Monash University:
University Handbooks:
Undergraduate Handbook 2001:
Subjects indexed by faculty
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Biotechnology
Biotechnology
is an exciting area in modern science which has great potential in the
industrial, medical and agricultural sectors. It is difficulat to define
biotechnology as it includes practical applications of knowledge involving many
biological processes. The strength of biotechnology at Monash is that it draws
on advances in molecular biology, genetics, biochemistry, microbiology,
chemical science/engineering, cell biology, immunology, pharmacology and other
disciplines. A major in biotechnology reflecting all facets of this area
includes subjects from various disciplines across faculties, departments and
schools. Alternatively, this major can be taken as an undergraduate Diploma in
Biotechnology (Research and Management) as a third-science major by overloading
alongside a degree course. For information about this diploma, see the
´Outline of undergraduate studies' section.
The
biotechnology major consists of a total of 48 points, consisting of 12 credit
points of core subjects at second and third level each, in combination with 24
credit points of electives, as outlined below. Students should note that 12
points of the elective subjects must be taken from the third-level
electives.
Note that subjects marked with an asterisk throughout this discipline outline
are available in both on-campus and distance education mode.
The
structure of this major is unusual in that it does not include first-level
subjects but has a prerequisite of either BIO1022, CHM1022, BIO1626* or CHM1639*
There
are two six-point core (compulsory) subject combinations at second level:
Either
- MOL2011 Molecular biology: genes and their expression, and
- MOL2022 Molecular biology: gene technology and its
application
or
A further 12
points may be taken as electives from the list below:
- BCH2011 The molecules of life
- BCH2022 Energy metabolism of cells and tissues
- BTH2757 Cellular metabolism
- BTH2766 Introductory microbiology*
- BTH2777 Microbial function and immunology*
- CEL2012 Cell biology 1
- CHM2736 Instrumental techniques*
- CHM2911 Molecular design and reactivity
- CHM2912 Molecular design and reactivity
- CHM2922 Instrumental and forensic chemistry
- CHM2931 Materials chemistry
- CHM2942 Chemistry of life
- GEN2041 Foundations of genetics: heredity and you
- GEN2052 Human and population genetics
- MIC2011 Microbiology
- MIC2022 Microbiology
- MTH2246 Applied statistics 2A*
- PHY2011 Neuroscience of sensation, brain and movement
- PHY2021 Body systems physiology
- PHY2032 Physiology of human health
- STA2010 Statistical methods for science*
- STA2032 Advanced data analysis
Two
six-point core subjects must be taken as follows:
- CHE4155 Concepts of bioprocess engineering* and
At
least one six-point subject must be taken from the following list:
- SCI3090 Technology management for scientists 1*
- SCI3094 Technology management for scientists 2*
- SCI3716 Laboratory/workplace management*
(Note that there is
a prohibition between SCI3094 and SCI3716.)
At least 12 points of electives must be taken from the following subjects (List
A):
- BCH3031 Advanced molecular biology: modern concepts and applications
- BCH3062 Molecular bioinformatics
- BMS3021 Molecular medicine and biotechnology
- BTH3797 Environmental microbiology*
- BTH3776 Food and industrial microbiology*
- CHM3942 Synthesis of bioactive molecules
- CHM3931 Medicinal chemistry
- GEN3041 Genomics and molecular genetics
- GEN3052 Human genetics and forensic biology
- IMM3031 Molecular and cellular immunology
- IMM3051 Principles of applied immunology
- MIC3011 Molecular microbiology
- MIC3042 Medical microbiology and biotechnology
- IBL2020 Industry based learning#
- SCI3741 Science in action research project#
(semester-long subject)
- SCI3739 Applied research project# (year-long
subject)
# It is highly recommended that students undertake
at least one of these subjects to provide practical experience of working in a
scientific or industrial research environment. For SCI3741 and SCI3739, the
biotechnology content of the project and the supervisor's agreement must be
approved by the biotechnology coordinator prior to commencing the project.
Students should also note that SCI3741 and SCI3739 are a prohibited
combination.
Up to 12 points may be selected from the following list (List B):
- ANT 3032 Medical laboratory technology
- ANT3052 Human development from conception to birth
- BCH3011 Structural biology and disease
- BCH3022 Cellular organisation: organelle structure and function in
health and disease
- BCH3042 Cell signalling
- BIO3011 Research methods in biology
- BIO3021 Marine biology
- BIO3071 Animal echophysiology
- BIO3081 Plant responses to the environment
- BIO3112 Ecological management of biological resources
- BTH3746 Medical aspects of cell biology*
- BTH3787 Medical microbiology*
- CEL3011 Cell biology 2
- CHM3922 Understanding chemical reactions
- CHM3951 Analytical science
- CHM3982 Chemistry at the interface
- ECE3801 Bioelectricity
- ECE3802 Medical instrumentation
- ECE4804 Biomechanics
- ECE4806 Medical imaging
- ECE4812 Bioelectromagnetism
- GEN3031 Genetics of development
- GEN3062 Conservation and ecological genetics
- IMM3042 Clinical immunopathology
- IMM3062 Clinical and research laboratory immunology
- MIC3021 Molecular virology and viral pathogenesis
- MIC3032 Pathogenesis of bacterial infectious diseases
- MTH3267 Applied statistics 3*
- PHY3031 Advanced systems physiology
- PHY3052 Sex, reproduction and society
- STA3032 Advanced data analysis
Students should note that
prerequisites and prohibitions apply to some of these subjects. Check the
individual subject entries at the back of this handbook.
This
course has an identical structure to the major sequence in biotechnology
outlined above. Enrolment in the undergraduate Diploma in Biotechnology
(Research and Management) is subject to an entry prerequisite and enables
eligible students to complete an additional major sequence concurrently with
their degree course. See details in the ´Outline of undergraduate studies
-- Clayton' section.
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