assembling the structural frameworks of buildings, bridges, and stadiums. Understanding engineering principles – such as how structures support loads and how different components connect – is fundamental to the role.

Steel fixers work closely with engineering designers and need to understand how steel reinforcement strengthens concrete structures. Knowing how forces like tension and compression act on buildings helps them position bars and mesh correctly.

Structural engineers work at the heart of engineering, designing systems that keep buildings, bridges, and stadiums standing safely. Understanding engineering principles, design processes, and how to solve complex technical problems is central to everything they do.

Telecoms engineers apply engineering principles when setting up mobile, broadband, and data networks. They work with complex infrastructure – from underground cabling to satellite systems – and need to understand how these systems are designed, installed, and maintained.

Toolmakers apply engineering principles every day when producing precision components and maintaining machinery. Understanding engineering science and technology – including how different machines operate and how forces affect materials – is fundamental to the role.

Welders work across engineering construction, marine engineering, and manufacturing, joining components that must meet strict structural standards. Understanding engineering principles helps them select the right welding procedures and ensure their work can withstand the forces it will face in use.

Wind turbine technicians install, maintain, and repair complex mechanical, electrical, and hydraulic systems inside turbines. Understanding engineering principles helps them diagnose faults, carry out repairs, and keep turbines running efficiently in demanding environments.

3D printing technicians work with engineering principles when producing parts for cars, aircraft, and medical devices. They need to understand how components will perform under stress and how manufacturing processes affect the strength and precision of printed parts.

Acoustics consultants apply engineering principles when designing solutions to reduce noise and vibration in buildings, workplaces, and machinery. They work on projects ranging from soundproofing structures to developing medical equipment like ultrasound devices.

Agricultural engineering technicians work at the heart of engineering – helping to develop new products, install machinery, and solve practical problems in land-based industries. Understanding engineering principles, systems, and processes is central to everything they do.

Auto electricians work within complex mechanical and electrical systems, especially as vehicles increasingly use hybrid and fully electric powertrains. Understanding engineering principles helps them see how electrical systems interact with the rest of the vehicle and troubleshoot problems effectively.

Automotive parts advisors need to understand how vehicle systems work – from engines and braking systems to electrical components – so they can recommend the right parts. This technical knowledge of mechanical and automotive engineering is essential for advising customers and garages accurately.

Building technicians support engineers on construction projects and help plan the methods used at each stage of a build. Understanding engineering principles – from structural design to building services – is directly relevant to their role on site and in the office.

CAD technicians produce drawings for engineering projects across construction, manufacturing, and aerospace. Understanding engineering principles helps them interpret specifications, spot errors in designs, and communicate effectively with the engineers they work alongside.

Car manufacturing workers fix engines and frames to vehicle chassis and operate robotic welders and other production machinery. Understanding engineering principles helps them work with mechanical systems, follow technical processes, and troubleshoot problems on the production line.

CNC machinists work at the heart of engineering and manufacturing, producing precision components for a wide range of industries. Understanding engineering principles – including how machines work, material properties, and production processes – is essential for programming and operating CNC equipment effectively.

Electricity generation workers operate and maintain complex machinery including turbines, generators, and control systems. Understanding engineering principles helps them carry out scheduled maintenance, troubleshoot mechanical and electrical problems, and work effectively alongside engineers and contractors.

Electronics engineering technicians apply engineering principles when developing new products, building control systems, and setting up maintenance schedules. Understanding engineering design processes and manufacturing methods is central to the role.

Engineering construction technicians work directly within the engineering field – designing, installing, testing, and maintaining industrial systems and equipment. Understanding engineering principles like structures, forces, and mechanical systems is central to almost every task they carry out.

Engineering maintenance technicians work at the heart of engineering – servicing, repairing, and maintaining machinery and equipment across industries like manufacturing and transport. Understanding engineering principles is essential for diagnosing faults, reading technical drawings, and keeping complex systems running.

Engineering operatives work directly with engineering plans, machinery, and production processes every day. Understanding engineering principles helps them set up equipment, manufacture parts, and carry out repairs across different industries.

Estimators often work on civil and structural engineering projects, so they need to understand engineering principles and construction methods. This knowledge helps them assess what equipment, labour, and materials a project will require and how long each stage will take.

Forensic collision investigators examine vehicles and vehicle parts to understand how mechanical systems performed before and during a collision. Knowledge of how engines, brakes, steering, and suspension systems work helps them identify whether a technical failure contributed to the incident.

Gas mains layers install and maintain complex pipeline networks and gas pressure control equipment. Understanding engineering principles helps them work with mechanical systems, troubleshoot faults, and ensure infrastructure is built to last safely.

Heating and ventilation engineers work within building services engineering, installing and maintaining complex mechanical systems. Understanding engineering principles helps them design control panels, work with renewable energy heating systems, and troubleshoot faults in increasingly sophisticated equipment.

Maintenance fitters work directly with industrial machinery, pumps, motors, and control systems. Understanding engineering principles is essential for diagnosing faults, carrying out repairs, and installing mechanical equipment correctly.

Model makers often create scale models for engineering and architectural projects, so they need to understand how structures, mechanisms, and systems work. Engineering knowledge helps them build accurate prototypes and ensure models correctly represent the real thing.

Packaging technologists work closely with production engineers and need to understand how packaging will be manufactured at scale. They run production trials, troubleshoot machinery issues, and ensure their designs can be produced efficiently on factory lines.

Quality control officers often work in manufacturing and engineering environments, inspecting products and production processes. Understanding how machines, systems, and materials work helps them identify defects and assess whether changes to production methods are effective.

Quarry workers operate and maintain heavy plant machinery such as mechanical diggers, rock crushers, and drilling equipment. Understanding how mechanical systems work helps them carry out routine maintenance, spot faults early, and keep equipment running safely.