Bachelor of Built Environment (Honours) (Landscape Architecture)/Bachelor of Science

The Bachelor of Built Environment (Honours)Bachelor of Science is an undergraduate double degree consisting of 528 credit points and is normally completed in five and a half years of full-time study. You will engage in a variety of work-integrated learning and research experiences, integrated across your double degree. This will ensure that you are a job and research ready graduate with a broad multi-disciplinary knowledge of planning, landscape architecture and a depth of knowledge in environmental science andor climate science.Bachelor of Built Environment (Honours) component: You must complete the 312 credit point major along with a core 12 credit point work integrated leaning (WIL) unit.
Bachelor of Science component: You must complete 54 credit points of Science core units, a 6 credit point option unit and a 120 credit point Science Major.
Choose from majors in Climate Science or Enviornmental Science to support your double degree with sound knowledge in global change, sustainability, air and water quality and climate change mitigation measures. Bachelor of Science (Climate Science)
Gain sought-after skills in data analysis, problem-solving, and communication to make a meaningful impact on the forefront of climate science. Engage with real-world scenarios like climate hazards affecting Australia's social cohesion, human health, environment, infrastructure, and economy. Drive innovative solutions, influence policies, and empower communities through a course emphasising climate science, ocean-atmosphere interaction, global change, sustainability, air and water quality, and climate change mitigation. Equip yourself to address challenges in sea level change mitigation, local climate adaptation, sustainable resource management, and coastal ocean climate mitigation.Bachelor of Science (Environmental Science)
Acquire skills in environmental planning and management to address global challenges like climate change and wildlife conservation. Contribute solutions to environmental issues including climate change, air, water, and soil quality, and water resources. Learn through theoretical, practical, and field classes with real-world industry examples. Benefit from guest lectures, site visits, and work-integrated learning for practical industry experience. Access advanced laboratories and fieldwork opportunities in Australia with top-notch faculty in their respective research fields.