Principles of Selection for Admission to First and Second Year of the Bachelor of Social Work Course. 34;2.2.2 Special principles of selection may determine that results achieved in particular subjects will not be included as one of the 'best four' subjects or as bonus subjects, or both, in calculations made under the formula. 34;2.2.5 Special principles of selection may provide that special debits and bonuses may be applied to an applicant's score determined under the formula.
In deciding between applicants at or near the borderline, the relative academic merit of the applicants as determined by the
Up to two such applicants may be screened by each faculty in any year prior to the normal process, if the faculty selection committee is of the opinion that the applicants are of equal or superior merit to other applicants who are likely to be screened in the course for that year. which the overseas applicants applied for. Where working rules are used, a copy can be obtained from the assistant registrar of the faculty or study council. Places available will be organized by the Council in accordance with decisions agreed by the Council and notified in terms of quotas and sub-quotas of Student Units reserved for each of the courses of the University.
Preamble Applicability
Places that are available must be notified in time by the Council in accordance with the decisions agreed by the Council in terms of target figures, quotas or sub-quotas of W e i g t e d Student units attributable to postgraduate units, e.d. , study council or postgraduate course of the U n i v e r s i t y , as the case may be.
Selection
Reservation of Places in Quotas (Deferment)*
Preamble
Selection Committee
Eligibility
New freshmen who enroll and then want to defer a place can apply for leave. The qua l i f i c a t i s of transferees to other courses or students who have been awarded credits in relevant subjects on the basis of equivalent subjects passed elsewhere, will be equated with the above criteria as far as possible, it being understood that no new student will be displaced sooner e d student of a later year q u o t a . A student who wishes to interrupt his studies must request leave from the faculty, stating the reasons.
BACHELOR OF SCIENCE
- A candidate (or 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
- P r e r e q u i s i t e s and S p e c i a l C o n d i t i o n s
DETAILS OF UNITS
2 0 1 HISTOLOGY
DEPARTMENTAL SUGGESTED COURSE
321 PRACTICAL BIOCHEMISTRY A
322 PRACTICAL BIOCHEMISTRY B
323 PRACTICAL BIOCHEMISTRY C
324 PRACTICAL BIOCHEMISTRY D
101 BIOLOGY
103 ANIMAL BIOLOGY
104 PLANT BIOLOGY
203 BOTANY: ALGAE AND FUNGI
204 BOTANY: ECOLOGY
205 BOTANY: WHOLE PLANT PHYSIOLOGY
610 CHEMISTRY
101 CHEMISTRY
202 PHYSICAL CHEMISTRY II
203 PHYSICAL CHEMISTRY III
220 ORGANIC CHEMISTRY
221 ORGANIC CHEMISTRY
322 ORGANIC REACTION MECHANISMS
323 BIOLOGICAL CHEMISTRY
324 NATURAL ORGANIC SUBSTANCES
325 REACTIVE INTERMEDIATES
326 PRINCIPLES OF ORGANIC SYNTHESIS
327 ORGANIC PHOTOCHEMISTRY
328 CHEMISTRY OF THE ENVIRONMENT
329 ORGANIC POLYMER CHEMISTRY
335 ORGANIC PRACTICAL WORK I
336 ORGANIC PRACTICAL WORK II
335 COMPUTER SCIENCE: FORMAL SEMANTICS
340 COMPUTER SCIENCE: COMPUTER SCIENCE PROJECT
341 COMPUTER SCIENCE: SOFTWARE ENGINEERING
343 COMPUTER SCIENCE: COMPUTERS AND SOCIETY
351 COMPUTER SCIENCE: DATA BASE MANAGEMENT SYSTEMS
353 COMPUTER SCIENCE: NETWORKS AND COMMUNICATIONS
361 COMPUTER SCIENCE: PROGRAMMING LANGUAGES AND COMPILERS
380 COMPUTER SCIENCE: GRAPHICS
390 COMPUTER SCIENCE: DIRECTED STUDY
SYLLABUS A course of directed study in Computer Science covering material not otherwise available to the student. The study will be directed by a member of the department and may involve project work in addition to lecture material.
OTHER RELEVANT COURSES
382 DIGITAL CIRCUITS
100 LEVEL
102 INTRODUCTION TO ENGINEERING (SCIENCE COURSE)
Genetics (5) The Statics of Engineering Systems—forces, equilibrium, level. trusses, friction, beams, bending moments and shear forces.
