Engineering biomechanics
DIRECTORY: biomedical engineering
STUDIES: full-time, first degree
INDEPENDENT KNOWLEDGE
1. anatomy: muscular and skeletal system
2 . mathematics: vector calculus, differential calculus, integral calculus, linear algebra
3 . Mechanics: center of mass of a system of solids, equilibrium of any system of forces, kinematics of a point
CONTENTS
1. human center of mass
2. joint forces and moments
3. human gait analysis
4. muscle electromyography
METHOD OF ACCEPTANCE
1. attendance in class
2. completion of 3 reports
3. completion of 3 colloquia
Pathobiomechanics
DIRECTORY: biomedical engineering
STUDIES: full-time, second degree
INDEPENDENT KNOWLEDGE
1. anatomy: muscular and skeletal system
2 . mathematics: vector calculus, differential calculus, analytical geometry
3 . mechanics: point kinematics
4 .fundamentals of programming
CONTENTS
1. gait analysis
2. balance and stability of the human body
3. clinical tests to assess the sense of balance
4. planning a biomechanical study
METHOD OF ACCEPTANCE
1. class attendance
2. correct execution of biomechanical examination
3. proposing parameters to evaluate the sense of balance
4. completion of reports
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