Master of Architectural Science (High Performance Buildings) (Illumination Design) in Darlington Australia | The University of Sydney

This distinctive program opens doors to a fulfilling career in the built environment sector, specializing in high-performance buildings with a focus on illumination design. Graduates gain comprehensive, research-backed knowledge about sustainable building design, operation, and service delivery, along with specialized expertise in lighting principles. Architectural Science professionals, skilled in analyzing and managing physical building phenomena, significantly influence architectural spaces' functionality, aesthetics, and energy performance. Students can pursue single or double stream options, with the latter combining core units from a secondary degree as electives in the primary degree. The 96-credit double stream program spans two years, enabling students to integrate knowledge from complementary Architectural Science disciplines and prepare for diverse built environment careers.

The University of Sydney's High Performance Buildings program stands alone in Australia, offering pathways into various built environment sectors such as building services, facilities management, architecture, sustainable development, and property management. Designed for graduates from science, engineering, architecture, and planning backgrounds, this industry-informed program produces professionals capable of working with design teams, builders, and facility managers to deliver sustainable solutions that set global benchmarks. Students benefit from cutting-edge facilities like the IEQ laboratory, which studies environmental factors including lighting, acoustics, and air quality. The program develops skills to enhance building efficiency, occupant comfort, and health outcomes in both commercial and residential settings.

The Illumination Design specialization provides rigorous training in visual perception, light measurement, lighting technologies, and sustainability considerations. Ideal for architects, engineers, interior designers, and related professionals seeking advanced lighting knowledge, this globally unique program cultivates multidisciplinary lighting expertise. Students explore connections between lighting and other building disciplines, along with the interplay of optics, psychology, and physiology. The curriculum prepares graduates to embrace technological advancements and drive innovation in lighting design.