DRAWING OFFICE WORK
ASSESSMENT
101 INTRODUCTION TO ENGINEERING
201 GENERAL GENETICS (LECTURES)
202 GENERAL GENETICS (PRACTICAL WORK)
300 LEVEL
Students taking units with a practical classroom element should contact the department office to be assigned to a laboratory group before the start of the unit. Honors) in the Department of Genetics are advised to take at least 15 credits in Genetics.
301 POPULATION AND ECOLOGICAL GENETICS
302 MOLECULAR GENETICS
303 MOLECULAR AND CELLULAR GENETICS
304 MOLECULAR AND CELLULAR GENETICS (PRACTICAL)
305 HUMAN GENETICS
306 GENETICAL EVOLUTION OF PLANTS AND ANIMALS
121 GEOGRAPHY (SCIENCE COURSE)
SUGGESTED DEPARTMENTAL COURSE
141 THE NATURAL ENVIRONMENT
142 MAN'S ORGANIZATION OF SPACE AND RESOURCES
143 MAN'S ROLE IN CHANGING THE FACE OF THE EARTH
Students who fail any of the semester exams, practical exams, or field reports may be admitted to a special exam at the end of the year if the overall level of their course work is otherwise satisfactory.
200 LEVEL
241 TERRAIN ANALYSIS
268 POPULATION GEOGRAPHY
246 WATER RESOURCES
ASSESSMENT A one-hour exam at the end of the third semester, containing questions relevant to the lecture. Assessment of practical work will include a one-hour end-of-semester examination and students will be required to achieve at least 50 per cent of the combined practical and fieldwork marks and pass the examination. . Students who do not pass the examination or practical assessments or professional reports may be admitted to a special end-of-year examination if the general standard of their work is otherwise satisfactory.
247 ENVIRONMENTAL GEOMORPHOLOGY
265 LOCATION THEORY
267 GEOGRAPHIC DATA HANDLING
Students who fail the examination may be admitted to a special examination at the end of the year if the overall standard of their course work is otherwise satisfactory.
342 RURAL LAND USE ANALYSIS
345 ENVIRONMENTAL GEOMORPHOLOGY
346 THE COASTAL ENVIRONMENT
347 PROBLEMS OF CONSERVATION
349 URBAN AND SOCIAL GEOGRAPHY
ASSESSMENT One I'/i-hour examination paper at the end of the third semester, containing questions relevant to the lecture course. The assessment of the practical work will include a one-hour test at the end of the third semester, and students must achieve at least 50 percent of the total marks given for practical work and field reports, as well as pass the examination.
350 MARITIME AND SEABED RESOURCES
366 PROBLEMS IN PHYSICAL GEOGRAPHY
101 GEOLOGY
111 THE MOBILE EARTH
201 MINERALOGY
202 PETROLOGY
203 EVOLUTION OF THE LITHOSPHERE
209 FIELD GEOLOGY
640-212 PHYSICS: CONTINUUM MECHANICS AND GEOPHYSICS
300 GEOLOGY CORE UNITS
301 CRYSTALLINE ROCKS
302 EXPLORATION GEOLOGY
303 ECONOMIC GEOLOGY
304 PALAEONTOLOGY
305 TECTONIC MODELS, ECONOMIC DEPOSITS AND CRUSTAL EVOLUTION
306 SEDIMENTARY ENVIRONMENTS AND FACIES ANALYSIS
309 FIELD GEOLOGY
332 INTRODUCTION TO GEOPHYSICAL EXPLORATION
GEOPHYSICS
344 GEODESY
1 / 2 -hours theory examination
361 PRACTICAL GEOPHYSICS A
362 PRACTICAL GEOPHYSICS B
371 GEOPHYSICAL EXPLORATION A
372 GEOPHYSICAL EXPLORATION B
136 HISTORY AND PHILOSOPHY OF SCIENCE
101 HISTORY OF ASTRONOMY
103 REVOLUTIONS IN SCIENCE
Students will be informed about weighting and deadlines for assessment components at the beginning of the unit.
202 PHILOSOPHY OF SCIENCE
203 PHILOSOPHY OF SCIENCE
210 HISTORY OF MATHEMATICS
222 ISSUES IN MODERN LIFE SCIENCES
223 DARWINISM
224 THE SCIENTIFIC REVOLUTION
225 SOCIAL HISTORY OF MEDICINE
226 SCIENCE, TECHNOLOGY AND SOCIETY
227 HISTORY OF AUSTRALIAN SCIENCE
301 PHILOSOPHY OF MATHEMATICS
302 PHILOSOPHY OF PHYSICS
303 PHILOSOPHY OF SCIENCE
311 REVOLUTIONS IN SCIENTIFIC THOUGHT
320 HISTORY OF SCIENCE
333 HISTORY OF TECHNOLOGY
- Engineering science formalized during the 18th and 19th centuries
Great British Civil Engineers - Bridges, Drainage, Canals and Water Great British Civil Engineers - Bridges, Drainage, Canals and Water Supply Bessemer Steel and Its Consequences.
