Marcell Graeff
Username
Marcell Graeff
Proposer First Name
Marcell
Proposer Email
mgraeff@hga.com
Proposer Last Name
Graeff
Boston 2021 Areas of Focus
Proposer Company/Organization
HGA, Boston
Proposer Phone
(617) 947-8369
Proposer Job Title
Senior Associate, Senior Project Coordinator, CPHC, LEED AP BD+C
Proposer Additional Info
Marcell Graeff specializes in the design and construction of sustainable and resilient research laboratory and educational buildings, drawing on over 20 years of experience collaborating with owners, engineers, and construction managers. He is an early adopter and champion for sustainable design with a focus on high-performance building envelopes, Passive House, healthy building materials, and renewable energy. As a sustainable design leader, Marcell oversees the HGA Boston office sustainability team on AIA 2030 Commitment energy reporting and LEED certification processes. Marcell earned a Bachelor of Architecture from Syracuse University, spoke at BE 17 Boston, and served on the BuildingEnergy Boston19 Content Committee. Marcell currently leads the Architect’s construction administration team for HGA on the Mills Hall and Center for Arctic Studies project at Bowdoin College, and is one of the moderators considered for this session, ready to ask WHY you did what you did.
Proposed Session Description
Bowdoin College is building a pair of connected new buildings - Barry Mills Hall, an academic building with a large event space, and the Center for Arctic Studies to house the Peary-MacMillan Arctic Museum and its academic program during a time when the Arctic is experiencing unprecedented warming. In this session, representatives from the HGA design team and the contractor will discuss WHY they collaborated on systems and material selection to align the Center’s mission and the College’s sustainability goals with the building’s design and construction.
Speakers will address WHY using mass timber for the primary structure of the buildings benefits the College’s impact on carbon emissions, and emissions in the construction industry as a whole. We will also explore WHY we selected the mechanical systems we did to balance the museum’s need to maintain strict temperature and humidity controls for protection of the collections, while minimizing carbon, maximizing energy efficiency and supporting beneficial building electrification.
Attendees will understand WHY leveraging multiple systems in the design process can work together to achieve overall sustainability and carbon-neutral goals, while advancing the museum’s mission and values and aligning with the academic institution’s messaging about sustainability and responsible stewardship of the Earth.
Diversity and Inclusiveness
Our moderator and speaker roster includes four presenters from a large architecture and engineering firm located in a metropolitan area: a woman who is a mid-career design architect, a man who is a mid-career architectural project coordinator and sustainability specialist, a man who is mid-career mechanical engineer and sustainability specialist, and a woman who is an early-career structural engineer.
The other speaker is a man who is a director of operations for the Maine office of a leading construction manager and general contractor serving clients throughout the northeast.
This session topic addresses economic justice, particularly for Maine’s rural communities.
Learning Objectives
Participants will learn how carbon neutrality in new building design can be achieved through multiple design disciplines.
Attendees will witness how a college and its arctic studies museum is aligning its core educational and research mission on climate, environment, and human activities.
Participants will understand WHY mass timber is a viable structural option for museums, offering a multitude of benefits, including natural fire resistance, strength comparable to steel and concrete, shorter construction schedules and a neutral carbon footprint, and the tools that can be used to demonstrate these benefits.
Attendees will understand how museum-level temperature and humidity requirements can be met while balancing sustainability goals.
Has this session been presented before?
No
Additional Comments
A similar session will be presented at the Building Museums 2021 Symposium in March and a similar session has been submitted to the American Alliance of Museums for their 2021 Annual Meeting & Museum Expos in May and June.
Target Audiences Level of Expertise
Level 2 - Some prior knowledge helpful.
Session Format Details
Single project case study presentation with slides, moderated by an architect, with speakers from the structural and mechanical engineering design team and a speaker from the construction management team, followed by Q&A.
Recommended Length
60-minute session
90-minute session
Strongest Content Connection - Boston 2021
Comments about your speaker roster
We have proposed a large roster of potential moderators and speakers for this session who are enthusiastic and qualified to speak about this case study project. The final makeup of the moderator and speakers will be adjusted based on a virtual vs. live conference format and feedback from the Conference Committee should this proposal receive further consideration and the chance for refinement.
More information about or proposed moderators and speakers follows:
Moderator:
Rebecca Celis, AIA, leads the Arts, Community and Higher Education studio in HGA’s Minneapolis office. With a BA from Wellesley College and an M.Arch from the University of Minnesota, Rebecca led the design team for Mills Hall and the Center for Arctic Studies at Bowdoin College. As a firm principal, she leads integrated design teams that transform the multi-faceted and unique needs of each client into cohesive design solutions. Rebecca’s select project list also includes the North Dakota Heritage Center in Bismarck, ND; the Minneapolis Institute of Art in Minneapolis, MN; the Janet Wallace Fine Arts Center at Macalester College in St. Paul, MN; and the Weitz Center at Carleton College in Northfield, MN.
