Graduates of the BSc (Ed) course can apply for admission to the postgraduate programs of the Faculty of Natural Sciences. As a result, any matriculated student with sufficient merit may be selected for the Faculty of Science.
Those in full-time employment In Victoria while completing H.S.C
This includes all those candidates who, as full-time students, have passed the Higher School Certificate examination in one or more of the three years preceding the year of selection and who sat the examination in 1976, provided that: a) prior to no attempt has been made on any exam topic at any time during the three years; A candidate who has not previously passed the Higher School Certificate examination and who has taken English and at least three other subjects in 1976 is considered a normal candidate.
Those who have not satisfied the Victorian Universities and Schools Examination Board's (V.U.S.E.B.) requirements according to the directIons
Students with approved sixth form qualifications from Victorian tech- nical colleges and schools may also be considered as applicants by the
Each selection committee is responsible for selecting, up to the number determined by the Council, those applicants who are considered most likely to successfully complete the course in question. a) Selection shall be based primarily on academic merit as assessed by results in the Victorian Higher School Certificate Examination. Minor applicants in the selection range must be interviewed by or on behalf of the relevant selection committee before being selected.
A selection committee will have the right to consider an applicant's record as a whole in deciding between candidates near the cut-off line.
In the absence of special reasons, applicants for admission to a quota who have not yet attempted a university course shall be preferred to
The percentage of overseas applicants admitted to any course should not normally exceed by more than 10 per cent the annual average per-
If an applicant is not selected for the course of his first choice, his application must be considered for the course of his second and, if
An order of merit list shall be prepared according to the above principles, and places up to the number fixed by the Council shall be
These students are obliged to be present at the faculty office for an interview in the period between the publication of the results and 20 December 1977. In the event of a gross failure, the committee may recommend to the Board of Appeal to suspend the student from further studies in the field. the faculty.
BACHELOR OF SCIENCE
- A candidate for the degree of Bachelor of Science shall, after matriculating, pursue his studies for at least three years, and pass ex-
- The subjects of the course for the degree and the conditions on which such subjects may be taken shall be as prescribed from time to
- No candidate may pursue a course of study or receive credit for examinations passed unless his proposed selection of subjects and the
- The faculty may allow a candidate to substitute for any subject of his course another subject of a university course which is, in its opinion,
- For the purposes of Regulation 6.1.2 courses in the faculty of Science shall not be deemed to be courses in which specific work is
- Prerequisites and Special Conditions
- For the purpose of Regulation 3.20
- Normal Course
- Transfers from other Universities or Institutions
- Combined Courses and Credit for Graduates
The points to be obtained for passing the exam in such a replaced course are prescribed by the faculty. For the purposes of Rule 6.1.2, courses in the Faculty of Science are not considered courses in which specific work is Science. full years, tut prizes, exhibitions and scholarships for the subjects of the course will be awarded under such conditions as will be prescribed from time to time by the Faculty and will be published together with the details of the subjects.
DETAILS OF UNITS
Availability of some units will also depend on staffing. i) An approved program of study must contain units selected from levels of 100, such that the total possible points obtained as credit for passing examinations in these units shall not be less than twenty-eight (28) nor more than forty-eight (48). ii) Normal student workloads are as follows:. A third-year student is one who has scored 60 or more but less than 100 points. iii).
200 AGRICULTURE AND FORESTRY
516 ANATOMY
201 HISTOLOGY
202 HISTOLOGY
An overview of the anatomy of the head and neck; the cranial nerves associated with vision and their cortical connections. Cunningham D J Manual of Practical Anatomy 3 vols 13th edition, OUP Clark W E Le Gros The Tissues of the Human Body 6th edition, Clarendon EXAMINATION End of year.
521 BIOCHEMIsTRY
This course aims to provide knowledge of the structure of cells, tissues and organs, as well as an understanding of the strengths and limitations of modern methods for structural analysis of biological systems. SYLLABUS Lectures, lectures/demonstrations and laboratory work will be conducted on the following topics: the fine structure of cells; the microscopic structure of tissues, which may include detailed examination of nerve, muscle, endocrine, lymphatic, and reticuloendothelial tissues; neuroanatomy; cell and tissue differentiation; techniques used in histology and histochemistry.