345 HISTORY AND PHILOSOPHY OF SCIENCE (SCIENCE)
390 DIRECTED STUDY
Assessment on the basis of performance in seminars, demonstrated ability to research an agreed topic and on a substantial written report on this research. syllabus A course of directed study in the history or philosophy of science not covered in other available units. The investigation is led by a member of the institute and must be approved by the institute committee.
The course may include part of some appropriate unit offered in the Faculty of Arts or Sciences. The written work can be taken into account and an exemption from the examination paper can be granted on the basis of such written work.
640-368 PHYSICS: HISTORY AND PHILOSOPHY OF SCIENCE
659 HUMAN MOVEMENT STUDIES
201 BIOMECHANICS OF HUMAN MOVEMENT
202 THE ACQUISITION OF SKILL
Human Movement Studies Laboratory sessions will be devoted to the experimental study of aspects of skilled performance, e.g.
203 EVALUATION OF PHYSICAL PERFORMANCE
GROUP B
301 BIOMECHANICS OF HUMAN MOVEMENT
310 BIOMECHANICS OF HUMAN LOCOMOTION
311 BIOMECHANICS OF GROSS BODY MOTION
315 STRUCTURAL KINESIOLOGY
320 PSYCHOLOGY OF SPORT
AN INTRODUCTION TO MARINE SCIENCE
201 MARINE GEOSCIENCE
202 MARINE CHEMISTRY
203 MARINE ECOLOGY
204 INTRODUCTION TO PHYSICAL OCEANOGRAPHY
Mathematical science ASSESSMENT Practical work/written assignments consisting of no more than 5 worksheets (no more than 10 pages in total) and an essay (1,500 words) contribute to no more than 50% of the total mark. Students wishing to continue studies in marine science are advised to take a selection from the following units. With the exception of 600-301 (Geophysical Fluid Dynamics), for which full details are given below, all these units have been grouped according to a major disciplinary area, although students are encouraged to take as wide a selection as possible.
MARINE GEOSCIENCE 121 GEOGRAPHY
626 GEOLOGY 441 MINING
MARINE CHEMISTRY
617 MATHEMATICAL SCIENCES
111 MATHEMATICAL SCIENCES 1A
130 MATHEMATICAL SCIENCES 1D
210 REAL AND COMPLEX ANALYSIS
220 GROUP THEORY AND LINEAR ALGEBRA
230 VECTOR ANALYSIS AND MATHEMATICAL METHODS
250 MATHEMATICS 2
275 DIFFERENTIAL EQUATIONS
281 LINEAR PROGRAMMING PROJECT
282 NUMERICAL PROJECT
283 NUMBER THEORY PROJECT
310 ANALYSIS
320 ALGEBRA AND TOPOLOGY
330 DIFFERENTIAL EQUATIONS
340 MATHEMATICAL METHODS
351 MATHEMATICS 3: PART I
352 MATHEMATICS 3: PART II
360 OPERATIONS RESEARCH
381 ALGEBRA
382 GEOMETRY
383 MATHEMATICAL MODELLING
384 DEVELOPMENTS IN MATHEMATICS
4 3 6 MATERIALS SCIENCE
208 MATERIALS SCIENCE A
209 MATERIALS SCIENCE B
307 PHYSICAL METALLURGY
308 METAL WORKING
309 WELDING
311 CASTING
111 METEOROLOGY: FUNDAMENTALS OF THE ATMOSPHERE
112 METEOROLOGY: WEATHER SYSTEMS
113 METEOROLOGY: DYNAMICS, ANALYSIS AND FORECASTING
114 METEOROLOGY: CLIMATE, WEATHER AND MAN
115 METEOROLOGY: METEOROLOGY
201 METEOROLOGY: OUTLINE OF METEOROLOGY
202 METEOROLOGY: METEOROLOGICAL MEASUREMENTS
203 METEOROLOGY: THERMODYNAMICS OF THE ATMOSPHERE
204 METEOROLOGY: PLANETARY CLIMATOLOGY
205 METEOROLOGY. COMPUTER METEOROLOGY
206 METEOROLOGY: THE URBAN ENVIRONMENT