Moderator:
Marcell Graeff, CPHP, LEED AP BD+C, Senior Associate, Senior Project Coordinator, HGA, Boston. Marcell Graeff specializes in the design and construction of sustainable and resilient research laboratory and educational buildings, drawing on over 20 years of experience collaborating with owners, engineers, and construction managers. He is an early adopter and champion for sustainable design with a focus on high-performance building envelopes, Passive House, healthy building materials, and renewable energy. As a sustainable design leader, Marcell oversees the HGA Boston office sustainability team on AIA 2030 Commitment energy reporting and LEED certification processes. Marcell earned a Bachelor of Architecture from Syracuse University, spoke at BE 17 Boston, and served on the BuildingEnergy Boston19 Content Committee. Marcell currently leads the Architect’s construction administration team for HGA on the Mills Hall and the Center for Arctic Studies at Bowdoin College.
Speaker:
Lauren Piepho, PE is a structural engineer at HGA and led the structural design for the Center for Arctic Studies at Bowdoin College. She earned a BA in Physics and Math from St. Olaf College and an MS in Civil Engineering from the University of Minnesota. While her work spans a multitude of different project types, she specializes in the structural design of mass timber buildings. She has led multiple research efforts at HGA focusing on the design, implementation, and environmental impact of mass timber in commercial construction. Most recently, she has investigated how life cycle analysis software and parametric design can be used to inform the design process for mass timber structures.
Speaker:
Leighton Deer is an architectural engineer with nearly 20 years of experience designing high-performance mechanical systems for museums, cultural institutions, and education clients. Leighton is passionate about the art and science of great building design and uses that passion to create technically-sound, maintainable and sustainable engineered solutions that support the museum environment. Leighton is a past-president of the MN Chapter of ASHRAE, a 2020 recipient of ASHRAE’s First Place Technology Award for the Tennessee State Museum. Leighton is a licensed mechanical engineer, with a Bachelor of Architectural Engineering from Pennsylvania State University.
Speaker:
Matthew Tonello is Director of Operations for the Portland, Maine office of Consigli Construction Co., Inc. (Consigli), a leading construction manager and general contractor serving clients throughout the Northeast and Mid-Atlantic. Matt is a registered professional engineer in Maine and Massachusetts and a LEED® Accredited Professional. He has been leading the mass timber initiative for Consigli across New England and the Mid-Atlantic. Matt spent the first ten years of his career as a structural engineer working on new and restoration projects in the Boston area, then led the initial development of the structural engineering application for Revit Technology, prior to it being acquired by Autodesk. For the past 18 years, Matt has led the operations of Consigli Construction in Northern New England. In 2016 Matt co-founded the Maine Mass Timber Advisory Council which advises the University of Maine’s Mass Timber Commercialization Center. Matt holds a Bachelor of Science in Civil Engineering from the University of Maine, a Master of Science in Structural Engineering from UMass Lowell and a Master of Business Administration / Real Estate Development & Entrepreneurship from Boston University Graduate School of Management.
Reviewer 1
Nielson, Christopher
Proposal #
207
Committee Decision
Rejected
Full Description
This session will get at WHY the use of mass timber compliments Bowdoin College’s commitment to environmental responsibility - from design through construction and operation. However, past attempts to pursue mass timber construction on campus have failed due to the perceived costs associated with a relatively new and unknown technology, as well as the lack of regional suppliers and manufacturers. This project will support Bowdoin’s institutional goals for carbon neutrality and sustainable practices. Beyond this, the project will be a model for the viability of mass timber in the northeastern United States building market – suggesting a promising trajectory for Maine’s forest industry.
Through the use of mass timber in this project, the College hopes to push the conversation of sustainability and carbon footprint beyond an operational analysis and into an awareness of material choices and the impact of embodied carbon and energy.
For an embodied energy and carbon evaluation and comparison, Life Cycle Assessment (LCA) was used to compare structural systems of concrete, steel, and mass timber. The LCA identified that mass timber has negative embodied carbon and therefore a positive impact on the overall embodied carbon in the project.
For a cost competitive evaluation and comparison, two structural systems were considered: a structural steel framed floor and roof system with metal deck and cast in place concrete slabs in contrast with a system of glue laminated timber beams and columns with cross laminated floor and roof systems.
Historically, attempts at modeling cost savings and comparing systems only focused on the direct costs of those systems. For this project the evaluation of the two systems was initially compared for upfront costs. However, unlike typical cost models, the cost comparison for this project explored how schedule, and more importantly, weather conditions, affect the costs of each option. A risk-based analysis was used to explore how winter conditions are evaluated by incorporating weather data and probability-based decision making into the model.
This “4D modeling” method was used to evaluate the cost and schedule of both systems by integrating schedule information for each. This provided the client and future projects a methodology for utilizing a data-based cost and schedule analysis for the selection of an alternative structural system.
Additionally, Maine’s timber industry is in transition. With the decline of traditional pulp and paper milling in a state that is 90% forested, Maine's forest products industry has embraced the potential for growth and market expansion that sustainably-sourced mass timber products offer. With the creation of the Mass Timber Commercialization Center at the University of Maine and the endorsement of the Maine Forest Products Council for bringing this innovative use of timber in state, Maine and Bowdoin are ready to undertake a visible project utilizing mass timber materials. A mass timber building on Bowdoin College’s campus will showcase the potential of mass timber and encourage local industry growth.