This course provides an introduction to laboratory techniques in biomedical engineering. Laboratory exercises and demonstrations will explore topics, such as data acquisition, whole body monitoring, cell culture technique, microscopy, and material property characterization of biological materials. Students will learn proper handling of laboratory chemicals, operate common analytical instruments, describe the theory and applications of various analytical instruments, and practice laboratory safety.

This course provides an introduction to laboratory techniques in biomedical engineering. Laboratory exercises and demonstrations will explore topics, such as data acquisition, whole body monitoring, cell culture technique, microscopy, and material property characterization of biological materials. Students will learn proper handling of laboratory chemicals, operate common analytical instruments, describe the theory and applications of various analytical instruments, and practice laboratory safety.

The primary objective of this course is to teach the chemistry and engineering skills needed to solve challenges in the biomaterials and tissue engineering area. This includes macromolecular chemistry & material science, physical characterization & properties, materials & biology, and focused biomaterial sections. The course will concentrate on fundamental principles in biomedical engineering, material science, and chemistry.

This course introduces the fundamental principles of biomechanics as used in the field of biomedical engineering. Students will realize how mechanical engineering fundamentals can be applied to analyses of the tissues and systems in the human body. Specific topics covered in this course include the mechanical behavior of bone and passive soft tissue, the mechanical behavior of neutrally stimulated skeletal muscle, the application of statics and dynamics to analyzing muscle and joint forces, the biomechanics of gait, orthopaedic biomechanics, and sport biomechanics.

Analysis and design of structural members subjected to axial loads, torsion and bending deflection of beams, behavior of columns and transformation of stress and strain.

Students choose a topic on their own under the guidance of a faculty adviser who will then grade the final written report

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