For Your Class

For Your Class

Example Syllabus
Modeling Cellular and Molecular Systems

Course: BME 260L | Modeling Cellular and Molecular Systems
Institution: Duke University
Instructors: Professor Cameron Kim, Prof. John Hickey

Excerpt from Syllabus
This undergraduate course introduces essential modeling tools to help you represent, analyze, and interpret biological systems across molecular, cellular, and physiological scales. You’ll build a foundation in applying conservation laws, thermodynamics, and kinetics to real-world bioengineering challenges while developing transferable skills in model development, literature analysis, and collaborative problem solving. BME260L prepares you for advanced coursework in biomedical engineering, especially in molecular, cellular, and tissue engineering, by equipping you with a shared modeling language and a mindset for systems thinking. Our classroom values curiosity, inclusivity, and teamwork—we’re excited to support your growth throughout the semester." Also I would remove "ethical knowledge" as a virtue that is integrated.

About 

Course format: This undergraduate course prepares students for advanced coursework in biomedical engineering, especially in molecular, cellular, and tissue engineering.

Virtues integrated: Curiosity, Intellectual Humility

Example Syllabus
Modeling Cellular and Molecular Systems

Course: BME 260L | Modeling Cellular and Molecular Systems
Institution: Duke University
Instructors: Professor Cameron Kim, Prof. John Hickey

Excerpt from Syllabus
This undergraduate course introduces essential modeling tools to help you represent, analyze, and interpret biological systems across molecular, cellular, and physiological scales. You’ll build a foundation in applying conservation laws, thermodynamics, and kinetics to real-world bioengineering challenges while developing transferable skills in model development, literature analysis, and collaborative problem solving. BME260L prepares you for advanced coursework in biomedical engineering, especially in molecular, cellular, and tissue engineering, by equipping you with a shared modeling language and a mindset for systems thinking. Our classroom values curiosity, inclusivity, and teamwork—we’re excited to support your growth throughout the semester." Also I would remove "ethical knowledge" as a virtue that is integrated.

About 

Course format: This undergraduate course prepares students for advanced coursework in biomedical engineering, especially in molecular, cellular, and tissue engineering.

Virtues integrated: Curiosity, Intellectual Humility