Bristol Aggie Named 2022 BE+ Green Building of the Year

Bristol Aggie Named 2022 BE+ Green Building of the Year

Award

We are thrilled to announce that Bristol County Agricultural High School received the coveted Green Building of the Year award at the annual BE+ Green Building Showcase! In the largest ceremony since the national Greenbuild conference in 2017, over 225 people gathered to celebrate leading projects in the movement toward a more sustainable and regenerative built environment.

Representing a shift from an agriculture-based curriculum toward one rooted in science and environmental education, the renewed Bristol Aggie campus is both a place of discovery and an instructional tool through its highly sustainable design. From an intensive green roof that doubles as an outdoor classroom to exposed timber structures in three of four new construction buildings on campus, students are invited to engage with the architecture and green technologies on display.

Focus areas on carbon, energy, water, wellness, and equity drove the project and manifest in both the building and landscape design.

Water conservation and reuse strategies reduce campus water usage by 50%

Close ties between the school and the environment are reinforced by outdoor learning and gathering spaces

Heavy timber structures sequester 75 metric tons of carbon, while renovating a central academic building avoided 744 metric tons in carbon emissions

All new buildings are designed PV-ready

“The Bristol County Agricultural High School checked so many boxes for us… aggressive sustainability, a strong community connection, a focus on carbon reduction, a teaching tool …all on a limited, public-school budget.”

Jury Comments | Built Environment Plus

Creating Space for Student Well-being

Creating Space for Student Well-being

Article

by Matt LaRue
originally published to Essentials

Motivation, mission, and means were the Town of Weymouth’s springboard for planning and constructing the Maria Weston Chapman Middle School, whose doors opened to 1,470 students in grades 6, 7, and 8 on September 6, 2022. The $164.2 million facility replaced the outdated Chapman School on the same site, and at 252,170 square feet, it is now the largest middle school in Massachusetts. Robert Hedlund, Weymouth’s mayor, declared it “The most significant capital project that the Town has ever undertaken in its history.”

An idea gets traction

The project began in April 2015, when the town submitted a statement of interest to the Massachusetts School Building Authority (MSBA). In November 2016, the MSBA board invited Weymouth to conduct a feasibility study. After hiring HMFH Architects as the project designer and Hill International as project manager, the $1 million study commenced and ultimately presented a solid rationale for building a new facility instead of renovating the existing one.

With project goals and objectives firmly in place, schematic design began in 2018. The “New Chapman” team — the Weymouth School Building Committee, HMFH, and Hill — asked hard questions: How can a very large school be made welcoming to students? And how can it foster smaller learning communities, encourage meaningful collaboration among staff and students, and increase social-emotional wellness for its users?

Using multiple education planning strategies to increase student wellbeing in a large school

In response to concerns over the size of the school, educational planning and academic teaming spaces were structured to form concentric rings of support around each student. The space organization strategy progressed from the whole school to grade levels, and then to smaller academic neighborhoods. The administrative structure within each neighborhood consists of multiple teams and classrooms. The 7th and 8th grades have two teams with five educators in each neighborhood focused on five courses of study. Grade 6 has ten small teams in the neighborhood to compensate for the transition from elementary to middle school and a change in curriculum. The organizational strategy around teams provides equity and a “home-base” identity for all students. It is also where they spend much of their school day and is the central planning unit for the whole school.

The second ring of support pairs two teams in a neighborhood, providing expanded resources, planning and supervision. The neighborhoods are grouped around a collaborative area consisting of a double height presentation space where students can share their ideas and an adjacent outdoor classroom for messy work and learning in nature.

Building design that supports student career path development and community needs

Creating an academic environment that checked all the boxes for fostering students’ academic, physical, social, and emotional well-being and met MSBA’s and the Massachusetts Department of Elementary and Secondary Education’s requirements was the team’s highest priority.

