 At the University of Greenwich, we can help you gain a solid foundation in all aspects of engineering. If you're interested in a career where you can contribute to knowledge, improve the quality of life, and reduce negative impact on the environment we live in, then engineering at the University of Greenwich is the place to be. We offer a range of engineering courses to suit all industries and interests. With expert teaching and top-of-the-range facilities across all campuses, you choose the area you want to specialise in. Construction is the process of building, designing and creating structures. This can include residential, commercial and industrial buildings, as well as roads, bridges and other infrastructure. Quantity surveying is a field that involves measuring, estimating and managing construction costs. Quantity surveyors work on construction projects to ensure they're completed within budget and on schedule. They also estimate the value of existing assets. Civil engineering focuses on the design, construction and maintenance of the built environment. It's a discipline that deals with the design, analysis and management of both constructed and naturally built systems that supports human activities. This includes residential and commercial buildings, roads, bridges, water supply and drainage systems, railways, manufacturing and power generation plants, and much more. Computer engineering combines computer science and electronic engineering. It involves the design, development and networking of computer hardware to achieve larger tasks. These are embedded into all our electronic devices, both fixed and mobile devices. Cybernetics is a branch of computer engineering that studies interactions between humans and machines. It involves the analysis of feedback and control systems, as well as the development of artificial intelligence and robotics. Chemical engineering involves the design and operation of processes that convert raw materials into useful products. This can include the production of chemicals, fuels, pharmaceuticals, food, water treatment and many more. Chemical engineering has applications in almost any industry we can think of. Mechanical engineering is a field that focuses on the design, development and operation of mechanical systems, including machines, components and processes. Mechanical engineers play a role in the design and development of most of the things we see around us, from the tiniest electrical and medical device up to the largest battleship. They are hugely in demand by and have application in almost every industry. Electrical and electronic engineering involves the design, development and maintenance of electrical and electronic systems, ranging from the tiniest low power portable electronic devices and gadgets to the control of complicated industrial processes, all the way to the generation and distribution of electrical power, including renewables. Engineering technology applies engineering principles and techniques to the development and operation of practical systems. It involves the use of tools and equipment to design, build and test technical systems. The field of engineering management combines engineering principles with managerial aspects that are critical for engineers working in a team and ultimately transitioning to management within organizations. It involves the planning, organization and control of engineering projects and resources. Engineering design and innovation focuses on products and ideas and how to move them from concepts to finished products, processes and systems. This based on engineering principles and creative problem solving. Create the future. Make advances by studying a course in engineering. Apply now.