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BI458, Molecular Genetics: Molecular
structure and biochemical function of the gene
as illustrated by the original research literature,
viruses and eukaryotic cells. Prerequisite: BI350
or BI357 or CH361. (U)(3). Occasionally.
BI480, Biology Capstone: This course
provides a capstone experience, a chance to put
into practice the knowledge and analytical skills
learned as a Biology major. The course will
explore a specific area of Biology through
reading and discussion of the scientific literature
and preparation of a review paper. Open only
to senior biology majors. (U)(3). Fall and spring.
BI490, Internship in Biological Sciences: A
course offering the student supervised work/
research experience in a setting pertinent to the
major area of study but outside the department.
Permission of the department chair is required.
(U)(3). Fall and spring.
BI499, Honors Thesis: (U)(3). Fall and spring.
Chemistry Department
Administration
Stacy O’Reilly, Ph.D., department chair
Professors
Joseph L. Kirsch, Ph.D.; Shannon G. Lieb,
Ph.D.; Robert A. Pribush, Ph.D., Anne M.
Wilson, Ph.D.
Associate Professors
Olujide Akinbo, Ph.D.; John Esteb, Ph.D.;
Geoffrey C. Hoops, Ph.D.; LuAnne McNulty,
Ph.D.; Stacy A. O’Reilly, Ph.D.; Michael
Samide, Ph.D.
Assistant Professors
Todd Hopkins, Ph.D.; R. Jeremy Johnson, Ph.D.
Instructors
Adam Azman, Ph.D.; Tracy LeGreve, Ph.D.;
Paul Morgan, Ph.D.
Why Study Chemistry?
Chemistry is often referred to as the “central
science”. It plays a role in the discovery of
better medicines, in the development of safer
chemicals for household use and in the development
of the next generation of electronic
gadgets. It also must ensure that all of these
things are done in a sustainable manner.
The study of chemistry will do more than
just impart technical knowledge, ideas and
techniques useful in a laboratory setting. It
will allow for experiences that will develop
Butler University
problem solving abilities and critical thinking
skills. Class and conference presentations,
poster sessions and lab reports will help develop
proficiency in communicating in a variety of
settings. The skills gained can be applied not
just to careers in chemistry, but also to careers
in health care, law, business and education and
to the pursuit of advanced degrees in a variety
of fields.
Why Study Chemistry at Butler?
The faculty and staff are dedicated to providing
a supportive yet challenging environment
for students interested in studying chemistry
at the undergraduate level. The curriculum is
designed to prepare students for the accelerating
pace of change in chemistry and across
science. Students are encouraged to pursue
undergraduate research with faculty whose
expertise span across a wide range of chemistry
sub-disciplines. Departmental poster sessions,
weekly seminars and project driven laboratories
encourage interaction between students and
faculty during and outside class starting in the
first year curriculum.
Chemistry Department Student
Learning Outcomes
• Understand key concepts related to the
physical and chemical properties of matter.
• Communicate within and outside the
chemical discipline.
• Develop problem-solving skills through
experimentation and analysis.
• Appreciate the relationship between
integrity, science and society.
• Demonstrate knowledge of and use of
appropriate safety protocols in laboratory
settings.
Degrees
• Major in Chemistry
• Minor in Chemistry
Requirements for the Major
Students that plan to enter the chemical
profession or pursue graduate studies in
chemistry should complete the requirements
(or as many of the requirements as possible)
for American Chemical Society Certification.
Students interested in chemistry as a path to a
professional program and are considering an
additional major or a minor may want to pursue
The College of Liberal Arts and Sciences