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5 course outlines found

1

EXERSCI 303

: Biomechanics 2
2024 Semester Two (1245)
Advanced quantitative techniques in biomechanics used to study human movement including mathematical modelling and signal processing. An application area such as occupational ergonomics or clinical gait analysis will be used to demonstrate the biomechanical techniques.
Subject: Exercise Sciences
Prerequisite: 15 points from ENGGEN 121, PHYSICS 160, EXERSCI 203, SPORTSCI 203
Restriction: SPORTSCI 303
2

EXERSCI 303

: Biomechanics 2
2023 Semester Two (1235)
Advanced quantitative techniques in biomechanics used to study human movement including mathematical modelling and signal processing. An application area such as occupational ergonomics or clinical gait analysis will be used to demonstrate the biomechanical techniques.
Subject: Exercise Sciences
Prerequisite: 15 points from ENGGEN 121, PHYSICS 160, EXERSCI 203, SPORTSCI 203
Restriction: SPORTSCI 303
3

EXERSCI 303

: Biomechanics 2
2022 Semester Two (1225)
Advanced quantitative techniques in biomechanics used to study human movement including mathematical modelling and signal processing. An application area such as occupational ergonomics or clinical gait analysis will be used to demonstrate the biomechanical techniques.
Subject: Exercise Sciences
Prerequisite: 15 points from ENGGEN 121, PHYSICS 160, EXERSCI 203, SPORTSCI 203
Restriction: SPORTSCI 303
4

EXERSCI 303

: Biomechanics 2
2021 Semester Two (1215)
Advanced quantitative techniques in biomechanics used to study human movement including mathematical modelling and signal processing. An application area such as occupational ergonomics or clinical gait analysis will be used to demonstrate the biomechanical techniques.
Subject: Exercise Sciences
Prerequisite: 15 points from ENGGEN 121, PHYSICS 160, EXERSCI 203, SPORTSCI 203
Restriction: SPORTSCI 303
5

EXERSCI 303

: Biomechanics 2
2020 Semester Two (1205)
Advanced quantitative techniques in biomechanics used to study human movement including mathematical modelling and signal processing. An application area such as occupational ergonomics or clinical gait analysis will be used to demonstrate the biomechanical techniques.
Subject: Exercise Sciences
Prerequisite: EXERSCI 203 or SPORTSCI 203
Restriction: SPORTSCI 303