Master of Engineering (Biomedical) at The University of New South Wales

Engineers combine innovative thinking and technical expertise to develop creative solutions to natural and human problems. Engineers require up to the minute knowledge and expertise in their varying fields to maintain accreditation and offer the best solutions to their sector. This degree is designed for students interested in developing job prospects through specialisation, retraining or cross-training. You'll have the flexibility to specialise in one area or broaden your knowledge in other areas of Engineering. As you build on your knowledge, you'll meet the requirements to maintain professional accreditation standards and continue your professional development. Exciting and practical, this degree features complex, open-ended enquiry-based projects as well as many other opportunities to help you become a leader in your field. Students will develop their technical knowledge and ability to analyse engineering problems. They will also gain further skills in solving engineering problems and justifying professional decisions. The completion of an enquiry-based project provides a pathway towards postgraduate research degrees.

UNSW Master of Engineering Science (Manufacturing Engineering and Management) is a two-year, postgraduate degree that integrates engineering, technology and management. It's designed to cover a range of essential topics in product and process design, manufacture, project management and delivery. Manufacturing engineers are involved in all facets of production and have a broad knowledge of the design and operation of machines and systems, which means they often manage multidisciplinary teams. This masters defree is aimed at achieving quality, timely arrival, minimum costs and flexible manufacturing - with courses suited to those seeking management roles.

The Master of Engineering Science in Geotechnical Engineering and Engineering Geology is a 2-year full-time postgraduate degree at Australia's leading engineering faculty. The degree was developed to provide a deeper understanding of geotechnical theory to solve practical problems in areas including soil mechanics, rock mechanics, slope stability, foundation design, earthworks and dam engineering.