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Course Spotlight: Chem 5240 – Introduction to Protein Modeling

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Man protein modeling on computer

Offered in Spring 2026.
Schedule: MWF, 1:50pm – 2:45pm
Instructor: Dr. Richard Spinney
Prereqs: CHEM 2510 (Organic Chemistry I)

Students will have an opportunity to explore the theories and methods of molecular modeling and computational chemistry in CHEM 5240: Introduction to Protein Modeling.

The course allows students to get hands-on experience with computational chemistry software, using molecular mechanics, and modeling dynamic systems (molecular dynamics) as applied to large biological molecules such as proteins. The course focuses on the application of modern modeling techniques, rather than the mathematical formulation, used to solve current problems in biochemistry and pharmacology. The course runs like a workshop with extensive computer time using modern protein modeling software.

Course Spotlight: CHEM 5430 – Carbohydrate Chemistry

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Offered in Spring 2026.
Schedule: Tues & Thurs, 9:35am – 10:55am
Instructor: Dr. Christopher Callam
Prereqs: CHEM 2520 or 2620 or 2920

Course Objective:

The main objective of this course is to help students gain a better understanding of glycoscience. Participants will develop a working knowledge of the synthesis, conformation, and biological importance of carbohydrates and oligosaccharides. The course focuses on concepts and skills that advance understanding of organic chemistry when applied to carbohydrates and organic molecules. It is designed to support the development of scientific problem-solving skills and the application of organic and biochemistry principles to new situations.

Course Topics:

  • Weeks 1-3: Structure and Conformation
  • Weeks 3-6: Reactions of Carbohydrates, Protecting Group Strategies and Functional Group Interconversions
  • Weeks 6-8: Reactions at the Anomeric Center
  • Weeks 8-10: Chemical Glycoside Synthesis
  • Week 11: Spectroscopy of Carbohydrates
  • Weeks 12-14: Modern Applications, Biosynthesis Methods, Enzymatic Synthesis Methods, Biological and Chemical Applications

Evaluation and Grading:

2 midterm exams, take-home quizzes, literature reviews, and a synthesis project.

Course Spotlight: CHEM 5520 – Nanochemistry

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Offered in Spring 2020.
Tuesdays/Thursdays, 9:35am – 10:55am
Dr. Josh Goldberger

Nanoscale materials are materials with nm size dimensions, with properties that exist in the border between molecules and solids. Due to the unique properties that emerge in this regime, these materials have already impacted numerous industries including electronics, energy generation and storage, and medicine. This course provides a comprehensive introduction to nanoscale materials, their synthesis, their unique properties, and applications.

Prerequisites: Students should have completed General Chemistry II (Chem 1220, 1620, 1920H) and will need instructor permission.