BME 182, “Biomedical Product Design and Development 1”, Undergraduate Level,
Two sections – Annually since 2015
BME 182 is a hands-on design experience that introduces key concepts and processes in biomedical device design and development, with a focus on global healthcare markets. Over the semester, students will work in groups to run through a cycle of biomedical device design, including needs assessment, problem definition, concept generation and iteration, prototyping and feedback. We will also look at case studies of biomedical device design, think about the broader healthcare innovation system, and reflect on key challenges and best practices for successful biomedical engineering design.
BME 598, “Technologies for Global Health”, Graduate Level,
Annually since 2016
“Technologies for Global Health” is an interdisciplinary engineering design experience that introduces key concepts and processes in biomedical technology development, with a focus on global healthcare markets. Over the semester, students will work individually and in groups to run through the cycle of biomedical device design, including needs assessment, problem definition, concept generation and iteration, prototyping and feedback. We will build working models of globally relevant medical technologies, and respond to a call for global healthcare needs. We will bring global current events into the classroom, on a daily basis, enabling us to think about the broader healthcare innovation system, and reflect on key challenges and best practices for successful biomedical engineering design in terms of global and cultural requirements.
ASU 101, “The ASU Experience; Biomedical Engineering”, Undergraduate Level,
Annually since 2015
ASU 101-BME was created to help you to be a successful engineer. The course is a required, one-credit class offered in sections of 19 students. It is designed to introduce all new first-time engineering students to the unique elements, culture, challenges, and opportunities of the university, the Ira A. Fulton Schools of Engineering, and the School of Biological and Health Systems Engineering.
Guest Lecture
Arizona State University
- BME 370: Microcomputer Applications in Biomedical Engineering, Spring 2018
- FSE 150: Perspectives of Grand Challenges on Engineering, Spring 2018
- Bio/SOS 394: From Cells to Societies, Spring 2018
- BME 100: Introduction to Biomedical Engineering, Fall 2017
- BME 382: Biomedical Engineering Product Design and Development III, Spring 2017
- BME 282: Biomedical Engineering Product Design and Development II, biannual since 2016
- EGR 371: Best Practices in Humanitarian Engineering, Fall 2016
- BME 213: Biomedical and Bioengineering Ethics, Summer 2016
- BME 791: Biological Design Pro-seminar, Fall 2015
- BME 591: SBHSE Seminar Series, Fall 2015
- BME/ASU 101: The Arizona Experience, 2015-present
Massachusetts Institute of Technology
- MAS.S63: Engineering Health: How to Build a Tricorder, Fall 2013
Colorado State University
- ME 431: Metals and Alloys, Spring 2011
- BIOM/MECH 570: Engineering of Nanomaterials, Fall 2011