University of Colorado CEAEÌýDepartmentÌýResearch Development AwardÌý2011
Renewable and Sustainable EnergyÌýInstitute (RASEI)ÌýFounding Fellow andÌýExecutive Committee MemberÌý2010
University of Nebraska-LincolnÌýCollege of EngineeringÌýHolling FamilyÌýDistinguished Teaching Award for Innovative Use of Instructional TechnologyÌý2006
University of Nebraska-LincolnÌýCollege of EngineeringÌýHolling Family TeachingÌýAwardÌý2006
University of Nebraska at OmahaÌýAlumni Outstanding Teaching AwardÌý2006
American Society of MechanicalÌýEngineers (ASME):ÌýBest Paper Award,ÌýInternaÂtional Solar Energy Conference 2004, Portland, Oregon.
UNL College of EngineeringÌýFaculty FellowshipÌýfor 2003 and 2004
American Society of MechanicalÌýEngineers (ASME):ÌýBest Paper Award,ÌýNaÂtional Solar Energy Conference 2002, Reno, Nevada
American Society of Heating,ÌýRefrigerating, and Air-Conditioning Engineers (ASHRAE):ÌýNew InvestigaÂtor AwardÌýforÌýthe yearÌý2001 (one per year)
American Society of Mechanical EngineersÌý(ASME):ÌýBest Paper Award, InternaÂtionalÌýSolar Energy Conference 1996, San Antonio, Texas
Texas A&M University, College Station,ÌýTexas:ÌýWinner of Energy PredictorÌýShootout IIÌýin team efÂfort with Robert H. Dodier, 1995
WilliamÌýFulbrightÌýScholarshipÌýfor graduate study at Oregon State University 1990 – 1991
Professional Affiliations
International Building Performance Simulation Association
American Society of Heating, Refrigerating, and Air Conditioning Engineers
VDI (Verein Deutscher Ingenieure): International member TGA (Building Energy Systems)
Interests
Building-to-grid integration
Model-based predictive optimal control and model-free reinforcement learning control of building energy systems and building thermal mass
Model-based benchmarking of building operational performance
Whole-building fault detection and diagnosis
Building occupancy detection using distributed sensor belief networks
Design and control strategies for mixed-mode buildings that incorporate both natural and mechanical ventilation
Low-exergy building energy systems for continental climates