Construction on the Mobile Diagnostic Lab (MDL) started on January 24, 20217 and was completed on August 31, 2017.

Led by Prof. Ulrike Passe, the MDL is a project formulated by students in multiple disciplines and professors at Iowa State University.

Funding that made this project possible include:

  • Center for Building Energy Research
  • Iowa NSF EPSCoR
  • Special thanks to Behrouz Shafei CCEE

The MDL is designed as a mobile lab with capabilities to move to different cities or locations and collect performance data. The lab was designed with the purpose of flexibility in research use, so as new students work with it, they can develop their own research.

The structure consists of two rooms: A lab which consists of two offset windows for air ventilation, a Removable Wall Section (RWS), and open space for future research. The second room is the mechanical room holding the HVAC duct work, a work table, and sensor data logging equipment.

The MDL is filled with thermosters which collect temperatures within the entire structure. There is one section per wall, ceiling, or floor which contains a gradient of sensors tracking the thermal transfer through the wall. We also designed the interior finishes and wall materials to be removable to allow materials to be changed out and make repairs. This proved to be a useful method as we learned how to construct the lab! The floor in the lab space is made out of click-lock bamboo with a layer of radiant flooring below it. In the mechanical space we have a durable gray tile. (Pictures are posted near the end of this post.)

One of the walls in the lab is designed to be a Removable Wall Section (RWS) where we can remove a section of a wall, create a new wall section and reinsert it to see how it compairs to the other walls. The other walls are predetermined to be our “Standard” for which we base our measurements and compare the new wall section to. Taking lead on this section is Grad. Student Glen Veigas.

More information about Prof. Behrouz Shafei’s research will come later.

The research capabilities of the MDL are extensive, leaving many areas to explore and expand in including the following:

  • Removable wall section
    • Moisture control
    • Thermal capacity
    • Aesthetic Indicators
    • Testing assemblies in diverse regions
  • HVAC
    • Energy Systems
    • Model Improvements
  • Air Quality Measurements
  • Microclimate in various locations
  • Occupant interfacing
  • Human research capacity
  • Passive ventilation
  • Energy sources
  • Future expansion

Iowa NSF EPSCoR focused on efforts to prepare a workforce and broaden the participation of women, underrepresented minorities, and first-generation college students in the STEM pipeline, and create a community of scholars who integrate broader impacts into their research effort.

Project Team Members

Project leader:

Professor Ulrike Passe

Current Students:

Laura Michealson, Sophomore in Mechanical Engineering

Kaylinn Taggart, Senior in Architecture and Community/Regional Planning

Zach Thielen, Senior in Architecture

Glenn Veigas, Graduate Research Assistant in Architecture

Former Students:

Jacob Benner, Mechanical Engineering

Yoann Gorostiaga, CBER Intern, Civil Engineering and City Planning

Evan Jeanblanc, Architecture

Esdras Murillo, Electrical Engineer with Power and control system emphasis