Control Systems Engineer

A control systems engineer designs and creates a set of devices that regulates systems, so basically a system that controls a system. Control systems are found for example, in the quality control of products, weapons systems, transportation systems, power systems, space technology and robotics. Control systems engineers design and manage the systems that guide and monitor machinery, usually using electronics or computers. They are also responsible for fixing malfunctions and analysing and researching designs.

Attributes: open-minded, imaginative, curious

Live Sound Engineer

A live sound engineer works at live events to make sure the sound is of appropriate value and high quality. Live sound engineers work in music, theatres, conferences, sports and other events that require sound projection. They work with producers to identify places where changes in sound level are required. Sound engineers are responsible for pre-recording sound effects needed, the wireless microphones used and the sound that performers hear on their monitors during a live event.

Attributes: hard-working, patient, imaginative

Solid State Physicist

Solid-state physicists study rigid matter, or solids using quantum mechanics, crystallography, electromagnetism, and metallurgy. They study how the large-scale properties of solid materials result from their atomic-scale properties. Solid-state physicists study the mechanical and thermal behaviour of solids including the thermal conductivity, the amount of energy that must be absorbed by a solid to produce a given change in temperature and the melting points of crystals. It is the electrical properties of a solid that are of most interest, in particular its electrical conductivity. This knowledge is used in the production of transistors and semi-conductors.

Attributes: committed, resilient, imaginative

Particle Physicist

A particle physicist is someone who looks at subatomic elements of matter, radiation and subatomic particles to discover how they exist, interact and shape the natural world. They seek to identify the most simple objects of which matter is composed of, and to understand the integral forces that drive their interactions and combinations. Experimental particle physicists design, build and develop the technology required to discover new particles beyond the Standard Model such as sensors, detectors and superconducting magnets. They use machines such as the Large Hadron Collider to find particles such as the Higgs boson. Theoretical particle physicists develop the advanced mathematical quantum theories which underpin the observed physics.

Attributes: imaginative, patient, resilient

Chemical Physicist

Chemical physicists study reactions and how two fields can interact with each other. They examine the structure of chemical particles, such as ions, molecules and polymers and explain why certain enzymes function due to their molecular shape. They watch how particle structure is altered when it goes through various chemical processes, such as combustion or sublimation. Chemical physicists test other reactions including energy-flow or the states of quantum particles.

Attributes: collaborative, communicative, imaginative

Physicist

A physicist is a specialist in the science that deals with matter and energy and their interactions. Physicists can work in theoretical analysis, where they develop ideas using computer simulations and mathematical modelling techniques to make predictions and explain behaviours. They may also be involved in experimental research where they design experiments to test theories. There are many areas physicist may be involved in such as developing new medical instruments and treatments, exploring robotics and artificial intelligence or investigating new ways to generate power.

Attributes: passionate, open-minded, imaginative

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Laser Engineer

A laser engineer is a scientist or engineer who has extensive training in designing, building, operating, and maintaining high-energy manufacturing or research laser equipment. Laser stands for light amplification by stimulated emission of radiation. Laser light has a specific wavelength and is concentrated in a narrow beam of very high-intensity light which can focus very accurately. Laser engineers can develop medical lasers which treat or remove tissues or scientific lasers which are used in areas such as laser scanners, nuclear fusion or microscopy. They may be involved with military uses of lasers which include guidance, target designation and directly as energy weapons, or with industrial and commercial uses such as entertainment, surveying or bird deterrents.

Attributes: curious, imaginative, resilient

Environmental Restoration Planner

An environmental restoration planner conducts laboratory and field tests to monitor the environment and investigate sources of pollution, including those affecting health. Their work includes inspecting establishments, including public places and businesses to ensure that there are no environmental, health, or safety hazards and setting up and maintaining equipment used to monitor pollution levels. They will collect samples of air, soil and water for laboratory analysis and perform scientific tests to identify and measure the levels of pollutants in these samples.

Attributes: passionate, creative, imaginative

Geophysicist

A geophysicist is someone who studies the Earth using gravity, magnetic, electrical, and seismic methods. They assist the oil and gas industries by creating a picture of what lies below the earth’s surface by collecting data on seismic waves, which move through and around the earth. Geophysicists are responsible for controlling the quality of the seismic data collected and interpreting it in order to create maps of the build-up of hydrocarbons. They examine the physical properties of rocks, as well as gathering data in order evaluate areas for environmental hazards or to build dams and construction sites.

Attributes: curious, observant, imaginative

Product/Process Development Scientist

Product and process development scientists improve the efficiency and profitability of manufactured products. Process development scientists optimise the performance of manufacturing systems. They identify and develop new processes for product manufacture and implement process controls to ensure the products are of a high quality. Product development scientists work with research scientists to develop new ideas and scientific discoveries to be used in the manufacture of new products. They also develop and improve existing products.

Attributes: organised, imaginative, open-minded