Summa cum laude
- Either BIOC 4332: Biochemistry II: Molecular Mechanisms of Gene Action and Biological Regulation (4 cr) or STAT 3021: Introduction to Probability and Statistics (3 cr)
- Two semesters of tutorial work in laboratory and/or literature research under the direction of an advisor in the Microbiology Department. Enroll for MicB 5093 or 5094 for a minimum of 2 and 3 credits per semester. This work will culminate in the preparation of an honors thesis.
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At least 6 credits in:
- BIOL 4125: Recombinanat DNA Theory (3 cr)
- BIOL 4003/GCB 3022: Genetics (3 cr)
or
BIOL 3407: Ecology (3 cr) or above 4004
- CHEM 3501-3502: Physical Chemistry I-II (3 cr each)
- CHEM (choose from any 4xxx course)
- Either BIOC 4332: Biochemistry II: Molecular Mechanisms of Gene Action and Biological Regulation (4 cr) or STAT 3021: Introduction to Probability and Statistics (3 cr) (whichever was not taken to meet the previous requirement)
- PHYS 2601: Quantum Physics (4 cr); 2605: Quantum Physics Laboratory (3 cr)
PHYS 4001: Analytical Mechanics (4 cr);
PHYS 4002: Electricity and Magnetism (4 cr)
At least 6 credits in CHEM (any 5xxx course); MATH 3066 or above; GCB 5011 and/or BIOL 5061 or above
Opportunities for Honors Students:
HONORS COURSE:
Microbiology 5970 or 5990. A special problems tutorial course, involving either laboratory or library research (cr. arr.)
HONORS THESIS:
The thesis may be written in conjunction with enrollment in 5990. Credit is variable depending on the amount and sophistication of the research.
NON-CURRICULAR ACTIVITIES:
Whenever possible, the department hires research-oriented honors students for summer research projects.
*Please refer to the Honors Section of the CLA Bulletin (or Handbook) for additional college honor requirements.