202 BIOCHEMISTRY
301 BIOCHEMISTRY: ENERGY TRANSFORMATIONS IN THE CELL
Structure and function of components of electron transfer chains with emphasis on cytochromes, chlorophylls and the iron-sulfur proteins.
302 BIOCHEMISTRY; PROTEIN STRUCTURE AND FUNCTION
303 BIOCHEMISTRY: NUCLEIC ACIDS AND PROTEIN SYNTHESIS
304 BIOCHEMISTRY: CELLULAR AND ENDOCRINE CONTROL OF METABOLISM
305 BIOCHEMISTRY: ENZYME KINETICS AND BIOCHEMICAL EQUILIBRIA
306 BIOCHEMISTRY: SYNTHESIS AND METABOLISM OF AMINO ACIDS AND PROTEINS
307 BIOCHEMISTRY OF COMPLEX CARBOHYDRATES
308 BIOCHEMISTRY: LIPIDS AND MEMBRANES
309 BIOCHEMISTRY: METABOLISM IN THE INTACT ANIMAL
Essential nutrients and measurement of their quantitative needs in humans and other animals. The composition of foods and their nutritional value and the effects of processing, storage, cooking, etc.
322 PRACTICAL BIOCHEMISTRY В
323 PRACTICAL BIOCHEMISTRY C
324 PRACTICAL BIOCHEMISTRY D
600 BIOLOGY
This section must be taken in addition to Biology 105. Standard Physics and Chemistry and Biology would be an advantage. ADDITIONAL FACILITIES Students are advised to attend weekly tutoring sessions; The time schedules for this are set in the first week of the semester. Self-study cars equipped for individual study are also available.
102 ASPECTS OF CONTEMPORARY BIOLOGY
103 ANIMAL BIOLOGY
LABORATORY WORK Three hour practical laboratory and demonstration periods will be combined with various parts of the course. Students will be notified at the beginning of the year when these periods will take place.
606 BOTANY
During the 2nd and 3rd term a course of lectures will be given on the anatomy of the arm, leg and back and also on the human skeleton. SYLLABUS A survey of the Bryophyta, Pteridophyta, Gymnospermae and Angiospermae with emphasis on morphology, evolution, classification, nomenclature and identification.
202 BOTANY: CELL BIOLOGY AND PHYSIOLOGY
203 BOTANY: INTRODUCTION TO LOWER PLANTS
Willis J H A Handbook to Plants in Victoria, Vol 1 MUP 1962 EXAMINATION A 3-hour exam in November; practical tests as needed. EXAM A 2-hour test in November; a report on the excursion is required and will be assessed.
206 BOTANY: PLANT CYTOLOGY AND BREEDING SYSTEMS
207 BOTANY CONSERVATION-GLOBAL AND LOCAL ASPECTS
208 BOTANY: MARINE BOTANY
301 BOTANY: ADVANCED CELL BIOLOGY AND PHYSIOLOGY
EXAM One 3-hour exam at the end of the unit;. practical work assessed throughout the course. EXAM One 3-hour exam after completing the unit; practical work assessed throughout the course.
610 CHEMISTRY
Satisfactory completion of the practical work is necessary before credit is given for the units. The terms and conditions of the Chemistry School and the Faculty of Science must be met.
PHYSICAL CHEMISTRY
Students enrolled for 9 or more theory credits in organic chemistry must enroll for 335. Satisfactory success in practical units is required before credit for theory units can be awarded.
301 BASIC PHYSICAL CHEMISTRY
Organic: Satisfactory performance in practical units is required before credit can be given for theory units. Students who are registered for 3-8 theory credits in organic chemistry must register for 335 or 336.
308 POLYMER CHEMISTRY
309 ELECTROCHEMISTRY
313 CHEMICAL PROCESSES IN NATURAL WATERS
ORGANIC CHEMISTRY
320 SPECTROSCOPIC METHODS A
A simple treatment of the analysis of ultraviolet, infrared, nuclear magnetic resonance and mass spectra with particular emphasis on application in organic structure determination. Fundamentals of optical rotary dispersion and (optical) circular dichroism with an explanation of the current emphasis on circular dichroism.
