GPR Planners Collaborative

Management

Daniel P. Dozer, R.A., AIA
Principal

Mr. Dozer is a principal with GPR Planners Collaborative, Inc., in Irvine, California, with over 25 years of experience as an architect designing and managing scientific and technologically, sophisticated facilities. Through this combination he has developed special skills in strengthening relationships between users and the design team, and promoting strong ties between the functions and aesthetics of a laboratory facility. He brings a strong reputation for excellence in leading and managing his projects, as well as servicing his clients in an attentive and organized manner. Prior to joining GPR, Dan was a Principal at AHSC McLellan Copenhagen.

California Institute of Technology
Warren and Katharine Schlinger Laboratory for Chemistry and Chemical Engineering, Pasadena, CA … integration - of chemistry and chemical engineering and of chemical sciences with other forefront areas of science and engineering research. Research laboratories throughout the multi-story building will be designed for maximum flexibility and safety, to foster interaction among researchers and to ensure that the laboratory - and the chemical sciences at Caltech - will define the state of the art for many years to come.

University of Hawaii
Cancer Research Center, Honolulu, HI … The 360,000 GSF facility will be developed on a 5.5 acre site adjacent to the University's new John A. Burns School of Medicine on the Kaka'ako waterfront in Honolulu. The building will be comprised of research laboratories, administrative, office and conference space, out-patient cancer care, prevention and ancillary services, leasable physicians' offices, and parking. Development of this project is an important milestone toward the University's goal of improving the quality of cancer care, and the volume of cancer research in Hawaii.

University of Texas, Dallas Natural Science & Engineering Research Building, Dallas, TX … Biomedical technology, physics, biology, bio-med research, engineering mechanics, chemistry, and nano-sciences, are only some of the other areas that will work in the building, as well as essential offices and support facilities. The facility will also include special features such as Class 1000 clean room facilities, semi-conductivity and high ventilation, and the flexibility to incorporate investigator mini-environments of higher integrity. Additionally, there will be space allocated for technology acceleration.

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