SAET-Biomedical & Life Sci Div

Prerequisites: (MET 103 or FED 101), (CS 100 or CS 106 or CS 113 or CS 114 or CS 115 or CS 116), BME 111, (PHYS 102 or PHYS 111), and (MATH 138 or MATH 111). This course introduces students to various imaging systems and modalities including MRI, Ultrasound, and X-Ray systems. They will also be introduced to sensors used for physiologic measures including EKG, motion trackers, and optical/infrared sensors. Students will learn not only how to collect the data but how to analyze through various techniques including signal processing and Computer Aided Design. Relevant biologic information will be covered in the context of the system discussed. This course contains a lecture and applied laboratory to reinforce concepts.

Prerequisites: BMET 320, ECET 201, and MNET 315. This course provides students a background in the design and control of mechatronic systems for biomedical applications. Students will gain knowledge in healthcare equipment, electromechanical medical devices, and industrial biomedical manufacturing equipment. Hardware used to sense and perform operations as well as the software used in control and analysis will be emphasized. Safety requirements will be reviewed along with appropriate regulations and standards including FDA, UL/CE, and operating in an ISO quality environment (13485 & 9001). Relevant biologic information will be covered in the context of the system discussed. This course contains a lecture and applied laboratory to reinforce concepts.

Prerequisites: BMET 415, COM 313, and MNET 416. Restrictions: Senior Standing. The course applies the principles learned in all technical courses to more advanced design situations. Project of a typical biomedical engineering system is developed and presented by an individual or by small groups. The project must meet the approval of course instructor. A formal report is required. Oral presentation and formal written reports are required.