322 REACTION MECHANISMS
Qualitative and quantitative aspects of ultraviolet absorption spectroscopy, including a discussion of the relationship between structure and absorption for a wide range of organic compounds.
323 BIOLOGICAL CHEMISTRY
A brief discussion of the chemistry of selected aromatic metabolites, alkaloids, terpenoids, steroids, vitamins and antibiotics. More general aspects of cycloaddition and a simple treatment of the effects of orbital symmetry on this and related reactions.
328 CHEMISTRY OF THE ENVIRONMENT
335 ORGANIC PRACTICAL WORK I
336 ORGANIC PRACTICAL WORK I1
Topics will be taken from the following: Review of the nature of radiation and its detection, principles involved in the design of a radiochemical experiment, simple applications to chemical problems in trace element experiments, in analysis, in equilibrium constant determination, and in exchange reactions. A discussion of the characteristic reactions of metal complexes and some reactions of non-metal compounds.
347 STRUCTURAL AND CRYSTAL CHEMISTRY
348 BIOLOGICAL INORGANIC CHEMISTRY
349 CHEMICAL APPLICATIONS OF GROUP THEORY
352 ANALYTICAL CHEMISTRY
357 INORGANIC PRACTICAL WORK 1
358 INORGANIC PRACTICAL WORK 2
359 INORGANIC PRACTICAL WORK 3
399 CHEMICAL RESEARCH PROJECT
Each student will be required to prepare a written and oral report on the results obtained.
MARINE CHEMISTRY
622 COMPUTER SCIENCE
The practical work must be completed before the end of the semester and will be assessed as part of the exam. The practical work must be completed before the end of the semester and will be assessed as part of the exam.
211 COMPUTER SCIENCE: INFORMATION SYSTEMS
212 COMPUTER SCIENCE: DATA MANAGEMENT
301 COMPUTER SCIENCE: THEORY OF COMPUTATION
302 COMPUTER SCIENCE: SEQUENTIAL MACHINES
303 COMPUTER SCIENCE: HEURISTIC PROGRAMMING
311 COMPUTER SCIENCE: COMPUTER ARCHITECTURE
312 COMPUTER SCIENCE: ADVANCED DATA STRUCTURES
313 COMPUTER SCIENCE: COMPUTER DESIGN
321 COMPUTER SCIENCE: APPROXIMATION OF FUNCTIONS
322 COMPUTER SCIENCE: NUMERICAL INTEGRATION
The practical work must be completed before the end of the semester and will be assessed as part of the exam. No student is admitted to the annual examinations without documentation of satisfactory practical work.
382 DIGITAL CIRCUITS
No student will be admitted to the November examination without proof of satisfactory practical work.
383 APPLIED ELECTRODYNAMICS
400 ENGINEERING
101 INTRODUCTION TO ENGINEERING
- Set of good quality drawing instruments including
- One slide rule with ABCD, Sin, Tan, Log-log scales or approved hand calculator
- cm adjustable set square
- degrees set square, 25 cm size or larger
- One clear plastic protractor
- A set of French curves and a circle template
- Scales
- A clutch pencil with refill leads, F, H, 4H and 6H
- One hard eraser, one artgum, one eraser shield
- One small fine file (10 cm smooth warding file) or sand paper block
- One roll of drafting tape
No student will be admitted to the November examination without proof of satisfactorily completed practical work. study methods, use of libraries, history, graph language, report writing. Students will be informed at the beginning of the year of the relative weight that will be assigned to the different parts of the exam.
652 GENETICS
The final grade will be for pass and commendation and will be based on performance in options, the draw office and the two mid term exams.
201 GENERAL GENETICS
202 GENETICAL EVOLUTION AND THE FUTURE OF MAN
M and Libby W J Heredity Evolution and Society, Freeman 1976
301-308 ADVANCED GENETICS
301 DEVELOPMENTAL GENETICS OF EUКARYOTES
302 POPULATION AND ECOLOGICAL GENETICS
303 MICROBIAL AND MOLECULAR GENETICS
304 HUMAN GENETICS
305 CYTOGENETICS
The analysis and interpretation of genetic differences in fungi and higher plants and the genetic characteristics of plant species.
