Materials transform our world from the optical fibres used in telecommunications, the silicon used in microchips, to the nanotechnologies changing our medical care. Materials science is about how we apply science in designing and testing new materials, how we explore the physics and chemistry of materials, and how we can improve the existing materials on which our societies and industries are built. This degree When you study materials science you'll explore the ways in which new materials are changing our world. You'll find out how to measure and control the strength of metals and polymers, learn about the structure of crystals and glasses, or discover how semiconductors work. This course will provide you with the scientific knowledge and technical skills necessary for a successful materials based career in areas such as quality control and laboratory testing, materials process control, and research and development in government and private sector laboratories. What you will study When you choose the Bachelor of Science majoring in Materials, you will study core materials subjects such as the detailed structure of the properties of metals, alloys, ceramics, polymers and composites. Electives in second and third years are selected from a list of subjects in the fields of Materials, Chemistry or Science and Technology Studies. Course Learning Outcomes Students graduating from the Bachelor of Science (Materials) will be able to: Demonstrate coherent knowledge of the chemistry and physics in materials, including metallic, ceramic and polymeric materials. Demonstrate fundamental materials knowledge including material microstructures, material thermodynamics, material mechanics, and phase transformations. Demonstrate skills in carrying out microscopic observation, mechanical and physical properties testing, and interpretation of the interrelationship between the material process condition, microstructure, and performance in application. Apply critical thinking and problem solving skills in design and diagnosis of materials composition, processing, application, and failure in material scientific researches and industrial applications of materials. Communicate clearly and coherently knowledge and ideas to others. Career opportunities Biomedical Engineer Computer Architect Computer Systems Engineer Civil Engineer Construction Manager Electronics Engineer Electrical Engineer Environmental Engineer Geotechnical Engineer Materials Engineer Mechanical Engineer Metallurgist Mining Engineer Network Engineer Production Engineer Security Engineer Software Engineer Structural Engineer Systems Analyst Telecommunications Engineer Transport Engineer Water Quality Manager.