Biography
Office Hours
Monday, Wednesday: 3:00-4:00pm
Thursday: 4:00-5:00pm
Professional Experience
U.S. Fulbright Scholar, Germany, 2021-2022
Associate Professor, Brigham Young University, UT, 2019-present
Assistant Professor, Brigham Young University, UT, 2012-2019
Senior Member of the Technical Staff, Sandia National Laboratories, Albuquerque, NM, 2009-2012
Post-Doctoral Researcher, Purdue University, NSF Cooling Technologies Research Center, IN, 2009
Visiting Researcher, Research Triangle Institute International, Durham, NC, 2007
Education
Ph.D. Mechanical Engineering, Purdue University, 2008
M.S. Mechanical Engineering, Purdue University, 2004
B.S. Mechanical Engineering, Brigham Young University, Magna Cum Laude, 2002
Summary Links
LinkedIn Profile
Google Scholar Profile
Research Gate Profile
ORCiD ID
Publons
Heat Transfer, Condensation, Micro/Nanoscale Transport, Sensors & Biosensors, Solar-Thermal Energy.
For more info, see the Flux Lab.
Students interested in working with us, please read this information.
Current Students and Alumni (link)
External Student Advisement:
Marc Dunham, Stanford University, 2012-2013
Scott Flueckiger, Purdue University, 2011-2012
Brian Ehrhart, University of Colorado at Boulder, 2010-2011
A publication record is found at my research site.
See also these publication summaries:
Winter 2022: ME EN 643 Convective Heat Transfer
Fall 2021: ME EN 340 Heat Transfer (2 Sections)
Winter 2021: ME EN 540 Intermediate Heat Transfer
Fall 2020: ME EN 340 Heat Transfer
Winter 2020: ME EN 643 Convective Heat Transfer
Fall 2019: ME EN 340 Heat Transfer (2 sections)
Winter 2019: ME EN 540 Intermediate Heat Transfer
Fall/Winter 2018-19: ME EN 475/476 Integrated Product and Process Engineering (Coach)
Fall 2018: ME EN 340 Heat Transfer
Winter 2018: ME EN 643 Convective Heat Transfer
Fall/Winter 2017-18: ME EN 475/476 Integrated Product and Process Engineering (Coach)
Fall 2017: ME EN 340 Heat Transfer
Winter 2017: ME EN 540 Intermediate Heat Transfer
Fall/Winter 2016-17: ME EN 475/476 Integrated Product and Process Engineering (Coach)
Fall 2016: ME EN 340 Heat Transfer
Spring 2016: ME EN 340 Heat Transfer
Winter 2016: ME EN 643 Convective Heat Transfer
Fall/Winter 2015-16: ME EN 475/476 Integrated Product and Process Engineering (Coach)
Fall 2015: ME EN 340 Heat Transfer
Spring 2015: ME EN 340 Heat Transfer
Winter 2015: ME EN 540 Intermediate Heat Transfer
Fall/Winter 2014-15: ME EN 475/476 Integrated Product and Process Engineering (Coach)
Fall 2014: ME EN 340 Heat Transfer
Spring 2014: ME EN 340 Heat Transfer
Winter 2014: ME EN 643 Convective Heat Transfer
Fall 2013: ME EN 340 Heat Transfer
Winter 2013: ME EN 340 Heat Transfer
Research Interests
Brian Iverson utilizes heat transfer and thermodynamic principles to address needs related to power systems, sensing, thermal management and microfluidics. His research begins at the nanometer scale with high-surface area to volume ratio structures that can be applied to industrial-sized components and bridge the gap between lab-scale devices and real-world applications. Examples include:Enhanced convective transport
Condensation at superhydrophobic surfaces
Microfabrication of sensors and actuators
Thermal energy storage
Absorptive surfaces for solar energy collection
Power systems for renewable energy
Teaching Interests
Heat Transfer and Thermal ScienceEducation
- PhD, , Purdue University (2008)
- MS ME, , Purdue University (2004)
- BS ME, , Brigham Young University (2002)
Honors and Awards
- CAREER Award, National Science Foundation (2018 - 2024)
- Fulbright U.S. Scholar, Fulbright Program, U.S. Department of State (2021 - 2022)