Sports Scientist

Sports scientists require the ability to analyse physical and sporting performance alongside the ability to apply scientific ideas and principles. They work with sports coaches and sports therapists to improve the performance of individuals and teams, work with doctors to help people improve their health through exercise and work with hospitals and other health organisations in areas such as cardiac rehabilitation. When they are not directly working with athletes, sports scientists work on research projects to gather new information on a wide variety of sports-related topics. They use specialist equipment to measure the effects of things such as sports shoes, clothing and nutrition on an athlete’s body and offer advice on the design and manufacture of sports equipment.

Attributes: collaborative, resilient, communicator

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Colour Technologist

A colour technologist uses the science and technology of colour application and its subsequent performance. They are responsible for developing and producing dyes and pigments for manufacturing areas such as textiles, paints and inks for printers. Colour technologists can be involved in all stages of the production process, from design to testing and marketing. Work may include developing new dyes and pigments to provide specified colours, monitoring colour reliability during production, testing the colourfastness and stability of dyes and pigments under simulated conditions over typical life-spans and refining processes for the production of dyes and pigments to save costs and minimise environmental impact.

Attributes: creative, organised, attention to detail

Systems Engineer

Systems engineers design and create systems to meet specific needs by combining and integrating people, components and processes into a whole system and ensuring each of those components work correctly. Systems are used in industrial processes to increase output, but a toilet, a refrigerator, an air conditioner, an automatic iron, a car and even the human body are all systems. Larger systems include moveable bridges, manufacturing plants or the International Space Station.

Attributes: collaborative, imaginative, resilient

Mechatronic Engineer

Mechatronic engineers combine aspects of both mechanical engineering and robotic engineering into one discipline, called mechatronic engineering. They create smart machines that have an awareness of their surroundings for many different purposes and industries. Mechatronic engineers are involved in the entire development of smart machines, from design and testing to manufacture. Mechatronic engineers may work in a lab, processing plant or engineering office. They may be involved developing in robotics, bio-engineering, nanotechnology or in manufacturing unmanned vehicles or medical machines.

Attributes: imaginative, collaborative, curious

Robotic Technician

Robotic technicians work with a team of robotics professionals, assisting mechanical engineers, electronics engineers, and robotics engineers in designing, manufacturing, testing, and repairing robots. A robotics technician acts as a liaison between the development team and the customer. They perform the installation of the robot and provide training on its functions. Robotic technicians are also in charge of maintenance and repairs. They may work in for the government in defence, for the medical industry or in the manufacturing industry.

Attributes: self-motivated, patient, resilient

Automotive Engineer

Automotive engineers are involved with the building, designing and testing of cars and motorbikes, as well as other vehicles in the automotive sector such as trucks. They may work on designing and building any part from the body to the chassis underneath the vehicle to the engine systems and the electrical components which go within the vehicle.

Attributes: hard-working, collaborative, observant

Civil Engineer

Civil engineers are responsible for the designing and building of structures such as bridges, transport links and road systems as well as larger structures such as stadiums. Civil engineers work in both the public and private sector, planning projects with clients, analysing surveys, creating blueprints, checking the risks and the effects on the environment and managing and checking progress at each stage of the project.

Attributes: open-minded, organised, resilient

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Mechanical Engineer

Mechanical engineers are responsible for designing and building products used in many different fields including manufacturing, construction, health and transport. Mechanical engineers develop processes and products ranging from small components to large machinery or vehicle design. They can be involved in all stages of a product or process from the research and development through to installation.

Attributes: creative, communicative, hard-working

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Solar Array Manufacturing Engineer

Solar Array Manufacturing Engineers are experts in utilising sunlight to generate electricity. They work on large arrays of solar panels which usually sit in ordered rows for example, in the desert. Solar array manufacturing engineers work in the manufacturing, construction, and maintenance of solar power materials and solar power plants. They may also work on developing low-cost solar panels for space applications.

Attributes: creative, self-motivated, organised

Aerospace Engineer

Aerospace engineers design, build and maintain aircraft, spacecraft, satellites, and missiles. They may be involved in creating and testing prototypes, researching ways to make fuel efficient parts, developing weapons or navigations systems and supervising the fitting of aircraft or spacecraft and their components.

Attributes: creative, passionate, logical