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Bachelor of Science

Course Abbreviation Campus Duration Prerequisites ENTER Intake
BSc Gippsland and off-campus 3 years full-time, part-time available VCE units 3 and 4 - a study score of at least 25 in English (any), or Australian or international equivalent, plus one of biology, chemistry,  mathematical methods (either), physics, geography, psychology or specialist mathematics ENTERS above 70 will be considered March and July
  • A program that promotes ethical, social and environmental responsibility in its students
  • A qualification that maintains its prestigious standing with employers worldwide
  • Produces graduates that have highly marketable skills that equip them for employment in a wide range of areas in the private and public sectors, both locally and internationally
  • Students can graduate with a course they have tailored to suit their career intentions
  • The School of Applied Sciences and Engineering is known for its hands-on training in a laboratory based course resulting in graduates developing advanced skills sought by employers
  • Offers practical employment skills such as competence in scientific inquiry and research, communication, critical thinking and analysis, problem solving, use of information technology for communication and scientific techniques, data handling, presentation skills and team work
  • Offers huge flexibility as studies can be included from outside science, for example, from arts, business and economics, and information technology, thus further extending career choices
  • Students gain specialised knowledge that provides a sound foundation for further studies at honours or postgraduate level thus leading to careers as professional scientists in industry, education or research
  • Specialised training to develop potential for honours and postgraduate study for pathways to higherscientific employment.

Science areas of study and sequences

Science major or minor sequences are offered at the Gippsland campus for the Bachelor of Science in the following areas of study.
Biochemistry
Biotechnology
Chemistry
Computing
Human physiology (minor)
Mathematics and modelling
Microbiology
Psychology
Resource and environmental management

Course structure

Over the three years of the degree students complete:

  • A total of 24 units
  • Four units each semester or eight units per year
  • At least one major science area of study
  • At least one minor science area of study
  • Two core units
  • Either at least one unit is taken from each of physical, life and earth processes known as the three ‘PLE’ groups, or at least three level-one science sequences in different areas of study
  • Remaining units from science or another faculty (up to a major) that can help broaden knowledge and include special interests

`PLE' groups include the following areas of study:

Physical processes: chemistry, physics
Life processes: biology, psychology
Earth processes: Environmental science

Sample course 1

Majors:
  • Applied microbiology
  • Applied biochemistry
Level
Semester one
Semester two
Year 1

Foundations of Chemistry 1

Environmental Science 1

Understanding human behaviour

Human biology

Environmental Science 2

Chemistry

The design of science

Cell biology

Year 2

Biochemistry

Introductory microbiology

Instrumental techniques

Physiological communication

Design of molecules and macromolecules

Cellular metabolism

Human development and genetics

Microbial function and immunology

Year 3

Bioactive chemistry

Atmospheric processes

Food and industrial microbiology

Medical aspects of cell biology

Medical microbiology

How cience works

Environmental microbiology

Molecular biology and biotechnology

Please Note: This is an example only

Sample course 2

Majors:
  • Applied chemistry
  • Resource and environmental management
Level
Semester one
Semester two
Year 1

Environmental Science 1

Human biology

Foundations of Chemistry 1

Computer systems and technology

Cell Biology

Chemistry

Environmental Science 2

The design of science

Year 2

Conservation of Bio-resources

Atmospheric issues

Biochemistry

Instrumental techniques

How science works

Soil science

Design of molecules and macromolecules

Global resources and energy management

Year 3

Natural area management

Waste management and remediation

Bioactive chemistry

GIS for environmental management

Environmental management

Chemistry of aquatic systems and processes

Forest management

Molecular biology and biotechnology

Please Note: This is an example only

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