301 IVIETEOROLOGY: DYNAMICS
302 METEOROLOGY: MICROMETEOROLOGY
303 METEOROLOGY: SOLAR RADIATION
304 METEOROLOGY: TURBULENCE
305 METEOROLOGY: NUMERICAL WEATHER PREDICTION
306 METEOROLOGY: TERRESTRIAL RADIATION
307 METEOROLOGY: SYNOPTIC METEOROLOGY
308 METEOROLOGY: CLOUD PHYSICS
309 METEOROLOGY: GENERAL GLACIOLOGY
320 METEOROLOGY: PRACTICE OF NUMERICAL WEATHER FORECASTING
321 METEOROLOGY: REMOTE SENSING
322 SATELLITE METEOROLOGY
323 DESCRIPTIVE PHYSICAL OCEANOGRAPHY
324 METEOROLOGY: ADVANCED METEOROLOGICAL MEASUREMENTS
325 METEOROLOGY: METEOROLOGICAL DATA ANALYSIS
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—PRINCIPLES OF IMMUNOLOGY
306 MICROBIOLOGY—IMMUNOLOGICAL TECHNIQUES PRACTICAL
307 MICROBIOLOGY: INDUSTRIAL MICROBIOLOGY (LECTURES)
308 MICROBIOLOGY: INDUSTRIAL MICROBIOLOGY (PRACTICAL WORK)
309 MICROBIOLOGY: MICROBIAL GENETICS (LECTURES)
310 MICROBIOLOGY: MICROBIAL GENETICS (PRACTICAL WORK)
311 MICROBIOLOGY: MICROBIAL PHYSIOLOGY (LECTURES)
312 MICROBIOLOGY—CELLULAR IMMUNOLOGY AND INFECTION
313 MICROBIOLOGY—MOLECULAR ASPECTS OF IMMUNOLOGY
314 MICROBIOLOGY—IMMUNOLOGY PROJECTS PRACTICAL COURSE A
441 MINING
251 INTRODUCTION TO MINING
270 MARINE MINERAL TECHNOLOGY
271 INTRODUCTION TO MINERAL PROCESSING
351 MINERAL DEPOSITS — EXPLORATION AND DELINEATION
Assignments and practical reports of sessions completed during the course make up one third of the final grade.
360 SURFACE MINING
362 UNDERGROUND MINING
363 INTRODUCTION TO ROCK ENGINEERING
364 ROCK MECHANICS
Assignments and practical session reports completed during the course will make up 25% of the final assessment.
395 MINING FIELD EXERCISE
301 GENERAL PATHOLOGY
302 REACTIONS TO INJURY 1
303 REACTIONS TO INJURY 2
304 CELL PROLIFERATION AND NEOPLASIA
305 HAEMATOLOGICAL ASPECTS OF PATHOLOGY
306 TRANSPLANTATION AND IMMUNOGENETICS
307 GENERAL PATHOLOGY (OPTOMETRY)
308 IMMUNOPATHOLOGY
309 IMMUNOLOGY LABORATORY PROJECT PRACTICAL COURSE B
310 HISTOPATHOLOGICAL TECHNIQUES
311 TECHNIQUES FOR ELECTRON MICROSCOPY
201 PHARMACOLOGY
301 MOLECULAR PHARMACOLOGY
302 AUTOPHARMACOLOGY
303 PHARMACOKINETICS
304 PHARMACOLOGY OF THERAPEUTIC SUBSTANCES 1
305 PHARMACOLOGY OF THERAPEUTIC SUBSTANCES 2
306 OCULAR PHARMACOLOGY
307 TOXICOLOGY
140 PHYSICS (STANDARD COURSE)
160 PHYSICS (TERMINAL COURSE)
170 PHYSICS: ASTRONOMY
211 PHYSICS: ENERGY AND ENVIRONMENT
212 PHYSICS: CONTINUUM MECHANICS AND GEOPHYSICS
222 PHYSICS: OPTICS AND RELATIVITY (ADVANCED)
223 PHYSICS: QUANTUM MECHANICS (ADVANCED)
224 PHYSICS: CLASSICAL MECHANICS (ADVANCED)
225 PHYSICS: ELECTROMAGNETISM (ADVANCED)
226 PHYSICS: THERMAL PHYSICS (ADVANCED)
227 PHYSICS: OPTICS (ADVANCED)
242 PHYSICS: OPTICS AND RELATIVITY
243 PHYSICS: QUANTUM MECHANICS
244 PHYSICS: CLASSICAL MECHANICS
245 PHYSICS: ELECTROMAGNETISM
246 PHYSICS: THERMAL PHYSICS
247 PHYSICS: OPTICS
320 PHYSICS: QUANTUM MECHANICS (ADVANCED)
321 PHYSICS: THERMAL PHYSICS (ADVANCED)
322 PHYSICS: NUCLEAR PHYSICS (ADVANCED)
323 PHYSICS: SOLID STATE PHYSICS (ADVANCED)
324 PHYSICS: ELECTRODYNAMICS (ADVANCED)
360 PHYSICS: ATOMIC AND MOLECULAR PHYSICS
361 PHYSICS: MODERN OPTICS AND DIFFRACTION
362 PHYSICS: ELECTRONICS