307 GENETICAL EVOLUTION OF PLANTS AND ANIMALS
308 MUTAGENESIS-ENVIRONMENTAL AND INDUCED
121 GEOGRAPHY (SCIENCE COURSE)
Books
Wrong D Population and Society, Random House Other readings given in class
243 QUANTITATIVE METHODS IN GEOGRAPHY
346 THE COASTAL ENVIRONMENT•
КЅ
347 PROBLEMS OF CONSERVATION
EXAMINATION One annual 1% 2-hour written assignment: Practical work and fieldwork reports and occasional colloquiums will be graded and taken into account in the examination.
348 WATER RESOURCES
626 GEOLOGY
101 THE THIRD PLANET
Practical exams take place at the same time, or when it suits the student. The practical exams are also divided equally and are taken simultaneously with the theory, or at the discretion of the student.
303 ECONOMIC GEOLOGY OF ORE DEPOSITS
SYLLABUS Age, origin and composition of the earth in relation to other bodies of the solar system.
304 STRUCTURAL ANALYSIS
305 CONTINENTAL TECTONICS
P. Singleton
Except in special circumstances, approval to continue to BSc (Hons) in Geology will only be granted to students with sufficiently good results in 300 Geology Core Units and 310 Geology Elective Units. Prerequisites: Students who do not major in Geology and who wish to enroll in a few individual units may request that the prerequisites be waived.
314 DEPOSITIONAL ENVIRON` Л Ρ ЕNТ S AND SYSTEMS
315 PETROLEUM GEOLOGY
316 ENVIRONMENTAL GEOLOGY
317 SURFICIAL GEOLOGY
Practical exams will be held at the same time or at the students' request. Practical exams will be held at the same time or at the students' request.
341 SEISMICITY OF THE EARTH
342 SEISMOLOGY AND THE EARTH'S INTERIOR
343 GEOMAGNETISM
EXAMINATION 1 1 /2-hours theory paper
347 GEOPHYSICAL EXPLORATION-SEISMIC METHODS
351 PHYSICAL OCEANOGRAPHY
361 PRACTICAL GEOPHYSICS A
362 PRACTICAL GEOPHYSICS В
136 HISTORY AND PHILOSOPHY OF SCIENCE
101 HISTORY OF ASTRONOMY
102 HISTORY OF THEORIES OF GENERATION AND INHERITANCE
Attention will be drawn to the meaning of mathematical concepts and the nature of mathematical truth. Two essays, each of approximately two thousand words, are part of the prescribed work in the subject.
203 PHILOSOPHY OF SCIENCE В
Popper K Conjectures than Refutations, Routledge & Kegan Paul 1969 EXAMINATION Assessment will be based on the two essays.
211 HISTORY OF MATHEMATICS A•
The European Successors of Archimedes and a Study of the Beginnings of Calculus in the Seventeenth Century. The units are independent and you can complete one or both in the second or third year of the B.Sc.
224 THE SCIENTIFIC REVOLUTION
Opticks, Dover 1952
225 HISTORY OF PUBLIC HEALTH AND GERM THEORY
The aim of this course is to study the development of scientific and medical ideas which have had important social or economic consequences. PLAN Epidemiology and the development of the germ theory from Fracastorus to Koch, with emphasis on public health problems and reforms in the eighteenth and nineteenth centuries that led to the development of the National Health Service.
226 THE SOCIAL CONTEXT OF SCIENCE
Written work and tests will be required and will be taken into account in the evaluation of the final result.
303 PHILOSOPHY OF SCIENCE
Enrollments are restricted to students who have demonstrated above-average ability in the philosophy of science field. Students are expected to prepare literature reports, initiate discussions in tutorials and write an essay.
600 HUMAN MOVEMENT STUDIES
The students will be offered a reading course which, together with the material covered in the pre- and basic requirements, will provide a foundation for the study of issues raised in the current literature in a number of areas central to the philosophy of science. Laboratory sessions will be devoted to the study of physical activity parameters, such as measurement of joint range of motion, displacement of segments, calculation of segment moments of inertia, location of centers of gravity, etc.