As a feeder for Weymouth High School’s robust career and technical education programs, Chapman’s curriculum and layout are centered around unique “exploratories” — elective tracks that focus on modern, STEAM-driven paths in career tech, ranging from robotics and fabrication to culinary arts and broadcast media. Specialized lab spaces on each floor support this exploration and act as links between each of the classroom wings and the 9,500-square-foot “Town Square” cafeteria.

Centrally located and bracketed by the three academic wings and the gymnasium, the Town Square was described by John Sullivan, chair of the Weymouth School Committee as “The crossroads of the school, and the place where students will break bread together and build community.” This pivotal space, along with the gymnasium, accommodates public use of the school after hours. A state-of-the-art, 850-seat auditorium serves the middle school’s active drama program as well as high school and community theater groups. The new building’s design also provides for additional public uses; a 755-square-foot community wellness suite, which has a separate entrance, adds to the 1,000 square feet allotted to the nurse-staffed medical suite.

Student health and wellbeing by design

Physical fitness is fundamental to the health and wellbeing of both mind and body, and Chapman Middle School’s design amplifies opportunities for exercise from the outside in, starting with a 0.5-mile fitness loop encircling the 15.87-acre site. Along the fitness loop are three exercise stations and two structured fitness areas, one of which features a multi-game court, the other created according to Universal Design principles. All facilities are open for use by the community. Indoors, the 18,414-square-foot physical education wing — the only portion of the old school that was retained and repurposed — encompasses an 11,435-square-foot gymnasium, a fitness studio with climbing wall, weight room, and ancillary space.

Close attention was paid to the curriculum’s special education component, with significantly more space than the original facility dedicated to these offerings and supports, encompassing a variety of dedicated rooms interspersed throughout the building on both floors. The goal of these spaces was to provide varying levels of support for the children within the program, and their size, configuration, and location promotes flexibility and heightens comfort. There are small and large group rooms, two de-escalation rooms, physical and occupational therapy, sensory and transition rooms, and dedicated spaces for a communication enhancement program, life skills learning, social-emotional learning, academic support, and an administrative suite.

Additional means of support and grade level identity were realized through the use of color: Each of the three academic wings was assigned a different color per floor. Further characterizing each wing is a unique, bold, and colorful 12-foot by 25-foot graphic defining a grade theme: empathy for 6th grade, diversity for 7th grade, and inclusion for 8th grade.

The architecture itself sparks a sense of wonder through soaring 30-foot-high spaces with second-floor pedestrian walkways open to the Town Square, and a view into exploratory labs that face it. As important as natural light is to productivity and well-being, the design team recognized that it can also be problematic. To counter glare on teaching surfaces, exterior windows have fixed sunscreens tailored to each solar orientation.

It took a village

More than 50 different contractors, companies and consultants were a part of the new Chapman Middle School project.  “It is the best team I have ever been a part of,” said Ted Langill, chair of the Maria Chapman Middle School Building Committee. “This was an enormous project, with many obstacles, that had to be completed under a tight deadline. There was little room for error. Hill, HMFH Architects and [construction manager] BOND Building Construction were outstanding in managing this project and achieving all our goals.”

HMFH Selected for Feasibility Study at the Franklin Elementary School in Newton

HMFH Selected for Feasibility Study at the Franklin Elementary School in Newton

Press Release

HMFH Architects Selected for Feasibility Study at the Franklin Elementary School in Newton

Cambridge, MA – HMFH Architects, an architectural firm focused on the design of student living and learning environments, announced today it has been selected by the City of Newton, Mass. to conduct a pre-feasibility study for the Franklin Elementary School. A critical piece of the city’s 10-year plan to modernize its school buildings, the redevelopment of Franklin, whether through new construction or additions and renovations, will create greater neighborhood and school equity.

Franklin is one of 15 neighborhood elementary schools in Newton. Originally constructed in 1938 with additions built in 1950 and 1953, the original school façade provides a distinct presence along residential Derby Street, while the additions are less successful both in exterior presence and interior functionality. Franklin lacks sufficient programming space and an appropriate music room, the classrooms are undersized for today’s standards, and is not fully accessible or ADA compliant.

