The integrative option is meant to provide a thorough background in the subject areas involved in computational and integrative biology major. This option is intermediate in focus between the other two options. This option is meant to be the general-purpose option and will be suitable for the majority of students.
Course Requirements:
50:750:131,133 Elements of Physics I and Lab (4)
50:750:132,134
Elements of Physics II and Lab (4)
50:160:115,125 Chemical Principles I and Lab (4)
50:160:116,126
Chemical Principles II and Lab (4)
50:120:101,107
General Biology I and Lab (4)
50:120:102,108
General Biology II and Lab (4)
50:640:121
Unified Calculus I (4)
50:640:122 Unified Calculus II (4)
50:198:111,112 Programming Fundamentals and Software Lab (4)
50:198:113 Object-Oriented Programming (3)
50:160:335,339 Organic Chemistry I and Lab (5)
50:160:336,340 Organic Chemistry II and Lab (5)
50:198:327 Scientific Software Development (3)
50:120:305,306
Molecular Biology and Lab (4)
50:120:307,308 Genetics and Lab (4) or 50:120:341,342
General Physiology and Lab (4)
50:750:351,413 Thermal Physics and Quantum Mechanics (8) or
50:160:345-348 Physical Chemistry I,II and Labs (6)
50:960:283
Introduction to Statistics (3)
50:640:468-469
Mathematical Methods for Scientists I,II (8)
50:121:491-492
Capstone Course I, II (4)
Courses to Fill Elective (nongeneral education) Requirements:
Any 300- or 400-level courses from biology, chemistry, computer science, mathematics, or physics
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