Purdue University

Flex Lab

Project Overview

Heapy provided Commissioning Services for the $54 million Flex Lab in the College of Engineering. The Flex Lab Facility is a new multidisciplinary research facility designed to support the growth of the College of Engineering, which is a facet of the Purdue Moves initiative to “forge the way in STEM leadership.” The facility provides a transformative environment which encourages collaboration, team based research, learning and engagement among peers with diverse research interests.

Commissioning services included the mechanical systems within the building, including the commissioning of the domestic heating hot water systems, and commissioning of the lighting control system along with the electrical metering.

Heapy’s services included providing design review, developing a Commissioning Plan, developing a functional performance and integrated systems test, assisting Purdue in conducting a pre-bid meeting, and leading and organizing commissioning team meetings.

The planned 75,000 SF Flex Lab is critical to the strategic growth in engineering and will boost industry- and government-funded research collaborations and intellectual property development. Designed to adapt to the creative and innovative needs of professors and their students, Flex Lab will house wet-lab, dry-lab and open collaboration spaces that support many disciplines.

 

Details:

COST
$54,000,000
SIZE
75,000 SF

Markets:

Thought Content

Planning for the New Normal
Plumbing Systems Re-Occupancy and Ongoing Operations

Your building may have been shut down these past many months due to WFH/COVID. Minimal use of your building’s water systems creates stagnant water in your plumbing system piping and equipment, which promotes the growth of Legionella and/or other biofilm-associated bacteria. This places your building occupants at risk when re-occupancy occurs. Now is the time to develop and implement a safe and effective Water Management Plan to protect your building occupants, maximizing their health and safety upon re-occupancy.

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