Services
Architecture
Electrical Engineering
Energy & Sustainability
Interiors
Mechanical Engineering
Technology
Size
Addition
62,500 sq. ft.
Renovation
117,000 sq. ft.
COST
Project Cost
$47,000,000
Client Contact
John Keedy University of Michigan
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Over the course of several years, research labs had taken over the majority of the building that was once home to the Department of Mechanical Engineering. This created a condition where all of the academic spaces for this department had been scattered across campus creating a disjointed experience for students and visitors. In an effort to correct this, the department set out to renovate this building with two main goals in mind.

Goal number one was to put engineering on display so that students, parents, visitors, and even prospective students could see the exciting work that was once hidden behind concrete block walls and spread across campus. The second goal would be to create a new home for the Department of Mechanical Engineering bringing researchers, students, faculty, and administrative staff into one main location.

In order to achieve these goals, renovation had to be precise due to the limited budget and the need to keep the many research labs active. The 3D plan views to the right show a color coded extent of renovation. While the entire building would receive complete replacement of the mechanical and electrical infrastructure, the circulation and offices shaded in aqua would also receive only cosmetic updates. Research labs shaded in blue would benefit from minor renovation including some slight reconfiguration, while the academic core shown shaded in orange would be completely reconfigured to satisfy the two main goals.
 

Project Overview

University of Michigan’s next-generation nano-mechanical engineering lab complex (G.G. Brown) is home to some of the most advanced feats of acoustical engineering ever accomplished. It houses The Center of Excellence in Nano Mechanical Science and Engineering, and includes a state-of-the-art Ultra-Low Vibration Facility. It’s this Ultra-Low Vibration Facility that enables researchers to study physical forces at work at the smallest scale possible. While not specifically related to a School of Music, the Ultra-Low Vibration Facility is a marvel of modern acoustical engineering and is a significant scientific aid for the advancement of nanotechnologies in energy, manufacturing, healthcare and biotechnology. The renovation portion of the project utilized “point scan” technology to assist in as-builting the existing facility.

Project Team

Principal-In-Charge
Specifications Writer
Construction Manager
Granger Construction