What can you do with Design & Technology?

Civil engineers create detailed design plans and models, choosing appropriate materials and construction methods for each project. Understanding the design process – from initial concept through to prototyping and testing – is central to how they develop practical engineering solutions.

Clinical engineers go through a full design process – from identifying a clinical need to prototyping, testing, and refining medical devices. Skills in materials selection, CAD modelling, and practical problem-solving are used daily when creating equipment like surgical instruments or prosthetics.

Construction contracts managers need to understand how buildings are designed and constructed so they can draft realistic plans and estimates. Familiarity with materials, construction methods, and technical drawings helps them assess whether work meets the standards set out in contracts.

Construction managers review building plans and work closely with architects and engineers, so understanding how structures are designed and built is essential. Knowledge of materials, construction methods, and technical drawings helps them assess quality and solve practical problems on site.

Design and development engineers create and refine products from initial concept through to manufacture, using skills like prototyping, materials selection, and iterative design. The design process taught in this subject – identifying problems, generating solutions, and testing them – mirrors exactly what these engineers do every day.

Electrical engineers draw up technical diagrams, create project plans, and use engineering design software to develop their ideas. Understanding the design process – from concept through prototyping to testing – is central to how they work on every project.

Ergonomists contribute to the redesign of equipment, tools, and systems so they work better for the people using them. Understanding the design process – from identifying a problem to prototyping and testing solutions – is central to this work.

Fire safety engineers assess building designs, recommend fire-resistant construction materials, and evaluate how different components fit together in a structure. Understanding materials, manufacturing processes, and how designs translate into real buildings is central to their work.

Heavy vehicle technicians use hand and power tools to dismantle, repair, and reassemble mechanical parts. Understanding how components are designed and manufactured – and being confident working with materials and tools – is central to the job.

Helicopter engineers read and interpret detailed technical drawings and use specialist tools to carry out hands-on repairs and modifications. Understanding materials, manufacturing processes, and how components fit together is essential for maintaining aircraft safely.

Marine engineers work with naval architects to design vessels and components, reading and creating technical drawings and CAD models. They also solve practical problems during construction and repair, choosing appropriate materials and manufacturing methods for marine environments.

Motorsport engineers design prototypes, build physical models, and use CAD software to develop vehicle components. Understanding the design process – from concept sketches through to manufacturing and testing – is fundamental to the role.

Naval architects go through a full design process – from initial concept sketches to detailed technical drawings and prototypes. They need to understand materials, manufacturing methods, and how to turn a design into something that can actually be built in a shipyard.

Offshore drilling workers use, repair, and maintain a wide range of tools and heavy machinery. Practical skills like understanding how mechanical systems are assembled, reading technical plans, and working confidently with your hands are central to the job.

Production managers need to understand how products are made, including materials, manufacturing methods, and quality standards. Knowledge of production techniques – from prototyping to mass manufacture – is central to planning and managing production runs effectively.

Quantity surveyors need to understand construction materials, building methods, and how structures are put together. This knowledge helps them accurately estimate what a project will cost and spot potential problems before they become expensive.

Roadside assistance technicians work hands-on with tools, mechanical components, and vehicle systems every day. Understanding how things are designed, built, and assembled helps them quickly diagnose faults and carry out effective repairs at the roadside.

UX designers follow a structured design process – researching user needs, generating ideas, prototyping solutions, and testing them iteratively. This cycle of designing, making, and refining is central to Design and Technology and mirrors exactly how UX teams work in practice.

Aerospace engineering technicians read technical drawings, use CAD software to create 3D models of parts, and work hands-on with tools and materials to build and fit components. Understanding the design-to-manufacture process is a key part of their daily work.

Agricultural engineers design solutions to practical problems, from creating new equipment to modifying existing machinery for specific tasks. Skills in technical drawing, working with materials, and understanding how products are manufactured are used daily in this role.

Architectural technicians create detailed construction plans and develop specifications for building work. Understanding materials, construction methods, and the design process is central to producing technical drawings and solving practical building challenges.

Architectural technologists turn design concepts into detailed technical plans, selecting appropriate construction materials and solving practical building challenges. Understanding the design process, materials, and how things are constructed is central to their daily work.

Art editors use the design process daily, from developing initial concepts to producing finished page layouts. Understanding how to work through design briefs, iterate on ideas, and use tools to create polished visual outputs is at the core of the role.

Automotive engineers develop new vehicle concepts from initial sketches through to physical prototypes and production-ready designs. Understanding materials, manufacturing processes, and the design cycle helps them create components that are practical to produce and fit for purpose.

