Bachelor of Science (Applied Sciences)
Subjects on offer
Subject descriptions
MAT14 Mathematics for Sciences and Technology 1A
This unit, the first of a pair, introduces you to the basic concepts and techniques of calculus and linear algebra.
It emphasises their inter-relationships and their applications to engineering and the sciences. In conjunction with MAT15, you will also develop skills in the craft of mathematical modeling.
Back to the top ▲SCB100 Scientific Skills and Communication
The study and practice of science has its own procedures and protocols as well as an oral, written and visual language. Students entering a scientific profession must be familiar with fundamental skills and knowledge so they can communicate and excel in the sciences. This unit is designed to begin that foundation. It introduces you to health and safety issues, basic computer and web skills, oral, written and visual communication. The unit will raise your awareness and knowledge of what is needed to work in the sciences, as well as teaching you practical skills that will support further study.
Back to the top ▲SCB110 Cell Structure and Function
This unit introduces you to biological structure and function. Topics covered include: Macromolecules and molecular diversity; Organic components of cells; Organelle structures and functions; Cellular energetics and thermodynamics; Chemical techniques used to examine cells; Membranes and movement of molecules; Enzymes and enzyme regulation; Respiration, fermentation and photosynthesis; DNA, genetic code, RNA and transcription; Cell division; Cell-cell signaling; Nutrition and digestion.
Back to the top ▲SCB120 Plant Structure and Function
Examine plant structure and function in this vocationally focused unit. You will review the morphology and anatomy of plants (how they are constructed), to the physiology of plants (how they work, in particular the process of acquisition of water and ions, photosynthesis, and control of growth and development), in addition to an introduction to plant tissue culture. You will examine the structure and function of plants, especially higher plants. Topics to be explored include: Photosynthesis; Water relations; Ionic relations; Nutrition; Plant growth and development related to structure; Ecology and Survival.
Back to the top ▲SCB130 Animal Structure and Function
This unit is an introduction to animal structure and function. It provides an overview of the structure, function and reproduction of the vertebrates, with major emphasis on humans. Topics include: The physiology of muscles; Nerves; Digestion; Respiration; Excretion; Circulation; Reproduction and endocrine systems. A brief overview of methods for histological preparation of tissues for microscopic examination will be provided. Practicals include vertebrate dissections and physiology simulations.
Back to the top ▲SCB140 Introduction to Microbiology, Immunology and Genetics
This unit introduces the interrelated topics of genetics, immunology and microbiology. It covers the structure, replication and colonial growth of a range of micro-organisms of significance to health, industry and the environment. It also explores the methods used to examine, isolate, transfer and culture micro-organisms in safety. You will study this particularly in reference to the mammalian immune system and its reactions in health and disease. The unit will encourage you to understand the processes and mechanisms that determine the inheritance of traits in biological organisms. You will study inheritance, genetic transmission, Mendelian inheritance, Mendelian principles in humans, the chromosomal basis of inheritance and gene mutations.
Back to the top ▲SCI18 Introduction to Chemistry
This unit is fantastic if you have not studied chemistry beyond Year 10, have an interest in biological, environmental, veterinary, medical science or everyday applications of chemistry. You will explore the atomic and molecular structure of matter, chemical symbols and equations, valency, states of matter, gas laws, simple reaction types, acids and bases, the mole concept, molarity, pH, titrations, chemical equilibrium, organic nomenclature and properties relating to organic functional groups.
Back to the top ▲SCI16 Introduction to Physics
This unit caters for students who have not studied beyond Year 10 science. It also caters for students who have studied to Year 12 but need further preparation before starting university physics. This unit emphasises biological, environmental and everyday applications of physics. It does not require calculus. You will examine how physical analysis can be used to solve problems in many different areas. Through the exploration of practical examples, you will learn about a range of topics in physics. This unit includes a kit. You must supply a 'home address' (not a PO Box). As the kit contains sharp objects it cannot be sent to students living overseas or in correctional institutions. However, these students may study this unit if they provide their own equipment, for further information contact our Student Advisers, 03 8628 2500.
Back to the top ▲SCB200 Microbiology 1
This unit follows on from the introductory studies in microbiology undertaken in SCB140 Introduction to Genetics, Microbiology and Immunology. Your study will increase your depth of knowledge and practical skills in microbiology with emphasis on bacteria of importance to humans. Topics covered include microbial ecology, bacterial growth and metabolism, detailed treatment of bacteria of significance to humans, mycology and virology. Practical work will deal with the isolation and identification of selected bacteria.
Back to the top ▲SCB210 Biological Chemistry
In this unit, you will review the structures, properties and functions of classes of molecules found in living systems including proteins, nucleic acids, lipids and carbohydrates. You will also focus on enzyme structure and function, roles in metabolism and kinetic properties. While building your understanding of strategies in metabolism, reaction types, pathways of carbohydrate metabolism, lipid, protein and nucleic acid metabolism, bioenergetics, synthesis of ATP and integration and regulation of metabolism. The unit will be supported by laboratory classes that will develop practical skills and analysis of biomolecules, data analysis and scientific reporting.
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