Biomechanics
BME UNDERGRADUATE CURRICULUM—Biomechanics 2012-2013 172 units + GE units
| FRESHMAN | unts | units | units | ||
|
Fall |
Winter |
Spring |
|||
| MAT 21A Calculus |
4 |
MAT 21B Calculus |
4 |
MAT 21C Calculus |
4 |
| CHE 2A General Chemistry |
5 |
CHE 2B General Chemistry |
5 |
CHE 2C General Chemistry |
5 |
| BIM 1 Introduction to BME |
2 |
BIS 2A Life on Earth |
4 |
PHY 9A Classical Physics |
5 |
| Lower Division Composition |
4 |
ENG 4 AutoCAD |
3 |
GE elective | |
| SOPHOMORE | |||||
|
Fall |
Winter |
Spring |
|||
| MAT 21D Vector Analysis |
4 |
MAT 22A Linear Algebra |
3 |
MAT 22B Differential Equations |
3 |
| CHE 8A Organic Chemistry |
2 |
CHE 8B Organic Chemistry |
4 |
BIM 20 Fundamentals of Bioengineering |
4 |
| PHY 9B Classical Physics |
5 |
PHY 9C Classical Physics |
5 |
ENG 17 Circuits I |
4 |
| ENG 6 MATLAB |
4 |
ENG 35 Statics |
4 |
GE elective | |
| JUNIOR | |||||
|
Fall |
Winter |
Spring |
|||
| BIM 105 Probability and Stats for BME |
4 |
BIM 106 Biotransport |
4 |
BIM 108 Biomedical Signals and Control |
4 |
| NPB 101 Physiology |
5 |
BIM 107 Math Methods for Biological Systems |
4 |
BIM 109 Biomaterials |
4 |
| EE: ENG 45 Properties of Materials |
4 |
SE: CHA 101 & 101L Human Gross Anatomy |
7 |
ENG 100 Electronic Circuits and Systems |
3 |
| GE elective | GE elective | SE: EXB 103 Analysis and Control of Human Movement |
4 |
||
| SENIOR | |||||
|
Fall |
Winter |
Spring |
|||
| BIM 110L Senior Design Lab |
2 |
BIM 110A Senior Design |
3 |
BIM 110B Senior Design |
3 |
| ENG 105 Thermodynamics |
4 |
BIM 111 Biomedical Instrumentation Lab |
6 |
EE: BIM 189C Device Design, Manufacturing & Ops |
2 |
| EE: ENG 102 Dynamics |
4 |
EE: BIM 126 Tissue Mechanics |
3 |
EE: EBS 128 Biomechanics/Ergonomics |
4 |
| EE: ENG 104 Mechanics of Materials |
4 |
CMN 1 Intro to Public Speaking |
4 |
ENG 190 Professional Responsibility Engineers |
3 |
| GE elective | Upper Division Composition Course=4 units, Exam=0 units | 0-4 | GE elective | ||
| GE elective | |||||
| For cellular-tissue Biomechanics, replace CHA 101/101L and EXB 103 with BIM 102/161A as Science electives and BIM 126/EBS 128 with BIM 141/162 as Engineering electives.
Other courses: BIM 163 Bioelectricity, Biomechanics and Signaling Systems; EXB 115 Biomechanical Bases of Movement; STA 142 Reliability Use Summer Sessions to lighten this course load. Updated September 2012 |
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