“The design of highly efficient and sustainable buildings is a priority for Newton, and the creation of wonderful facilities that promote 21st century teaching and learning environments helps Newton advance our goals and objectives with regards to excellence in education and inclusion,” said Alex Valcarce, deputy commissioner of the City of Newton Public Buildings Department. “HMFH is known for its excellence in educational planning, community process, and sustainable design. We are excited to be working with them to determine the best path forward for Franklin and its community.”

To better understand the enrollment, space demands, and physical challenges at the current school, HMFH is beginning with a pre-feasibility phase that includes a facilities assessment, establishment of educational programmatic needs, and development of alternative conceptual design. Moreover, each alternative concept will address educational needs, neighborhood context, and healthy and sustainable principles.

HMFH is well-known for its ability and commitment to engage stakeholders by leading comprehensive community processes. In September, HMFH and New Vista Design will facilitate educational visioning sessions with the Franklin community to assure the program meets the priorities and needs specific to its students, faculty, staff, and parents.

“HMFH is known for its excellence in educational planning, community process, and sustainable design. We are excited to be working with them to determine the best path forward for Franklin and its community.”

Alex Valcarce | Deputy Commissioner, Newton Public Buildings Department

HMFH Endows New Scholarship Program

HMFH Endows New Scholarship Program

Press Release

HMFH Architects and Boston Architectural College Announce New Scholarship Fostering Diversity in Design

Cambridge, MA – HMFH Architects, in partnership with the Boston Architectural College (BAC), today announced the establishment of the HMFH Scholarship Fund, created to expand academic opportunities for students underrepresented in the architecture and design professions. This new Scholarship aims to increase access to these professions for Black, Indigenous, people of color, first-generation college students, students with disabilities, and other underrepresented populations. Creation of the Scholarship continues a decades-long relationship between HMFH and the BAC.

“HMFH’s extraordinarily generous gift is a visible and inspiring message that will lead the way in furthering the BAC’s mission of diversifying the design professions and making design education accessible to all people,” said Dr. Mahesh Daas, Boston Architectural College President. “This generous investment, which continues HMFH’s commitment to equity, diversity, and inclusion, will create sustainable and vital opportunities for underrepresented students.”

The Scholarship selection process will begin this spring, and the first recipients will be announced in the fall. The intent of the Scholarship is to advance diversity by providing critical financial support to encourage students not only to enroll in architecture studies, but also to achieve success in college and to graduate. Beyond their classroom experience, recipients will have opportunities to work on planning and design projects with HMFH team members.

“With this HMFH Scholarship, we are taking concrete steps to increase access to design education for minority students and thereby increase diversity within the architecture profession,” said Pip Lewis, AIA, HMFH Principal. “We knew as soon as the idea arose that partnering with the BAC was the ideal pathway to fulfill our aspiration for the Scholarship’s impact, while solidifying our longstanding relationship with the College.” HMFH President Lori Cowles, herself a graduate of the BAC, notes that “This Scholarship is a significant effort to bring greater equity and diversity to our profession, as we have been doing in our
own practice.”

HMFH Architects is a design firm known for its community-based approach, user-centric design, and healthy, sustainable buildings. A certified Women-Owned Business, HMFH designs for public school districts, independent schools, universities, and community and public-realm clients.

The Boston Architectural College is a recognized institution with a diverse student population representing 35 countries. Providing excellence in practice-integrated design education, the BAC offers bachelor and graduate degrees in architecture, interior architecture, landscape architecture, design studies as well as offering continuing education certificates and courses. The BAC upholds the importance of inclusive admission, diversity, innovation, dedicated faculty, and the intrinsic value of both academic and experiential education.

“I am deeply grateful for HMFH’s partnership with the BAC in recognition of our longstanding commitment to diversifying the design field. The establishment of the HMFH Scholarship will serve to advance our shared vision of a more diverse, equitable, and inclusive world for generations to come.”

