Please note - Swinburne University of Technology
Please note - Swinburne University of Technology
Please note - Swinburne University of Technology
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Semester 4<br />
SM415 Mathematical Methods<br />
SP401 Signals & Systems<br />
SP409 Physics 4<br />
SP410 lnstrumental Science 4A<br />
SP430 lnstrumental Science 48<br />
SP424 Biophysics 4A<br />
SP425 Biophysics 4B<br />
Semester 5<br />
SA209 Work Exper~ence<br />
Semester 6<br />
SA309 Work Exper~ence<br />
Semester 7<br />
SP501 Experimental Techniques 2 30<br />
AT596 Bra~n & Behav~our 2 30<br />
SP509 Physics 5 4 60<br />
SP510 Instrumental Science 5A 4 60<br />
SP530 Instrumental Science 58 4 60<br />
SP524 Biophysics 5A 4 60<br />
SP525 Biophysics 58 4 60<br />
Semester 8<br />
SC601 Chemical lnstrumentation<br />
SP601 Special Project<br />
SP610 lnstrumental Science 6A<br />
SP630 lnstrumental Sc~ence 6B<br />
SP624 B~ophysics 6A<br />
SP625 B~ophys~cs 6B<br />
SP626 Applied Neurosc~ences<br />
SP609 Physics 6<br />
(1 983 syllabus)<br />
Semester 1<br />
SC114 Chem~stry<br />
SC184 Biology<br />
SKI 14 Computer Sc~ence<br />
SM114 Mathemat~cal Methods<br />
SP114 Phys~cs<br />
Semester 2<br />
SC116 Chemistry<br />
SMI 18 Mathematics<br />
SP113 lnstrumental Sclence<br />
SP115 Physics<br />
SP123 Biophysics<br />
Hours Hours<br />
week semester<br />
Semester 3<br />
AT291 Complementary Stud~es<br />
SA201 lndustr~al Case Stud~es<br />
SM263 Mathematics<br />
SP217 Analogue lnstrumentatlon<br />
SP218 D~g~tal lnstrumentatlon<br />
SP227 B~oelectr~c Phenomena<br />
SP228 Contractile Dynam~c Systems<br />
Semester 4<br />
SP307 S~gnals and Systems<br />
SP308 Physlcs<br />
SP317 Sc~ent~f~c lnstrumentatlon<br />
SP318 D~g~tal Systems<br />
SP327 Resp~ratory and Renal Adapt101<br />
SP328 Physlolog~cal Control Systems<br />
Semester 5<br />
SA301 Cl~nlcal Exper~ence<br />
Semester 6<br />
SA302 Cl~n~cal Exper~ence<br />
Semester 7<br />
AT493 Bra~n and Behav~our 4 72<br />
SA409 Special Project 4 72<br />
SP417 Analogue System 4 72<br />
SP418 Advanced Instrumentation 4 72<br />
SP427 Sensory Systems 4 72<br />
SP428 H~gher Cortical Functions 4 72<br />
Part-time course<br />
The course is also available for part-time study structured in<br />
such a way as to enable completion in six or more years.<br />
Part-time students must undertake at least eight hours <strong>of</strong> class<br />
t~me per week.<br />
Part-time students must also acquire two semesters <strong>of</strong> relevant<br />
work experience. The Institute does not arrange for work<br />
experience for part-time students.<br />
Faculty <strong>of</strong> Applied Science<br />
4. Computer Science/lnstrumental Science<br />
The computer science major involves the study <strong>of</strong> algorithms<br />
used in the solution <strong>of</strong> mathematical, engineering and business<br />
problems, and the implementation <strong>of</strong> these in a suitable algo-<br />
rithmic or business-oriented language. The work is sup-<br />
plemented during the latter years <strong>of</strong> the course by studies in<br />
logic, programming techniques and systems science.<br />
The 's<strong>of</strong>tware' emphasis in computer science is complemented<br />
by the strong 'hardware' orientation <strong>of</strong> instrumental science.<br />
Areas <strong>of</strong> study in this major include nuclear and optical<br />
instrumentation together with a strong emphasis on information<br />
processing, and digital and analogue electronics.<br />
Full-time course<br />
(1 986 syllabus)<br />
Semester 1<br />
SKI04 Computer Sclence<br />
SM108 Mathematical Methods<br />
SP106 Phys~cs<br />
BS510 Business Studies<br />
1 subject chosen from:<br />
SC154 Chemistry<br />
SC108 Biology<br />
Semester 2<br />
SK204 Computer Sclence 2<br />
SM219 Mathematical Methods<br />
SP210 lnstrumental Science 2<br />
SP209 Physlcs 2<br />
AT299 Complementary Stud~es<br />
Semester 3<br />
SP309 Physics 3<br />
SM319 Mathematical Methods<br />
SP310 lnstrumental Science 3A<br />
SP320 lnstrumental Science 38<br />
SK304 Computer Science 3<br />
Semester 4<br />
SP401 Signals & Systems<br />
SM419 Mathematical Methods<br />
SP410 lnstrumental Science 4A<br />
SP420 lnstrumental Science 48<br />
SK404 Computer Science 4<br />
Semester 5<br />
SA209 Work Experience<br />
Semester 6<br />
SA309 Work Experience<br />
Hours<br />
week<br />
5<br />
5<br />
5<br />
5<br />
Semester 7<br />
SM519 Mathematical Methods<br />
SP509 Physics 5<br />
SP510 lnstrumental Science 5A<br />
SP520 lnstrumental Science 58<br />
SK504 Computer Science 5<br />
Semester 8<br />
SA609 Special Project 4 60<br />
SP610 Instrumental Science 6A 4 60<br />
SP620 Instrumental Science 6B 4 60<br />
SK604 Computer Science 6 8 120<br />
XXXXX Complementary Studies subjects 4 60<br />
(1 983 syllabus)<br />
Semester 1<br />
SKI 14 Computer Sclence<br />
SM114 Mathematical Methods<br />
SP114 Physics<br />
BS197 Busmess Studies<br />
1 subject chosen from<br />
SC114 Chemistry<br />
SC184 Biology<br />
Semester 2<br />
SKI 15 Computer Science<br />
SMI 18 Mathematical Methods<br />
SP113 lnstrumental Sc~ence<br />
SPI I5 Phvs~cs<br />
5<br />
4<br />
8<br />
4<br />
4<br />
6<br />
2<br />
Hours<br />
week<br />
5<br />
5<br />
5<br />
5<br />
5<br />
4<br />
8<br />
4<br />
4<br />
8<br />
Hours<br />
semester<br />
75<br />
75<br />
75<br />
75<br />
Hours<br />
semester<br />
90<br />
90<br />
90<br />
90
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