Collaborate across disciplines, solve complex problems and enhance material properties to design fit-for-purpose products. Youll delve into areas like polymeric materials, renewable energy production and storage, durability, biomaterials and biomechanics, additive manufacturing and sustainability.<br>See how cutting-edge materials are reshaping industries. From 3D-printed jet engines that fast track production and more efficient solar panels, to antimicrobial therapeutics that fight bacteria and biodegradable tissue scaffolds.Materials engineers prepare and enhance the materials of today to meet the demands of tomorrow.<br>Careers in Materials engineering<br>Material engineers are problem solvers at their core and closely collaborate with other specialists like chemists, physicists and biologists to design fit-for-purpose solutions. Demand for materials engineers remains high and in this multidisciplinary field you might:<br>Refine tissue engineering to repair damaged organs,Design smart fabrics that act as a sensor to control vehicles<br>Apply 3D bioprinting to generate living tissue for personalised treatments, Develop lighter, stronger materials for flight and space travel<br>Work with bioscientists to detect drugs and toxins, Create nanoparticles that seek out and destroy cancer