Chemistry

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Chair Irvin Levy, Otonye Braide, Michael Paul, Katy van Kirk.

MISSION: The Department of Chemistry seeks to provide students majoring in chemistry and related disciplines with a broad understanding of the principal areas within the discipline. As a central scientific discipline, chemistry offers insight into the structure, properties, and behavior of atoms and molecules. Students successfully completing one of the major concentrations are prepared either to complete their education in graduate programs in chemistry and related fields or medicine, or to take professional positions in secondary education, industry or other scientific organizations. The department empowers students to engage the principles of green chemistry during their studies and in their careers and is a charter member of the Green Chemistry Commitment.

As part of a Christian liberal arts college, the department further seeks to develop within its students the conviction that scientific endeavor is worthy of Christian commitment and can be integrated with Christian faith. Students are encouraged to develop an appreciation for the place of the sciences in a liberal education and to gain an understanding of the relationship of the natural sciences to society and its problems.

Honors in Chemistry

To earn honors in chemistry a student will complete the professional or biochemistry concentration, including CHE 471 - Research I , CHE 472 - Research II  as the electives. The student will also complete an additional 8 credits of advanced coursework selected in consultation with the chemistry faculty. In addition, the student will write an honors thesis (CHE 499 - Thesis ) based on their research and make a formal oral presentation of this work. The minimum GPA for honors candidates is 3.5 in the major and 3.0 overall. See department faculty for details.

Programs

• Biochemistry: Chemistry (B.S.)
• Chemistry (B.S.)

• Chemistry Minor

Courses

• CHE 100 - Introductory Seminar in Chemistry
• CHE 111 - Principles of Chemistry I
• CHE 112 - Principles of Chemistry II
• CHE 211 - Organic Chemistry I
• CHE 212 - Organic Chemistry II
• CHE 311 - Quantitative Analysis
• CHE 312 - Instrumental Analysis
• CHE 315 - Physical Chemistry I
• CHE 316 - Physical Chemistry II
• CHE 320 - Biomembranes
• CHE 322 - Molecular Modeling for Life Sciences
• CHE 323 - Quantum Chemistry Modeling
• CHE 341 - Biochemistry
• CHE 371 - Selected Topics in Chemistry I
• CHE 372 - Selected Topics in Chemistry II
• CHE 391 - Junior Seminar I
• CHE 392 - Junior Seminar II
• CHE 411 - Inorganic Chemistry
• CHE 471 - Research I
• CHE 472 - Research II
• CHE 473 - Research III
• CHE 474 - Research IV
• CHE 475 - Research V
• CHE 476 - Research VI
• CHE 491 - Senior Seminar I
• CHE 492 - Senior Seminar II
• CHE 499 - Thesis

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