Premed students need to take the following biology and chemistry courses. Biology Principles of Biology I (4 units) L41-2960 Principles of Biology II (4 units) L41-2970 Physiological Control Systems (2 units) L41-3058 Chemistry General Chemistry I (3 units) L07-111A General Chemistry I Lab (2 units) L07-151 General Chemistry II (3 units) L07-112A General Chemistry II Lab (2 units) L07-152 Organic Chemistry I (3 units) L07-251 Organic Chemistry II (3 units) L07-252 Organic Chemistry Lab (2 units) L07-257 Bachelor of Science in Systems Science & Engineering (Pre-Med Sample Program) Year     Fall Spring First Calculus II, III Math 132, 233 3 4   General Physics I, II Physics 117A, 118A 4 4   General Chemistry I, II Chem 111A, 112A 3 3   General Chemistry Laboratory I, II Chem 151, 152 2 2   Principles of Biology I Biol 2960   4   Matrix Algebra ESE 309 3     Subtotal    15 17 Second Principles of Biology II, Physiological Control Systems Biol 2970, 3058 4 2   Differential Equations Math 217 4     Intro to Systems Science & Engineering ESE 251 3     Engineering Mathematics ESE 317   4   Probability and Statistics for Engineering ESE 326   3   Computer Science elective from the approved list CSE 131 4   Signals and Systems ESE 351   3   Humanities or social science electives     3   Subtotal    15 15 Third  Computer Science elective from the approved list CSE 241   3   Organic Chemistry I, II Chem 251, 252 3 3   Organic Chemistry Lab Chem 257   2   Operations Research ESE 403  3     Control Systems ESE 441 3     SSE elective laboratory ESE 447   3   SSE electives with engineering topics units   3 3   Technical Writing Engr 310 3     Humanities or social science electives     3   Subtotal   15 17 Fourth SSE electives with engineering topics units   3 3   Systems Engineering Laboratory ESE 448 3     System Design Project ESE 499 3     Engineering course with engineering topics units   3 3   Humanities or social science electives   3 9   Subtotal    15 15 Total for four years   60 64

Babak Razavi, BS in Systems Science & Engineering and Biomedical Engineering, Washington University, 1999, is currently in the combined MD/PhD program at the University of Rochester, pursuing a Doctorate of Medicine as well as a PhD in Biomedical Engineering. He is conducting research on the brain's ability to integrate spatial information from the auditory and visual systems to construct a coherent map of the external world.