Laura Hanzly, PhD

A thermodynamics course concentrating on living organisms. This course examines energy and energy transformation in the biological world. It also discusses thermodynamic properties of different biological systems including ATP, proteins, and cells. Topics include energy and its transformation, the first and second laws of thermodynamics , the Gibbs free energy, statistical thermodynamics, binding equilibria, and reaction kinetics.

Introduction to next-generation techniques in genetic, molecular, biochemical, and cellular engineering. Lab modules include: gene and genome engineering, protein isolation and separation, enzyme analysis and product development based on useful applications of biological technologies.

Principles of biology at the biology/engineering interface. The course will discuss biological principles that can inform an approach to engineering that is more in harmony with living systems and it will present engineering analyses of the structure and function of human tissue. Topics include an introduction to molecular biology, evolution and design, cell structure and function, the mechanics of tissues, sensing and signal transmission in the nervous system, biological energy generation and transduction, chemical detoxification and waste handling, and tissue defense mechanisms.

Principles of biology at the biology/engineering interface. The course will discuss biological principles that can inform an approach to engineering that is more in harmony with living systems and it will present engineering analyses of the structure and function of human tissue. Topics include an introduction to molecular biology, evolution and design, cell structure and function, the mechanics of tissues, sensing and signal transmission in the nervous system, biological energy generation and transduction, chemical detoxification and waste handling, and tissue defense mechanisms.