Gilbane has promoted Michael R. Bohn to executive vice president. With over 28 years of service to the company and leadership roles on such high-profile projects as the University of Michigan Biomedical Science Building and the University of Chicago Medical Center, Bohn will now have responsibility for Gilbane’s New York and Midwest business units.
“We’re thrilled to welcome Mike to the executive ranks. His leadership and experience working in major cities will be an asset to our Chicago and New York teams, as well as our clients in those areas,” remarked Bill Gilbane, Jr. president and chief operating officer. “Mike’s outstanding communication and employee engagement skills will benefit our entire executive management team and help further our client advocacy mission.”
A veteran of the construction industry, Bohn has been with Gilbane since 1985 when he joined the Mid-Atlantic region as a project engineer. Since then, he has progressed through a wide range of positions including project manager, project executive, district manager, regional operations manager and senior vice president.
Bohn is a past board member of the Harper College Educational Foundation; member of the Association of Governing Boards of Universities and Colleges; and a past chair for Gilbane’s United Way Chicago campaign. Additionally, he serves on the advisory committee for the Coalition of United Community Action and is a member of the American General Contractors of America, the American Subcontractors Association and the Economic Club of Chicago.
Bohn is an active volunteer with Rebuilding Together, the Greater Chicago Food Depository and the Northern Illinois Food Bank. He holds a Bachelor of Science in Civil Engineering from Northeastern University.
About Gilbane, Inc.
Gilbane provides a full slate of construction and facilities-related services – from pre-construction planning and integrated consulting capabilities to comprehensive construction management, close-out and facility management services – for clients across various markets. Marking its 140th year in operation and still a privately held, family-run company, Gilbane has more than 60 office locations around the world. To find out what the next 140 years have in store, visit www.gilbaneco.com.
Related Stories
| Nov 11, 2011
By the Numbers
What do ‘46.9,’ ‘886.2,’ and ‘171,271’ mean to you? Check here for the answer.
| Nov 11, 2011
Streamline Design-build with BIM
How construction manager Barton Malow utilized BIM and design-build to deliver a quick turnaround for Georgia Tech’s new practice facility.
| Nov 11, 2011
AIA: Engineered Brick + Masonry for Commercial Buildings
Earn 1.0 AIA/CES learning units by studying this article and successfully completing the online exam.
| Nov 11, 2011
How Your Firm Can Win Federal + Military Projects
The civilian and military branches of the federal government are looking for innovative, smart-thinking AEC firms to design and construct their capital projects. Our sources give you the inside story.
| Nov 10, 2011
BD+C's 28th Annual Reconstruction Awards
A total of 13 projects recognized as part of BD+C's 28th Annual Reconstruction Awards.
| Nov 10, 2011
Grousbeck Center for Students & Technology opens doors
New Perkins School for the Blind Building is dedicated to innovation, interaction, and independence for students.
| Nov 10, 2011
Skanska Moss to expand and renovate Greenville-Spartanburg International Airport
The multi-phase terminal improvement program consists of an overall expansion to the airport’s footprint and major renovations to the existing airport terminal.
| Nov 10, 2011
Suffolk Construction awarded MBTA transit facility and streetscape project
The 21,000-sf project will feature construction of a cable-stayed pedestrian bridge over Ocean Avenue, an elevated plaza deck above Wonderland MBTA Station, a central plaza, and an at-grade pedestrian crossing over Revere Beach Boulevard
| Nov 10, 2011
Thornton Tomasetti’s Joseph and Choi to co-chair the Council on Tall Buildings and Urban Habitat’s Outrigger Design Working Group
Design guide will describe in detail the application of outriggers within the lateral load resisting systems of tall buildings, effects on building behavior and recommendations for design.