Boat builders work with a wide range of materials – wood, fibreglass, laminates, and metals – to construct hulls, decks, and fittings. They read design plans, use hand and power tools daily, and need to understand how different materials behave when shaped, joined, and finished.

Bricklayers work with tools, materials, and technical drawings every day, from reading building plans to shaping bricks with hammers, chisels, and power tools. Understanding how materials behave and how to use equipment safely and accurately is central to the job.

Building services engineers read and create technical drawings, work with CAD software, and solve practical design problems when planning how systems fit within a building. Understanding materials, manufacturing processes, and the design cycle helps them turn concepts into workable installations.

Building site inspectors need to understand how structures are designed, how materials behave, and how different components fit together. Reading and interpreting technical drawings and project plans is a core part of checking that construction work matches what was specified.

Carpenters work with wood and other materials every day, cutting, shaping, and joining them to create structures and fittings. Design and Technology builds core skills in using hand tools and machinery, reading technical drawings, and understanding how materials behave – all essential for this career.

Ceiling fixers read technical drawings, work with hand and power tools, and solve practical problems on every job. Understanding materials, construction methods, and how to translate a plan into a finished installation is central to the role.

Civil engineering technicians create technical drawings, work with materials, and solve practical design problems on construction projects. Understanding the design process and how to turn plans into real structures is central to their work.

Conservators work extensively with their hands, using tools like scalpels and precision instruments to clean, repair, and reconstruct objects. Understanding materials, construction methods, and craft techniques is essential for restoring items using methods true to the original.

Construction plant mechanics use hand tools and specialist equipment every day to service and repair heavy machinery. Practical skills like working with materials, reading technical drawings, and understanding how mechanical components fit together are central to the job.

Construction plant operators work with heavy machinery and need to understand how mechanical systems, attachments, and equipment function. Reading technical plans and understanding how structures and foundations are built helps them carry out tasks like digging trenches and creating foundations accurately.

Construction site supervisors examine building plans, check construction quality, and manage the delivery of materials. Understanding how structures are designed, how materials behave, and how things are built is essential for inspecting work and spotting problems on site.

Costume designers construct garments and accessories using a wide range of materials, tools, and techniques – from sewing and pattern-cutting to working with unusual fabrics and trims. Understanding how materials behave and how to solve practical construction problems is essential for bringing designs to life.

Crane drivers work with heavy machinery and need to understand how mechanical systems, controls, and structural components function. Reading technical plans and carrying out practical safety checks on equipment are core parts of the job.

Demolition operatives need to understand how buildings and structures are put together in order to take them apart safely and efficiently. They work with a wide range of tools and cutting equipment, and must read technical plans to identify load-bearing elements before dismantling begins.

Dental technicians design and build custom dental devices like crowns, bridges, braces, and dentures using precision tools and equipment. They work with materials such as gold, porcelain, and plastic, shaping them to exact specifications – making strong practical design and manufacturing skills essential.

Dispensing opticians work with their hands to fit, adjust, and repair frames, using specialist tools and materials. Understanding how different materials behave and how products are constructed helps them ensure glasses are comfortable and durable.

Dryliners work with a range of tools and materials to build internal walls, ceilings, and flooring systems. Understanding how to read technical plans, work with timber and metal frames, and solve practical construction problems is central to the job.

E-learning developers follow a design process to turn learning objectives into functional digital products. They prototype, test, and iterate on course materials, thinking carefully about how users will interact with the content and how to make it accessible and intuitive.

Electrical engineering technicians read technical plans, use hand and power tools, and solve practical problems when installing or repairing equipment. Skills in working with materials, understanding how systems are constructed, and following design specifications are part of their everyday work.

Electricians read technical plans, work with tools and materials, and solve practical problems on every job. Understanding how buildings and systems are put together helps them plan installations and find the best route for cables and wiring.

Electricity distribution workers follow technical plans, use specialist tools, and solve practical problems on every job – from erecting steel towers to connecting components in substations. Understanding materials, construction methods, and how to interpret technical drawings is central to the work.

Facilities managers coordinate refurbishments, renovations, and office moves, which requires understanding how buildings and spaces are designed and constructed. Knowledge of materials, building systems, and practical problem-solving helps them plan maintenance work and oversee contractors effectively.

Farmers use, repair, and maintain a wide range of machinery and equipment, from tractors and harvesters to irrigation systems. Practical skills in working with tools, materials, and mechanical systems are part of daily life on a farm.

Fashion designers work hands-on with fabrics, patterns, and construction techniques to turn their ideas into real garments. Understanding materials, manufacturing processes, and how to use tools like sewing machines and cutting equipment is essential for producing quality samples.