310 HUMAN MOVEMENT STUDIES
LABORATORY WORK will include an analysis of physical activities, a series of physical measurements to determine body type, body composition and body dimensions, as well as measuring performance in terms of strength, muscular endurance, speed and range of motion. Larson L A ed Fitness Health and Work Capacity, MacMillan 1974 EXAM Includes one assignment and one 2-hour assignment.
600 MARINE SCIENCE
200 AN INTRODUCTION TO MARINE SCIENCES
201 PHYSICAL OCEANOGRAPHY AND MARINE GEOLOGY
202 MARINE CHEMISTRY
203 MARINE ECOLOGY
618 MATHEMATICS
Additional topics may include one or more of the following: real numbers, complex numbers, introduction to functions of a complex variable, basic logic, numerical integration. 152 DIFFERENTIAL EQUATIONS AND DYNAMIC SYSTEMS Three lectures and one tutorial per week in the first and second semester.
229 SPHERICAL TRIGONOMETRY PROJECT
231 REAL ANALYSIS (ADVANCED)
232 FURTHER REAL ANALYSIS (ADVANCED)
233 LINEAR ALGEBRA (ADVANCED)
261 CLASSICAL MECHANICS
262 CONTINUUM MECHANICS
263 OPTIMIZATION AND APPROXIMATION
264 LINEAR PROGRAMMING AND PROGRAMMING MODELS
271 REAL ANALYSIS (ORDINARY)
272 FURTHER REAL ANALYSIS (ORDINARY)
273 LINEAR ALGEBRA (ORDINARY)
274 ABSTRACT ALGEBRA (ORDINARY)
293 VECTOR ANALYSIS (ORDINARY)
294 BOUNDARY VALUE PROBLEMS AND DIFFERENTIAL EQUATIONS (ORDINARY)
318 MATHEMATICAL STRUCTURES
294 BOUNDARY VALUE PROBLEMS AND (ORDINARY) DIFFERENTIAL EQUATIONS. sheet in January so they can do some of the reading and complete the first written assignment before lectures begin. SYLLABUS Differentiable manifolds, vector and tensor fields on manifolds, bundles, connections, curvature; differentiation and integration in multiples.
337 GENERAL TOPOLOGY (ADVANCED)
338 PROJECTIVE GEOMETRY (ADVANCED)
CONTENT Selection from the following topics: Tensor calculus, special functions, Laplace and other integral transforms, Green's functions, asymptotic expansions, integral equations, differential equations.
617 MATHEMATICAL SCIENCES
441 METALLURGY
A course of 36 lectures, 24 hours of practice classes or seminars, 36 hours of practical work; 3 terms; 7 points. A course of 36 lectures, 36 hours of practice classes or seminars, 36 hours of practical work; 3 terms; 8 points.
203 CONTINUUM MECHANICS
Mechanical Behaviour
Analysis of Stress and Strain (i) Bending of Beams. Pure Flexure
231 METALLURGICAL ANALYSIS
200 METALLURGY
304 HEAT, MASS AND MOMENTUM TRANSFER DR. N. 36 lectures, 24 practice lessons, 36 hours of practical work; throughout the year; 9 points. i) Approach to the analysis of transport processes. Introduction to control terminology and concepts, business planning and control, total management information and control, interrelationship between the control of the system process and the product.
344 NON - DESTRUCTIVE TESTING
345 MECHANICAL TESTING
346 METAL WORKING PRACTICE
347 ELECTRONIC ENERGY BANDS IN SOLIDS
Pincherle L Electronic Energy Bands in Solids, Macdonald 1971 EXAMINATION One 1%-hour paper in addition to assessment of practice work.
349 X-RAY DIFFRACTION
631 METEOROLOGY
The weights assigned to each assessment form are determined by the student no later than one week after the examination of the component. Thompson PD Weather, Life Science Library 1965 Hare F IC The Restless Atmosphere, Hutchinson 1966 Murchie G Song of the Sky, Houghton-Mifflin 1954.