Mahesh Daas | President, Boston Architectural College

Massachusetts’ First Net-Positive Energy Public School Opens

Massachusetts’ First Net-Positive Energy Public School Opens

Article

The town of Westborough, Mass., opened the 70,242-sf Annie E. Fales Elementary School, which is the state’s first net-positive energy public school.

The two-story building replaces the original school—also named after a beloved school teacher who spent most of her 50-year career in Westborough—that’s on the same premises and which closed its doors after the town determined that new construction was a better option than trying to upgrade and remodel a 58-year-old building for a growing local population.

HMFH Architects designed the new school, which accommodates 400 kindergarten-through-3rd grade students, with five classrooms per grade plus one float classroom. It was built by Gilbane Building Company. The project cost was $56.8 million, of which $45 million was for construction.

This all-electric school consumes less than two-thirds of the energy used by a comparable code-compliant building. Its sustainable features include triple-glazed windows, roof and wall insulation that’s 40 percent above code requirements, 40 660-ft-deep geothermal close-loop wells, a 25,000-sf 508-kW solar PV array that’s integrated into the exterior architecture, LED lighting, high-efficiency mechanical systems designed to improve air quality, and a building management system that monitors and controls the mechanicals and lighting.

The ground-floor public spaces—including the cafeteria, gym, and administrative offices—are built into the hillside to reduce heat loss and gain through exterior walls. The second-floor teaching spaces have a north-south orientation that allows for windows and skylights to provide natural light and views to the outdoors.

An ambitious CO2 reduction goal

The school is expected to generate 10 percent more energy than it uses, which the town will return to the electric grid. Westborough has set a goal to be carbon emissions free by 2035. The town’s environmental stewardship “encouraged the design and construction management team to aim high and go beyond a net-zero energy goal and create a school that will inspire other communities to do the same,” said Julia Nugent, AIA, Principal and Project Leader with HMFH Architects.

The school, which is shooting for LEED Gold and LEED Zero certifications, is a learning tool itself, with exhibits and visuals to educate students and visitors about the natural environment and sustainable practices.

The Vertex Companies was the town’s project manager for the new school, which is the second K-12 school that Gilbane has constructed for Westborough, the first being a 110,000-sf Sarah Gibbons Middle School, completed in 2017.

Florida Ruffin Ridley School Earns Copper in Architecture Award

Florida Ruffin Ridley School Earns Copper in Architecture Award

Award

HMFH’s design of the Florida Ruffin Ridley School in Brookline, MA received a Copper in Architecture Award from the Copper Development Association.

When the 227,000 sf Florida Ruffin Ridley School, Brookline’s largest elementary school, faced severe overcrowding, comprehensive additions and renovations became necessary. Built in 1913, the original school building has historic significance and was the school that President John F. Kennedy attended. It was important to the community that the building retained its historic significance and character while still being updated to best support Brookline’s strong educational program. Using copper throughout the design was integral to maintaining the building’s historic character and referencing it in contemporary ways.

Historic Identity

An iconic feature of the existing 1913 building was a patinated copper cupola, and this element served as a central component in the design of the added academic wings and the material choice of pre-patinated copper used throughout. The front entrance of the school features the original entryway and cupola as central elements; the view from the back of the school also prominently features the cupola, which serves as a grounding element that unites the new spaces with the existing.

Merging Old and New

On the exterior of the added spaces, 5,775 sf of pre-patinated copper cladding further reinforce the connection between old and new, historic and contemporary. The design team carefully used the copper to accentuate significant areas that include entrances, community spaces, and the cafeteria and gym. This accenting also breaks up the massing of the large school, providing visually interesting highlights against the exterior masonry. Copper’s timeless quality allows views from any angle of the school to be both modern and classic.

Copper as a Learning Tool

Beyond creating cohesiveness between the additions and existing areas of the school, the choice of copper also responds to the community’s interest in using the building and its surrounding environment as a teaching tool. The aging process of copper, causing the building to change over time, creates opportunities for educators to incorporate their learning environment into the curriculum—students can engage directly with their learning environment in discussions of both natural process and historical context.