363 PHYSICS: ASTRONOMY
G. Sargood
SYLLABUS
V 2 -hour terminal examination
364 PHYSICS: BIOPHYSICS
1 / 2 -hour terminal examination
365 PHYSICS: ASTROPHYSICS
C. Officer
366 PHYSICS: DIGITAL SYSTEMS
Mazzolini
368 PHYSICS: HISTORY AND PHILOSOPHY OF SCIENCE
375 PHYSICS: PARTICLE PHYSICS
393-398 PHYSICS: LABORATORY WORK
536 PHYSIOLOGY
201 PHYSIOLOGY
202 PHYSIOLOGY
203 PHYSIOLOGY
205 PHYSIOLOGY (OPTOMETRY)
311 PHYSIOLOGY: THE BRAIN, PERCEPTION AND BEHAVIOUR
313 PHYSIOLOGY: PHYSIOLOGICAL ASPECTS OF NUTRITION AND METABOLISM
314 PHYSIOLOGY: HAEMOPOIESIS AND CELL KINETICS
315 PHYSIOLOGY: RENAL FUNCTION AND MAMMALIAN ADAPTATION
319 PHYSIOLOGY: ENDOCRINOLOGY AND REPRODUCTION
320 PHYSIOLOGY: PROJECT IN PHYSIOLOGY
321 PHYSIOLOGY: WORK, EXERCISE AND SPORTS SCIENCE
ASSESSMENT Based on one 2-hour written assignment at the end of the semester and assignments completed during the course. Assignments will consist of: one essay of no more than 2,000 words based on lecture topics; and laboratory reports.
323 PHYSIOLOGY: BRAIN IN ACTION—MOVEMENT
MOTIVATION AND MEMORY (LECTURES ONLY)
171 PSYCHOLOGY
101 PSYCHOLOGY
201 PSYCHOLOGY (PASS and HONOURS)
B. Students are required to obtain at least a pass in section (e)
Quantitative Methods A and in the Quantitative Methods B section of Psychology 2B (Hons.) to be allowed to enroll in 171-360 Psychology 3B (Hons.).
FURTHER COURSE DETAILS
202 PSYCHOLOGY (HONOURS)
Students will be informed at the beginning of the first semester of the assessment pattern that will be followed in that year. A satisfactory standard must be achieved in practical work reports to achieve at least a pass in the subject. Further details will be published on the departmental notice board at the beginning of the first semester and in the Second Year Manual, which can be obtained from the department.
At least one pass in this section and in Quantitative Methods A section of Psychology 201 is required to enroll in 300-level Honors units. The capacities that a person brings to the performance of motor and intellectual skills; limitations in human ability to sense, perceive, store and transmit information; experimental analysis of information flow within the human nervous system; applications of information processing principles to the study of human-machine systems. Students intending to apply for entry to the Honors School should refer to 171-401 in Chapter 10 for details of additional Third Year Honors units.
301 PSYCHOLOGY (PASS AND HONOURS)
176 SCIENCE LANGUAGES 221 SCIENCE FRENCH
222 SCIENCE GERMAN READING
223 SCIENCE RUSSIAN
Austin
210 PROBABILITY AND STATISTICS
Standard probability distributions including hypergeometric, binomial, Poisson, negative binomial, normal, gamma and beta distributions and some of their applications. The law of large numbers and the central limit theorem. ii) Statistical inference: Estimating parameters of probability distributions; desirable characteristics of estimators—consistency, impartiality, and efficiency. Particular reference is made to the case of sampling from a normal distribution where the t, x2 and F distributions are required.