301 METEOROLOGY: DYNAMICS
302 METEOROLOGY: MICROMETEOROLOGY
303 METEOROLOGY: SOLAR RADIATION
304 METEOROLOGY: TURBULENCE
305 METEOROLOGY: NUMERICAL WEATHER PREDICTION
306 METEOROLOGY: TERRESTRIAL RADIATION
The examination will be based on a report and analysis of the results of the practical work. Computer study of the simple equivalent barotroplc model: forecasts and backswing for ± 48 hours: analysis of the variation of the vorticlty advection;.
526 MICROBIOLOGY
201 MICROBIOLOGY: GENERAL MICROBIOLOGY (LECTURES)
202 MICROBIOLOGY: GENERAL MICROBIOLOGY (PRACTICAL WORK)
203 MICROBIOLOGY (OPTOMETRY)
301 MICROBIOLOGY: PATHOGENESIS AND EPIDEMIOLOGY
302 MICROBIOLOGY: PRACTICAL MICROBIOLOGY
303 MICROBIOLOGY: VIROLOGY (LECTURES)
304 MICROBIOLOGY: VIROLOGY (PRACTICAL WORK)
305 MICROBIOLOGY: IMMUNOLOGY (LECTURES)
Essential Immunology, 2nd ed, Blackwell 1974 EXAMINATION One 3-hour written paper
306 MICROBIOLOGY: IMMUNOLOGY (PRACTICAL WORK)
307 MICROBIOLOGY: INDUSTRIAL MICROBIOLOGY (LECTURES)
308 MICROBIOLOGY: INDUSTRIAL MICROBIOLOGY (PRACTICAL WORK)
309 MICROBIOLOGY: MICROBIAL GENETICS (LECTURES)
Students must submit written and oral reports on their projects at the end of the course. EXAMINATION Assessment will be based on performance during laboratory work and on the written report.
446 MINING
Aspects of the mineral industry, including its significance in economics, its distinctive features, and the place of minerals in the future of man. 16 lectures; 4 practice lessons; three essays, each of about 2,000 words, are part of the prescribed work on this subject; 3 points.
531 PATHOLOGY
Each student is expected to keep a record of the work and present a seminar based on one of the experiments. The course is designed to enable students majoring in another biological subject to acquire a good basic knowledge of the principles of pathology and an understanding of the important conditions affecting man.
534 PHARMACOLOGY
EXAMINATION The written test lasts 3 hours, and a practical test is held as needed. EXAM The written test is 1 hour/year, and a practical test is held where necessary.
640 PHYSICS
CONTENT The course will focus on the action, side effects and toxic reactions of drugs acting on the eye. In all physics units of the first year, knowledge of physics up to the standard of the post-secondary certificate and at least basic calculus is assumed.
121 PHYSICS; MECHANICS
Except in special circumstances, a pass in a terminal unit will not allow admission to second year physics units. Regardless of the above, the chairman of the School of Physics may, at his own discretion, waive prerequisites for Physics units in individual cases.
122 PHYSICS: ELECTROMAGNETISM
Material of general interest is introduced and applications of physics to other disciplines are used as much as possible. Students wishing to take 25 or more credits worth of third-year physics units must include 120 or 140 physics in their coursework.
123 PHYSICS: MODERN PHYSICS, WAVE MOTION
141 PHYSICS: MECHANICS
142 PHYSICS: ELECTROMAGNETISM
143 PHYSICS: MODERN PHYSICS, WAVE MOTION
150 PHYSICS
151 PHYSICS: MECHANICS
152 PHYSICS: ELECTROMAGNETISM
153 PHYSICS: MODERN PHYSICS, WAVE MOTION
161 PHYSICS: MECHANICS
162 PHYSICS: ELECTROMAGNETISM AND THERMODYNAMICS
163 PHYSICS: MODERN PHYSICS
198 PHYSICS: LABORATORY WORK
199 PHYSICS: LABORATORY WORK
Burns M & MacDonald S G Physics for Biology and Pre-Med Students 2nd Edition Addison Wesley. Brophy J J Basic Electronics for Scientists, 1st or 2nd ed McGraw-Hill EXAM One 2-hour final exam.
