Forensic Laboratories—A Modern Engineering Approach

Michael Cooper, HarleyEllis

Objectives:

Our first objective is to convey an understanding of the operation of forensic (crime) laboratories and their unique level of complexity. They are actually a consolidation of numerous lab types under a single roof. The second objective is to outline the engineered systems that are required for the laboratory to function properly. This will include a discussion of the planning process, as well as implementation of the engineering strategies. This will also include a discussion of energy conservation and sustainable design strategies that should be considered. The final objective is to discuss commissioning (performance validation), and its importance in confirming that specified levels of performance and anticipated levels of energy usage are achieved. The Los Angeles County Regional Crime Laboratory project, a LEED™ Certified building currently in the design phase, will be used to clearly illustrate specific points made.

Findings:

We hope to present information that supports our position that an energy efficient, or LEED™ Certified, forensic laboratory is not only possible, but offers substantial benefit to the Owner and occupants. We would stipulate that such facilities utilize significant energy resources, and that much of this energy usage cannot be compromised without affecting performance. There are opportunities, however, to employ sustainable design strategies, provided that you have a thorough understanding of the laboratory operation and which systems can be reasonably augmented.

Labs21 Connection:

This presentation will focus on the engineering aspects of forensic laboratory design. With respect to the Labs21 approach, we will address the use of life cycle cost analysis as an important decision making tool, incorporating a comprehensive commissioning process into the project, utilizing advanced HVAC system technologies, and employing a variety of energy and water efficiency strategies.

Biography:

Michael Cooper is a Principal and Senior Mechanical Engineer with HarleyEllis, a full service architecture, engineering and construction firm. He has 13 years of experience in the design and management of technology based building projects, including all types of laboratory facilities. Mr. Cooper has a Bachelor of Science Degree in Mechanical Engineering from the University of Michigan and a Master of Business Administration from the University of Phoenix. He is a licensed professional engineer in 7 states. In addition to his design efforts, Mr. Cooper has served as an on-site field engineer, which allows him to bring a "real world" perspective to his projects.