Footwear designer-makers work with materials like leather and fabric, use patterns and moulds, and build prototypes by hand. Understanding how to work with different materials, use tools safely, and move from a design concept to a finished product is central to this career.

Formworkers build temporary structures from wood and metal using hand and power tools, which requires strong practical workshop skills. They read and interpret technical plans, select appropriate materials, and solve construction problems on site – all core skills developed in Design and Technology.

Furniture designers work with materials like wood, metal, and textiles, and need to understand how these behave when shaped, joined, and finished. They build prototypes and models, using practical workshop skills alongside knowledge of manufacturing processes to turn ideas into real products.

Gas service technicians work with tools, pipes, fittings, and mechanical components on every job. Reading technical drawings, understanding how systems are assembled, and solving practical problems on site are all skills closely linked to design and technology.

Heat pump engineers work with tools, pipework, and components, and need to read technical plans to figure out how systems fit into a building. Practical problem-solving skills and understanding how materials and structures work together are essential for every installation.

Heritage officers review building plans and engineering drawings, and need to understand construction methods and materials. Knowing how structures are designed and built helps them assess the condition of historic buildings and advise on appropriate conservation work.

Interior designers need to understand materials, construction methods, and how things are made and assembled. They work with fittings, furniture, and fixtures, and need to know how different materials behave in real spaces – from flooring to wall coverings.

Kitchen and bathroom designers work with materials, fittings, and construction methods every day – choosing worktops, cabinets, and appliances that need to fit together practically and look good. Understanding how products are designed, manufactured, and assembled helps them create spaces that actually work.

Kitchen and bathroom fitters work with tools, materials, and technical drawings every day. They measure and set out work areas, install units and appliances, and solve practical problems on site – all skills that are central to Design and Technology.

Land surveyors read and produce technical drawings, work with precision instruments, and use computer-aided design (CAD) software to create detailed maps and charts. Understanding the design process and how to communicate spatial information visually is a key part of the role.

Landscape architects select construction materials, design structures like paths and seating areas, and solve practical problems about how spaces will be built and used. Understanding materials, manufacturing processes, and technical drawing is central to turning their designs into reality.

Landscapers build physical structures like paths, walls, water features, and rock gardens using a range of tools, materials, and machinery. Understanding construction techniques, reading plans, and working with different materials are all central to the job.

Lift engineers read and interpret wiring diagrams and layout plans, and work hands-on with tools and materials every day. Understanding how components fit together and how to solve practical construction problems is central to the role.

Manufacturing systems engineers produce design plans, build prototypes, and use CAD/CAM software to develop new installations. Understanding the design process – from identifying a problem through to testing a solution – is central to this career.

Marine engineering technicians work with tools, materials, and technical plans to build and repair marine systems. Skills like reading engineering drawings, understanding manufacturing processes, and using computer-aided design (CAD) are a regular part of the job.

Materials engineers develop prototypes and design new manufacturing processes, which requires strong practical understanding of how materials are shaped, joined, and finished. Knowledge of material properties and how design choices affect performance is directly relevant to this career.

Mechanical engineers turn ideas into technical plans and physical products, using skills like sketching, prototyping, and computer-aided design (CAD). Understanding materials, manufacturing processes, and how to refine a design through testing is central to the role.

Mechanical engineering technicians design parts using CAD software and build or modify physical components. Understanding the design process, materials, manufacturing methods, and how to turn an idea into a working product is central to the role.

Medical illustrators use design processes to plan and produce visual materials for teaching, research, and publicity. Understanding how to take a brief, develop concepts, and create finished products using both physical and digital tools is central to their work.

Metrologists inspect finished products, tools, and machine parts to check they have been made to the correct dimensions. Understanding how products are designed and manufactured – including tolerances, materials, and production methods – helps them identify where problems may have occurred.

Motor mechanics work with hand tools and specialist equipment every day to disassemble, repair, and reassemble vehicle components. Understanding how mechanical systems are designed and how materials behave under stress helps them diagnose problems and carry out effective repairs.

Motorcycle mechanics work hands-on with tools, components, and mechanical systems every day. Understanding how parts are designed, how materials behave under stress, and how to read technical diagrams is essential when stripping down and rebuilding engines or customising bikes.

Paint sprayers use specialist equipment, prepare surfaces, and apply finishes to a high standard – all practical skills developed in Design and Technology. Understanding materials, surface preparation techniques, and how to achieve a quality finish is central to the job.