243 PHYSICS: QUANTUM MECHANICS
G. Sargood
224 PHYSICS: CLASSICAL MECHANICS
244 PHYSICS: CLASSICAL MECHANICS
225 PHYSICS: ELECTROMAGNETISM
Total Points Number of Core Lab Work Units Completed Units (Points) Required Required 10 or Less No Restriction None Allowed.
310 PHYSICS: UNDERGRADUATE SEMINAR
320 PHYSICS: QUANTUM MECHANICS
340 PHYSICS: QUANTUM MECHANICS
321 PHYSICS: THERMAL PHYSICS
341 PHYSICS: THERMAL PHYSICS
322 PHYSICS; NUCLEAR PHYSICS
342 PHYSICS; NUCLEAR PHYSICS
G. Muirhead
323 PHYSICS: SOLID STATE PHYSICS
343 PHYSICS: SOLID STATE PHYSICS
The experimental and theoretical study of the structure and properties of atoms and molecules and of various atomic and molecular processes.
361 PHYSICS: DIFFRACTION
A. Bursill
362 PHYSICS: ELECTRONICS
G. Klein
2-hour terminal examination
363 PHYSICS: ASTRONOMY
H. Wilkinson
364 PHYSICS: BIOPHYSICS
J. Dewhurst
365 PHYSICS: COSMIC RAYS
C. Officer
366 PHYSICS: DIGITAL COMPUTING
368 PHYSICS: HISTORY AND PHILOSOPHY OF SCIENCE
370 PHYSICS: THEORY OF EXPERIMENTS
L. Rouse
371 PHYSICS: UPPER ATMOSPHERE PHYSICS
A. Thomas
375 PHYSICS: PARTICLE PHYSICS
390-396 PHYSICS: LABORATORY WORK
536 PHYSIOLOGY
201 PHYSIOLOGY
ASSESSMENT Based on (a) a 1 t/2 hour exam at the end of the second semester and a 3 hour exam at the end of the year; (b) duties regularly established during the year; (c) other procedures which will be given in detail during the first week of the course. ASSESSMENT To be based on (a) an exam at the end of the second semester (1% hours) and an exam at the end of the year (3 hours); (b) duties regularly established during the year; (c) other procedures which will be given in detail during the first week of the course.
312 PHYSIOLOGY: BRAIN AND BEHAVIOUR LABORATORY
313 PHYSIOLOGY: BRAIN AND BEHAVIOUR LABORATORY COURSE (OPTOMETRY)
314 PHYSIOLOGY: CELL BIOLOGY AND HAEMATOLOGY
315 PHYSIOLOGY: RENAL FUNCTION AND MAMMALIAN ADAPTATION
SYLLABUS Phylogeny of body fluid composition and secretion mechanisms; renal morphology and the development of concepts of renal function; the glomerulus and juxta-glomerular apparatus; the kidney as an endocrine gland; techniques for examining renal function and their limitations; renal blood flow; iso-osmotic epithelial transport in the proximal tubule; monitoring individual nephron function; the production of concentrated and diluted urine; the excretion of urea; the excretion of potassium and calcium phosphate; homeostasis and the kidney, osmolar balance and hydrogen ion balance; the kidney as a central regulator of tissue perfusion.
316 PHYSIOLOGY; REGIONAL BLOODFLOW REGULATION AND RESPIRATORY PHYSIOLOGY
B ed Medical Physiology Vol 2 13th ed, Mosby 1974 Specialist textbooks
317 PHYSIOLOGY; LABORATORY COURSE ON CIRCULATION, RESPIRATION AND RENAL FUNCTION
319 PHYSIOLOGY: ENDOCRINOLOGY AND REPRODUCTION
320 PHYSIOLOGY: PROJECT IN PHYSIOLOGY
Assessment will be based on the supervisor's report on the student and the project report. The topic for each project will be worked out after discussion with the Chair and potential Supervisor.
321 PHYSIOLOGY: THE PHYSIOLOGY OF WORK AND EXERCISE
LEARNING PLAN In this unit the student actively participates in a laboratory Investigation of a specific physiological problem. The work will be supervised by a member of staff and the student is expected to write a report on this work which will be submitted in November.
