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School of Applied Sciences

School of Applied Sciences. Designing the Future. Molecules  Materials  Function. Applied Science Programs - Breadth Versus Depth. Single bachelor degrees (3 years) - Applied Science multimajor (BP229) or a flagship program Double bachelor degrees Integrated Honours degrees (4 years)

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School of Applied Sciences

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  1. School of Applied Sciences • Designing the Future Molecules  Materials  Function

  2. Applied Science Programs - Breadth Versus Depth • Single bachelor degrees (3 years) - Applied Science multimajor (BP229) or a flagship program • Double bachelor degrees • Integrated Honours degrees (4 years) • Masters by coursework, graduate diploma and graduate certificate • Master by research, Doctor of Philosophy (PhD)

  3. Science Programs – An Overview 3 – Year programs with an ATAR of 65+ • Applied Sciences • Biotechnology & Biology /Bioscience • Food Science & Technology • Environmental Science • Chemistry • Physics 4 - Year programs with an ATAR of 80+ • Nanotechnology • Double Degrees with Engineering • Double Degree with Business • Double Degree Biotechnology/ Biomed • Deans Scholars Program

  4. Bachelors of Science Applied Science BP229 • In addition to Applied Chemistry, Biological Sciences and Physics which have named degree plan, you can major in Biotechnology, Environmental Sciences and Food Science. • All seven major disciplines in this program follow this common plan: • 7 core courses • 11 specialised courses to define a major • 4 science electives • 2 student electives BH101 Deans Science Scholars program Deans Scholars – 4 years integrated Hons with a much stronger emphasis on independent research skills from the onset.

  5. Biotechnology and Biosciences - Degrees • Biological Sciences BP229, 3 Years (within the Applied Science Program) • Biotechnology BP226, 3 Years • Deans Scholars program BH101, 4 year integrated Hons • Biotechnology/Biomedical Science double degree BP293, 4 years • Chemical Engineering/Biotechnology BP159, 5 Years

  6. Biotechnology & Biosciences – Plant & Animal Biology • Structure & Function • Plant and Animal Diversity • Cell & Tissue Culture • Marine Biology

  7. Biotechnology and Biosciences • Genetics • Immunology • Cell & Tissue Culture • Clinical Microbiology

  8. Biotechnology and Biosciences – Cell & Microbiology • Cell Structure & Function • Microbiology • Food Microbiology • Industrial Microbiology

  9. Biotechnology and BiosciencesMolecular Biology • Bioinformatics • Gene Technologies • Molecular Agriculture • Functional Genomics & Proteomics

  10. Food Technology & Nutrition - Degrees • Food Technology & Nutrition BP199, 3 Years • Food Technology & Nutrition / Chemical Engineering BP236, 5 Years • Food Technology / Business double degree BP289, 4 years • Deans Scholars BHP101, 4 years integrated Hons

  11. Food Technology & Nutrition - Courses • Food Chemistry • Food Manufacture • Product Development • Quality Assurance • Sensory Evaluation of Food • Food Preservation • Nutrition Principles • Carbohydrates/ Lipids / Proteins in Food Science • Microbiology • Food Microbiology

  12. Environmental Science Degrees • B. Environmental Science BP 192, 3 years • B. Environmental Science/B. Business (Management) BP161, 4 Years • B. Environmental Science/ B. Social Science (Environment) BP193, 4 years • B. Environmental Science/Bachelor of Engineering (Environmental Engineering) BP235, 5 Years Macro invertebrates tell us how healthy the water is.

  13. Students learn to …. Saline soils are very poor for agriculture and easily wash away.

  14. Learning to identify marine creatures …. Or underwater on coral reefs off Lizard Is. in a fieldwork elective. In rock pools in the Marine Biology course

  15. Applied Chemistry • B. Sciences BP229 (Applied Chemistry) 3 years • Deans Scholars program BH101, 4 year integrated Hons • B. Science (Applied Chemistry)/B. of Business (Management) BP160 4 years • B. Science (Applied Chemistry)/B Engineering (Chemical Engineering) (Hons) BH098, 5 years • B. Science (Applied Chemistry)/ B. Engineering (Chemical Engineering), 5 years

  16. Applied Chemistry • Fundamental Chemistry • Analytical chemistry • Inorganic and organometallic chemistry • Organic chemistry • Physical chemistry • Applied Chemistry • Catalysis • Food Chemistry • Industrial Chemistry • Medicinal Chemistry • Radiochemistry • Theoretical chemistry and molecular modelling

  17. Physics BP229, 3 years Deans Scholars program BH101, 4 year integrated Hons B. Science (Physics/ B. Engineering (Electronic and Communication Engineering), BH097 5 years

  18. Physics Fundamental Physics • Mechanics, thermodynamics, electricity and magnetism Nuclear Physics • Radiation, fusion & fission, medical physics Solid State Physics • Semiconductors and advanced materials Optics and Waves • Photonics, lasers and holography Quantum Mechanics • First principles modeling of matter, sub atomic particles, quantum computing Applied Physics • Instrumentation • Energy & the Earth’s Environment • Astrophysics

  19. Nanotechnology • Nanotechnology/Applied Sciences Double Degree BP247 • 4 Years (Physics stream or Chemistry stream)

  20. What makes RMIT science programs special • Entry pathways from Diploma and Associate degree run in VET • Choice with specialization – a major / minor combination, double degree or integrated Hons • Strong hands on component – plenty of practical experience, labs, pilot plant, and field trips • All students do an independent project in their final year • All student will complete either a work placement or a project based team working component • Science / University elective components • International OS experience, semester exchange, OS work experience, International Student volunteers (ISV)

  21. All students do a science research projectin their final year… Working in teams on real projects These activities rehearse skills needed in industry

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