COURSE CURRICULUM

The Flexible Engineering major at UTS offers a learning experience designed to develop a broad foundation in scientific, mathematical and practical engineering principles while allowing students to tailor their study path to match their interests. Throughout the course, students build strong analytical skills by working with mathematical concepts, modelling techniques and scientific methods that underpin modern engineering practice. This major also focuses heavily on real-world application, teaching students how to design, create and optimise solutions for problems encountered across different industries. As students progress, they learn to identify challenges, evaluate options and implement effective solutions through hands-on projects and team-based activities. Collaboration is an essential part of the program, ensuring graduates develop valuable communication and teamwork abilities that are crucial for managing projects and working with diverse groups of people. The core subjects introduce key topics such as physical modelling, mathematics, engineering project appraisal, sustainable design practices, communication in engineering and collaboration in complex projects. Students also undertake subjects that prepare them for professional practice, helping them understand workplace expectations, ethical responsibilities and industry standards. By gaining exposure to both technical and professional skills, students become adaptable engineers who can work across a wide range of fields. The flexibility of the major enables students to integrate knowledge from multiple engineering disciplines, supporting creative thinking and innovation. This approach prepares graduates to contribute to emerging technologies and multidisciplinary projects that require broad expertise rather than a narrow focus. Overall, the Flexible Engineering major equips students with a combination of analytical ability, practical experience and teamwork skills, making them highly sought after in various industries and well prepared to tackle real engineering challenges.