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Engineering Science Core Courses

(52-53 credits)

• BI105 Ecology and Evolution – BI155 Ecology and Evolution Lab
• BI200 Genetics
• CH121 General Chemistry I – CH151 General Chemistry Lab I
• CH122 General Chemistry II – CH152 General Chemistry Lab II
• CS135 Introduction to Computer Science
• CS235 Introduction to Data Science
• MA140 Calculus I
• MA240 Calculus II
• MA305 Differential Equations
• MA340 Calculus III
• PY151 University Physics I – PY171 Physics Lab I
• PY 152 University Physics II – PY172 Physics Lab II
• PY 162 Experimental Physics I – Electronics

Choose one of the following:

• BI240 Analysis of Biological Data
• CH232/253 Analytical Chemistry and Analytical Chemistry Laboratory
• MA230 Regression Analysis and Time Series

Upon completion of these courses, students will select one of the following options:

Option One

Select at least 16 additional hours from this list:

• BI301 Comparative Anatomy
• BI407 Molecular Genetics
• CH301 Organic Chemistry I
• CH302 Organic Chemistry II
• CH303 Physical Chemistry I
• CH304 Physical Chemistry II
• CH353 Physical Chemistry Lab I
• CH 354 Physical Chemistry Lab II
• CS300 Advanced Discrete Mathematics
• CS308 Theory of Computing
• CS337 Algorithms and Data Structures
• CS342 Artificial Intelligence
• MA303 Linear Algebra
• MA304 Probability
• PY352 Classical Mechanics
• PY362 Experimental Physics II
• PY403 Electrodynamics I
• PY404 Electrodynamics II

With approval from the Engineering Science coordinator, another 300-level course in biology, chemistry, computer science, mathematics or physics may be substituted for one or more of the above options.

Option Two

Coursework may be completed at a dual-degree partnership school and transfer back to ÐÇ¿ÕÎÞÏÞ´«Ã½ at least 16 credit hours of 300-level coursework approved by the Natural Science and Mathematics division and any additional credit hours necessary to satisfy ÐÇ¿ÕÎÞÏÞ´«Ã½â€™s degree requirements.

For more information on ÐÇ¿ÕÎÞÏÞ´«Ã½â€™s dual-degree programs, visit .