1. Quincy High School Quincy, Massachusetts Design Concept Award High School Symmes, Maini & McKee Associates 2010 Exhibition of School Planning and Architecture

2. Quincy High School

4. Entry Court Community Environment: Planned for a total of 1,500 students at 330,000 square feet, and constructed in four major phases, Quincy’s new school is organized around four “academies of excellence:” Science and Technology, Humanities, Arts Academy, and a Ninth-Grade Academy to support the transition of students from the City’s six middle schools. The facility’s prime centralized location in downtown Quincy bolsters the school’s role as an important civic and community resource for arts and athletics. The two main public assembly spaces, the gymnasium and theater, are grouped together at the new main entrance of the school for easily accessible community use. The school will open in Fall 2010.

5. Entry Community Environment: The plan organization forms a courtyard off the busy Coddington Street corridor, creates a refuge for students, and provides quiet green space for the cafeteria, media center, and the culinary arts restaurant run by students, serving food to the public.

6. Program Adjacencies Learning Environment: Due to the School’s unique academies of excellence structure, there are clear organizational groupings for each academy. Community access is provided to all major public spaces, and the courtyard serves as an organizing element for building users. New Facade Historic Facade Courtyard: Privacy Open Air Refuge in the City Theater Gym S.T.E.M. Academy 1938 Building Rotunda Entrance Main Entrance Freshman Academy Fine Arts Academy Commons Restaurant

7. Science Wing Learning Environment: Students can now access a spectrum of collegiate- focused academic classes and hands- on, state-of-the-art project-based lab and shops. Science, technology, engineering, and mathematics (STEM) programs erase the barriers between the vocational and standard high school, creating dynamic connections: physics and mathematics; engineering and electrical and plumbing; nursing and biology and chemistry laboratories.

8. Existing Site Plan Physical Environment - A significant challenge to the team was to integrate academic programs on a tight urban site that was fully occupied throughout construction. A major protected wetland is directly adjacent to the building, and is within a coastal flood zone requiring careful mitigation. The new building dramatically wraps around the existing 1933 historic high school, with crisp, sympathetic architectural styling and detailing.

9. Rotunda Section Physical Environment - Cost effectiveness and community resources: SMMA achieved square footage reductions through program integration and planned future growth. A high-quality and durable materials were used throughout. A energy- efficient strategies were employed to exceed minimum code requirements. Sustainable features of the design: Materials are high-quality and durable. Energy-efficient strategies exceed minimum code requirements. Sustainable “garden” and greenhouse connect to the science academy with hands-on programming. Maintaining the downtown location close to existing mass transit means no school busing. Daylighting and natural ventilation strategies were applied throughout, along with highly-efficient lighting systems with full nighttime shutoff. The original 1938 High School was retained while demolishing less efficient additions.

10. Entry Planning Process: SMMA worked closely with the City’s School Administration and Mayor’s office to insure the highest quality academic and physical plan. The change from a departmentally-organized model – where teachers work in silos of single disciplines – to an academy structure of combined excellence in support of the broader interest of contemporary students was a significant project objective.

11. Main Entry Planning Process: SMMA worked with all staff to engender support for the complex changes engendered in the plan, particularly the inclusion of the Ninth Grade Academy, and the complete synthesis of vocational programs and standard academic programs.

12. First Floor Plan

13. Second Floor Plan

14. Third Floor Plan

15. Fourth Floor Plan

16. Exhibition of School Planning and Architecture 2010 Project Data Submitting Firm :Symmes, Maini & McKee Associates Project RoleArchitect/Engineering Firm Project ContactAlex C. Pitkin, AIA, LEED AP TitlePrincipal, Senior Vice President Address1000 Massachusetts Ave. City, State or Province, CountryCambridge, Massachusetts 02138 Phone617.547.5400 Joint Partner Firm: Project RoleNot Applicable Project Contact Title Address City, State or Province, Country Phone Other Firm: Project Role Project Contact Title Address City, State or Province, Country Phone Construction Firm:Gilbane Building Company Project RoleConstruction Firm Project ContactWilliam F. Kearney TitleSenior Project Executive Address155 Federal Street City, State or Province, CountryBoston, Massachusetts 02210 Phone617.478.3300

17. Exhibition of School Planning and Architecture 2010 Project Details Project Name Quincy High School City Quincy State Massachusetts District Name Quincy Supt/President Dr. Richard DeCristofaro, Superintendent Occupancy Date Fall 2010 Grades Housed 9-12 Capacity(Students) 1,500 Site Size (acres) 18 acres Gross Area (sq. ft.) 325,000 sf Per Occupant(pupil) 217 gross/net please indicate gross Design and Build? No If yes, Total Cost: Includes: If no, Site Development: $4,320,000 Building Construction: $110,540,000 Fixed Equipment: $5,365,620 Other: $6,274,380 Total: $126,500,000