About BYU's Biomedical Engineering Society
Club Vision
To advance biomedical engineering at BYU and provide meaningful opportunities to serve, learn, and network.
What is Biomedical Engineering?
Biomedical Engineering is a rapidly growing field that covers a variety of engineering specialities, including:
- Biochemical engineering
- Biomechanics
- Biomaterials
- Tissue engineering
- Bioinstrumentation
- Biomedical sensors
- Biosignal processing
- Bioelectrics
- Physiological modeling
- Medical imaging
- Biomedical optics and lasers
- And many more!
Biomedical Engineers design devices and methodologies that enable detection, diagnosis, management, and/or elimination of disease. As such, those interested in biomedical engineering come from many different backgrounds, drawing students from engineering, life sciences, mathematics, and statistics.
BMES Mission Statement
The BYU Biomedical Engineering Society seeks to (1) educate the community
about Biomedical Engineering, (2) serve those around us, and (3) provide
networking opportunities in academics, industry, and the world.
Contact Information
Society Leadership
President
Secretary 2015 • Vice-President 2015-2016 • President 2016-2017 I was born in Indiana and moved around a lot due to my dad's career as an engineer.
I moved to Lehi Utah in 2006 and later went to high school at Utah County Academy of
Sciences (UCAS). I learned to love science and got a head start on my path to a degree.
I am studying Mechanical Engineering and doing research with Dr. Jensen in the Compliant
Mechanism Lab for an origami inspired medical device. I was married in 2015 to an amazing
microbiologist named Kayla and it's been one of the best decisions of my life. |
Maxwell Bean
Mechanical Engineering ![]() |
Director of Events / Conference Chair
March 2016 to Present I believe in improving the world through resolving major disorders and diseases (using Biomedical Engineering principles). I am a Senior in Chemical Engineering, and I research cancer diagnostics with MRI. I joined BMES in order to learn more about BME, and I also wanted to give back to others to progress BME at BYU. I have learned so much about BME and been able to push myself in serving others in this community. Through BMES, I have made many important connections and been given amazing opportunities. |
Tanner Ravsten
Chemical Engineering ![]() |
Special Projects Leader
2016 to Present I am a Mechanical Engineer and I want to make a positive social impact in the world through engineering. I am passionate about medical devices and love the idea of using engineering to help people live healthier lives. I joined BMES because I wanted to find a way to be informed and get involved with medical devices. I wanted to use my engineering skills to help people with their problems and felt that BMES would help give me the network and edge to get into this area. I have been able to network with some great professionals in BMES. I have been able to get involved with an awesome project that will really make a difference for a fellow student. |
Thomas Barlow
Mechanical Engineering ![]() |
Public Relations Director
2016 to Present I grew up in New Hampshire raised by a single mother. Originally a Exercise Science major, I found my
way into Mechanical Engineering when I stumbled upon a live meeting with a speaker for the BMES. I joined
straight away after the talk, and have been here since Winter Semester 2016. Currently a Junior at BYU, my
focus is design and innovation in the Biomedical Engineering field. |
Dane Sargeant
Mechanical Engineering ![]() |
Advisor
Dr. Anton Bowden received his B.S. in Mechanical Engineering from Utah State University in 1996, and his Ph.D. in Bioengineering from University of Utah in 2003. After completion of his Ph.D. work, he worked for four years as a consultant for the international engineering consulting firm, Exponent, Inc. in the Biomechanics Practice. He has taught at BYU since 2007. Professor Bowden teaches courses in the areas of biomechanics, materials science, and finite element analysis. |
Anton Bowden
Mechanical Engineering ![]() |