ENGR 065: Introduction to Biomechanics (Lecture & Lab)

This course will provide students with an introduction to the mechanical behavior of biological tissues and systems. It is designed to enable students to analyze human movement by utilizing basic principles of engineering mechanics as tools for discovery and understanding.

ENGR 090: Engineering Design

This course will give students the opportunity to address a research or an engineering need by applying the design-thinking approach to refine the need, to develop testable concepts from many,  and to iteratively plan, build, and test prototypes to address the need. 

ENGR 093: Directed Reading

In this course, students will pursue an independent project, collaboratively defined, either in the bioengineering or engineering education space.

ENGR 012: Linear Physical Systems Analysis (Lecture)

This course will provide students with an introduction to the modeling, analysis, and measurement of dynamical systems. The course is designed to enable students to gain experience in closed-form and numerical solutions of ordinary differential equations governing the behavior of single- and multiple-degree-of-freedom systems. 

ENGR 006: Introduction to Mechanics I (Lab)

This lab course accompanies the lecture portion of ENGR 006. Students will gain hands-on experiences in the design, manipulation, testing and/or analysis of mechanical systems in static equilibrium.

ENGR 059: Introduction to Mechanics II (Lecture)

This course will help student to undersand the concepts of stress, strain, deformation; to compute relevant components of stress, strain and deformation during common loading conditions seen in structures; and to demonstrate how material properties and structural geometry contribute to stress, strain and deformation using governing equations.