The Department of Construction Management is accepting applications for the following two positions:

  1. A full-time, tenure-track position in Construction Management at the rank of Assistant Professor.Applications are accepted via Interfolio here.
  2. A part-time, non-tenure track position in Construction Management at the rank of Assistant Teaching Professor, serving a three-year term with the possibility of renewals.  The position is expected to be part-time with an FTE load within the 50% to 90% range and carries full fringe benefits.Applications are accepted via Interfolio here.

Both positions are 9-month (Sept 16th – June 15th), multi-year appointments with an anticipated start date of September 2021.  Applicants will have a demonstrated background in and be prepared to teach courses such as Construction Materials and Methods, Construction Surveying, Heavy Civil Construction Practices & Techniques, Temporary Structures, Concrete Technology, and Soils & Foundations.

Additional information is available in the profiles for each of these positions on Interfolio, including a detailed job description, required qualifications and instructions to apply.


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Student Profile: Matt Novotny

Student Profile with Matt Novotny Degree program: Construction Management Year: Senior Hometown: Nova Paka, Czech Republic  Transferred from: North Seattle College   Tell me a little bit about yourself: I’m originally from the Czech Republic. I’ve been in the United States for the past eight years. I started as a High School exchange student and…

A simulation-based dynamic scheduling model for curtain wall production considering construction planning reliability

Appropriate production scheduling of curtain wall systems is essential for the successful completion of construction projects. The construction process of the curtain wall system is mainly on the critical path and accounts for 10–15% of the total construction cost. Should curtain wall products not be timeously delivered to the construction site, construction projects are likely to fall behind schedule with most relevant activities on curtain wall installation on a critical path. However, due-date uncertainty caused by a contractor’s lack of planning reliability causes the curtain wall production schedule to become complex and changes the due date after the initial order. In this regard, this study proposes a discrete event simulation-based dynamic scheduling model for curtain wall production to deliver products on time to the construction site by considering each construction project’s planning reliability. Through simulation experiments, the validity and effectiveness of the proposed model were tested. The results of this study will help the successful completion of construction projects by ensuring the progress of the curtain wall system construction and follow-up activities following the construction schedule.

Ford Fellowship Information Session and Fellow Panel

Information Session and Fellow Panel  09/29/2020, 5:30-6:30pm    FELLOWSHIP: The Ford Foundation seeks to increase the diversity of the nation’s university faculties by awarding predoctoral, dissertation, and postdoctoral fellowships to students with superior academic achievement who are committed to careers in teaching and research at the college or university level.  Students from underrepresented minority groups are encouraged to apply. The…

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National Academy of Construction: Ask Me Anything series

The National Academy of Construction (NAC) will hold three Ask Me Anything (AMA) webinars for high school and college students with interest in the design & construction industry. Each AMA features one NAC member who will discuss their careers and answer questions from students. Students who submit a question are eligible to win one of…

Dynamic production scheduling model under due date uncertainty in precast concrete construction.

Journal of Cleaner Production 257, 120527 Abstract: Precast concrete structures (PCs) are widely used in the construction industry to reduce project delivery times and improve quality. On-time delivery of PCs is critical for successful project completion because the processes involving precast concrete are the critical paths in most cases. However, existing models for scheduling PC…

Impact of Empowering Front-Line Managers on Planning Reliability & Project Schedule Performance

Journal of Management in Engineering 36 (3), 04020004 Abstract: This study applies empowerment theory to production planning at the level of frontline managers in a construction project. Using structural equation modeling, we investigate how empowering frontline managers impacts their planning performance. In contrast to prior studies, we find that although psychological empowerment of frontline managers…

Impact of Make-Ready Process on Project Cost Performance in Heavy Civil

Production Planning & Control 30 (13), 1064-1071 Abstract:  The research investigates the relationship between the production plan reliability and the project cost performance using project data in the heavy civil construction sector.  The research also investigates the attributes of a make-ready process using statistical analysis.  This study shows that production planning reliability (i.e. Per cent…

Prevention through Design (PtD) for Solar-Ready Houses

Supported by CPWR–The Center for Construction Research and Training (, a UW CM research team recently completed a funded study regarding Prevention through Design (PtD) for Solar.  The team consisted of Prof. Hyun Woo “Chris” Lee (PI), Prof. John Gambatese (Co-PI, Oregon State University), and Yohan Min (UW PhD student researcher).  The study aims to…