Information on some commonly used statistical tests, including contingency tables, goodness-of-fit tests, and some free distribution tests. iii) Statistical analysis: Linear regression and least squares method. The theory and applications of the general linear model - with particular reference to regression problems, including multiple and polynomial regression, analysis of one-way and two-way classifications, and analysis of standard statistical experiments. The study of some standard experimental designs, including randomized block, balanced incomplete block, and 2k factorial experiments.
220 STATISTICAL METHODS
230 OPERATIONS RESEARCH
301 PROBABILITY A
302 PROBABILITY B
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
210 SURVEYING PART A
211 SURVEYING (FORESTRY COURSE)
312 SURVEYING (ENGINEERING COURSE)
301 SURVEYING 2
302 PHOTOGRAMMETRY 1 402 PHOTOGRAMMETRY 2
201 ZOOLOGY: INVERTEBRATE ZOOLOGY
202 ZOOLOGY: VERTEBRATE ZOOLOGY
203 ZOOLOGY: ZOOPHYSIOLOGY
204 ZOOLOGY: ECOLOGY
205 ZOOLOGY: THE BIOLOGY OF ANIMAL ADAPTATION
301 ZOOLOGY: ANIMAL BEHAVIOUR
302 ZOOLOGY: ZOOPHYSIOLOGY
303 ZOOLOGY: MARINE ECOLOGY
304 ZOOLOGY: EVOLUTION
305 ZOOLOGY: RESEARCH PROJECT
101 PURE MATHEMATICS
102 APPLIED MATHEMATICS
104 CHEMISTRY
111 COMPUTER PROGRAMMING FUNDAMENTALS
145 PHYSICS
201 PURE MATHEMATICS
210 VECTOR ANALYSIS
248 MECHANICS
249 OPTICS
250 APPLIED STATISTICS
251 MECHANICS OF FLIGHT
290 PHYSICS: PRACTICAL WORK
341 NUCLEAR PHYSICS
342 FLUID DYNAMICS
344 ATMOSPHERIC PHYSICS
345 SOLID STATE PHYSICS
346 ELECTROMAGNETISM
Academy Waveguides — mode structure, evanescent modes, current flow, reso- Waveguides — mode structure, evanescent modes, current flow, resonant systems, impedance, scattering, applications.
347 THERMODYNAMICS
353 INFRA-RED PHYSICS
354 ASTROPHYSICS
356 SPACE PHYSICS
390 to 393 PHYSICS: PRACTICAL WORK
BACHELOR OF SCIENCE (EDUCATION)
- 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, of
- A candidate who, having completed or simultaneously being a candi- date for any other degree, enrols in the course for the degree of Bachelor
- A candidate who has complied with the prescribed conditions and obtained a cumulative points score equal to or exceeding one hundred
- A candidate who has been admitted to and obtained credit for any subject of the course before 31 December 1982 may complete the course
- This temporary regulation shall expire on 1 March 1986.]
No candidate may study or receive marks for examinations passed unless his proposed subject selection and examinations have been passed, unless his proposed subject selection and the years of his course in which they are to be taken have been approved by the faculty. The Faculty may allow a candidate to replace a subject of his degree program with a subject of a university degree course, which in its opinion is obviously another subject of a university degree course, which it deems to be at least of the same level and relevant for the candidate's field of study. The points to be obtained for passing the exam in such a replaced course are prescribed by the faculty.
A candidate who, after completing or at the same time applying for any other degree, enrolls in a course for the diploma date for any other degree, can enroll in studies for a diploma in natural sciences (pedagogy majors). with the approval of the Faculty, credit the subjects taken in the course for such second degree. The total number of marks he must obtain in these subjects must not exceed forty. A candidate who has fulfilled the prescribed conditions and achieved a cumulative score of one hundred and more than one hundred points and has achieved a cumulative score of one hundred and forty points or more can enroll in the Bachelor of Science degree.
A candidate who was admitted to any subject of the course before 31 December 1982 and obtained credit for it may complete the course subject of the course before 31 December 1982 may complete the course under the regulations in force on 30 November 1980 .
FACULTY RULES
Prerequisites and Special Conditions
BACHELOR OF SCIENCE IN OPTOMETRY
655 OPTOMETRY
210 APPLIED OPTICS
220 PHYSIOLOGICAL OPTICS
310 APPLIED OPTICS
320 NEUROPHYSIOLOGY OF VISION
330 OPTOMETRY: FUNCTIONAL DISORDERS OF VISION
340 OPTOMETRY: DISEASES OF THE EYE