171 PSYCHOLOGY
Prerequisites: This unit can only be taken by students whose total points for other 300-level physiology units are 18 or more.
101 PSYCHOLOGY
The central theme of the course will be the growth of such perceptual spaces in the child. Not all of these optional units may be offered in any given year; The department handbook for the second year lists the units available in 1977.
301 PSYCHOLOGY (PASS AND FINAL HONOURS)'
Prerequisite: It is highly desirable that students taking the unit have taken about 100 level courses in the Department of Mathematics.
102 SCIENCE LANGUAGES
201 SCIENCE FRENCH
202 SCIENCE GERMAN
203 SCIENCE RUSSIAN
619 STATISTICS
101 BASIC STATISTICS AND PROBABILITY
102 STATISTICAL INFERENCE
103 STATISTICAL ANALYSIS
111 INTRODUCTORY STATISTICS
Mathematics 131 or 171 is a prerequisite and it is recommended that students taking this course study Mathematics at the 200 level concurrently or have taken it previously. Theory and applications of the general linear model - with special reference to regression problems including multiple and polynomial regression; for one-way and two-way analysis of variance; and in the analysis of statistical experiments such as randomization and block design.
311 STATISTICAL INFERENCE
313 LINEAR MODELS
314 EXPERIMENTAL DESIGN AND DATA ANALYSIS
315 DISTRIBUTION-FREE METHODS
316 SAMPLE SURVEYS
317 TIME SERIES ANALYSIS
318 DECISION THEORY
321 STOCHASTIC PROCESSES
322 APPLIED STOCHASTIC PROCESSES
331 STATISTICS READING PROJECT
361 PROBABILITY AND INFERENCE
363 STOCHASTIC MODELS
A course of two lectures and three hours of practical work per week throughout the year. PRACTICAL WORK The equivalent of three hours per week devoted to field and office work and tutorial classes.
211 SURVEYING (FORESTRY COURSE)
312 SURVEYING (ENGINEERING COURSE)
301 SURVEYING 2
PRACTICAL WORK The equivalent of six hours per week devoted to field astronomy and other field, office work and excursions. There will be no formal practical examination; the practical work carried out during the year will be assessed as part of the examination.
However, any candidate may be asked to submit to a practical test and to resubmit field notes and assignments completed during the course.
654 ZOOLOGY
SYLLABUS The study of marine invertebrates is used to illustrate the characteristics of the phyla of invertebrates. Reports on practical work are reviewed and included in the assessment of the student.
204 ZOOLOGY: ECOLOGY
205 ZOOLOGY: ENVIRONMENTAL PHYSIOLOGY OF MARINE ORGANISMS
301 ZOOLOGY: ADVANCED CELL PHYSIOLOGY
302 ZOOLOGY: SOCIOBIOLOGY
Students will also be assessed on essays, seminars and notes on practical work and field trips. Fentress J C ed simpler Networks and Behaviour, Sinauer 1976 EXAM One 3-hour terminal exam; practical reports and essays will be graded and included in the assessment.
660 ROYAL AUSTRALIAN AIR FORCE ACADEMY
101 PURE MATHEMATICS
102 APPLIED MATHEMATICS
Bullen K E Introduction to the Theory of Mechanics, Science Press EXAMINATIONS Examinations will be held at the end of each course during the year.
103 CHEMISTRY
104 COMPUTATION THEORY
141 MECHANICS, WAVE MOTION
142 ELECTROMAGNETISM
143 MODERN PHYSICS
199 PHYSICS PRACTICAL WORK
201 PURE MATHEMATICS
210 VECTOR ANALYSIS
N Fourier Series. Routledge
241 ELECTRONICS
242 ELECTROMAGNETISM
243 THERMODYNAMICS
244 ATOMIC PHYSICS
245 PHYSICS OF THE ATMOSPHERE
246 MOLECULAR PROPERTIES
249 OPTICS
250 APPLIED STATISTICS
290 PHYSICS: PRACTICAL WORK
291 PHYSICS: PRACTICAL WORK