Pipe fitters work with tools, materials, and technical drawings every day – making or modifying parts in a workshop and assembling components for installation. Understanding how to read engineering designs and work practically with metals and other materials is central to the job.

Plumbers work with tools and materials every day – cutting, shaping, and joining pipes and fittings to create functional systems. Understanding how to read technical plans, select appropriate materials, and solve practical construction problems is central to the job.

Product designers use design processes every day – from initial sketches and material selection to building prototypes and testing them. Understanding how different materials behave and how manufacturing methods work is essential for creating products that can actually be made and used.

Prosthetists and orthotists design and build custom devices tailored to individual patients, working through a full design process from assessment to finished product. They use CAD software, 3D printing, and hands-on fabrication skills to create prosthetic limbs and orthotic supports.

Rail track maintenance workers use hand tools and machinery to lay tracks, replace sleepers, and repair infrastructure. Practical skills like working with materials, reading technical drawings, and understanding how things are constructed are central to the job.

Refrigeration and air-conditioning installers plan the layout of pipework, ducts, and control panels, and work hands-on with tools and materials to fit components. Understanding how to read technical plans, work with different materials, and solve practical construction problems is central to the job.

Rolling stock engineering technicians follow technical plans, use hand and power tools, and work with a wide range of materials and components. Practical skills like measuring, cutting, fitting, and assembling parts are central to their day-to-day repair and maintenance work.

Roustabouts use tools and work with their hands every day – repairing equipment, checking pipes, and operating lifting gear. Practical skills in using, maintaining, and understanding how mechanical systems are put together are central to the role.

Scaffolders work with tools, materials, and technical drawings every day, following detailed work plans to assemble structures. Understanding how components fit together and how to solve practical construction problems is central to the role.

Shopfitters work with wood, metal, glass, and plastic to make and install fixtures and fittings, using both hand and power tools. Understanding materials, construction techniques, and how to read technical drawings is central to their daily work in workshops and on site.

Smart home installers read technical plans, work with tools and materials, and solve practical problems when fitting equipment into buildings. They need to think about how systems integrate into the physical structure of a home, routing cables and positioning devices for the best performance.

Stage managers oversee sets, scenery, furniture, and props, and need to understand how these are constructed, assembled, and safely moved. They coordinate the setting up and taking down of equipment, so practical knowledge of materials, tools, and construction methods is really valuable.

Steel erectors read technical engineering plans, work with tools and heavy materials, and solve practical problems on site. Experience with technical drawing, understanding how structures are assembled, and hands-on skills with materials are all directly relevant to this work.

Steel fixers use hand and power tools daily to cut, bend, and shape steel bars and mesh. Understanding how to work with materials, read technical drawings, and follow construction plans is central to the role.

Stonemasons work with hand and power tools to saw, carve, dress, and polish stone blocks, and they read design plans to build walls, archways, and window frames. Understanding materials, construction techniques, and how to turn a design into a finished product is central to the job.

Structural engineers read and create technical drawings, select appropriate materials, and develop practical solutions to construction challenges. Understanding the design process – from concept through to a finished structure – helps them turn ideas into safe, buildable designs.

Toolmakers work with lathes, presses, cutting machines, and injection moulds to produce precision tools and parts. Understanding materials, manufacturing processes, and how to read and interpret technical drawings is central to their daily work.

Welders read technical drawings, work with a wide range of tools and materials, and follow detailed construction plans every day. Understanding how to shape, join, and manipulate materials – and how to use workshop equipment safely – is central to the job.

Wind turbine technicians work hands-on with tools, materials, and technical drawings every day. Understanding how mechanical components fit together and how to use equipment safely is central to installing and maintaining turbine systems.

3D printing technicians create digital models and prototypes based on customer needs, working through the full design-to-manufacture process. They select appropriate materials, apply finishes like sanding and polishing, and understand how design decisions affect the final printed product.

Acoustics consultants assess how building designs and material choices affect sound levels, and recommend practical modifications. They need to understand construction methods and materials to advise on soundproofing, insulation, and structural changes.

Advertising art directors go through a design process on every project – from initial concept sketches to final production. Understanding how to develop ideas through prototyping, iteration, and working within practical constraints like budgets and materials is central to the role.

Agricultural engineering technicians design and build equipment, read technical drawings, and work with a wide range of materials and tools. Understanding the design process – from concept through to prototype and testing – is a key part of developing new agricultural products.

Audio visual technicians solve practical problems on every job – rigging equipment, routing cables, and adapting setups to different venues. Being comfortable working with tools, reading technical plans, and thinking through how systems fit together physically is a core part of the role.