Andover Process Book

SNYDER CENTER ANDOVER, MASSACHUSET TS

PHILLIPS ACADEMY PERKINS AND WILL

SNYDER CENTER ANDOVER, MASSACHUSET TS

PHILLIPS ACADEMY PERKINS AND WILL

HERITAGE Phillips Academy, in Andover, Massachusetts, is the oldest boarding school in the country, founded in 1778. Whether approaching from the North or South, the first glimpse of the school is always of the historic bell tower, which sits at the south end of the Main Lawn. Traditional brick buildings surround outdoor green spaces creating a formal progression of quads that define the Academic Campus.

REIMAGINING AN ATHLETIC CAMPUS Located south of the Academic Campus, the Athletic Campus follows a less formal layout. As the first phase of an Athletic Master Plan developed by the design team in 2015, the Snyder Center redefines the center of gravity of the Athletic Campus and re-orients the circulation pattern along a strengthened North-South axis connecting back to the Academic Campus, thus creating a more open and inclusive “front door” for the Athletic Campus.

PHILLIPS ACADEMY CAMPUS, 1929

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AERIAL VIEW OF THE ATHLETIC CAMPUS

ORIGINAL CONDITION OF THE SITE

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AERIAL VIEW OF PHILLIPS ACADEMY CAMPUS

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CAMPUS LOOK AND FEEL

THE GREAT LAWN

FLAGSTAFF COURTYARD

PHELPS STADIUM ON GAME DAY

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ATHLETICS FACILITIES MASTER PLAN

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THE CAMPUS PROMENADE ADJACENT TO THE ORIGINAL SITE

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ACADEMIC CAMPUS / EAST CAMPUS

THE LAWN

1 Gym 2 Swimming Pool 3 Field House

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4 Parking Area 5 Phelps Stadium 6 Outdoor Track / Soccer Field

7 Ice Rink 8 Tennis Courts 9 Wetland / Brook

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ATHLETIC CAMPUS

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CA

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S PU

PR

OM

EN

AD

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1 2 1

MA IN ST RE ET

ATHLETICS FACILITIES MASTER PLAN

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DESIGN PROCESS

LANDSCAPE CONCEPT SECTION

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EXTERIOR VIEW OF LOWER ENTRANCE OFF PEDESTRIAN PROMENADE

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INCLUSIVE CONNECTIONS

PHI L LI

PS

AC

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DE

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US

CA

IN CAMP

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TO MA

TENNIS COURTS

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CREEK

TO ATHLETIC CAMPUS

TRACK

STADIUM

VISUAL CONNECTIONS

PHI L LI

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AC

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CA

IN CAMP

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TO MA

TENNIS COURTS

MP

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CREEK

TO ATHLETIC CAMPUS

TRACK

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STADIUM

EXPLODED AXONOMETRIC

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5 1 Indoor Track 2 Squash Courts 3 Multi-Purpose Rooms 4 Collective Roof 5 Wetland / Brook

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EXERCISE FOR ALL The Snyder Center includes a 200-meter competition track, a 12-court squash center with an exhibition court, and recreation space. The facility will allow all athletic teams to practice indoors during inclement weather and provides a much-needed large multipurpose space that accommodates a variety of events such as track meets, intramural and recreational uses, and special campus and community functions.

PHYSICAL DESIGN STUDY MODEL

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1 3

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3 7 4 5 6

1 Lobby

6 Training Room

2 Meeting Area 3 Squash Court

7 Indoor Track

4 Glass Exhibition Court 5 Locker Room

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8 Storage 9 Central Stair 10 Multi-Purpose Room

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FIRST FLOOR PLAN

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9 7 3

1

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SECOND FLOOR PLAN

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WEST ELEVATION

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EAST ELEVATION

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STORMWATER DETENTION

BROOK

RAIN GARDEN

EXISTING STONE WALLS

ND

PHILLIPS ACADEMY FIELD HOUSE

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OUTDOOR TENNIS

SERVICE

OUTDOOR TRACK-SOCCER

PHELPS STADIUM LANDSCAPE DESIGN WITH HYBRID GROUND FLOOR PLAN

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ABOVE: EXISTING LANDSCAPE CONDITIONS BELOW: LANDSCAPE CONCEPT SECTION

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ENGAGING THE SURROUNDING LANDSCAPE

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INTERIOR VIEW OF THE CENTRAL STAIR

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N-S SECTION AT CENTRAL STAIR

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ATHLETIC CENTER AS STUDENT CENTER Conceived as a gathering space for all students, the building is organized around a light filled central stair running north-south between the indoor track and the squash center, connecting the lower and upper lobbies. Transparency throughout the building allows visual connection to both interior program spaces and the exterior landscape, blurring the boundary between inside and outside. Break out spaces along the central circulation spine allow students to meet and study before or after practice, creating a vibrant place for the entire school community.

INTERIOR VIEW OF THE UPPER LOBBY

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INTERIOR VIEW OF THE CENTRAL STAIR

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SECTIONAL PERSPECTIVE: CENTRAL STAIR

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5 1 2 4

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1 Central Stair / Student Lounge 2 Squash Center 3 Squash Center Entry

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4 Athletic Support Spaces 5 Toward Upper Lobby 6 Mechanical Penthouse

VIEW OF SKYLIGHTS

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VIEW TO THE CENTRAL STAIR FROM THE MAIN LOBBY

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ABOVE: INTERIOR VIEW OF CENTRAL STAIR BELOW: INTERIOR ELEVATION STUDIES OF THE CENTRAL STAIR

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BRANDING: CENTRAL STAIR

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INTEGRATED BRANDING MOMENTS

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PARTIAL E-W SECTION AT LOBBY

MASONRY WALL IN LOWER LOBBY

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PARTIAL E-W SECTION AT EXHIBITION COURT

WOOD SEATING IN SQUASH EXHIBITION AREA

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INTERIOR VIEW OF SQUASH EXHIBITION AREA

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ABOVE: SECTIONAL PERSPECTIVE OF SQUASH SEATING BELOW: SQUASH STAIR SECTION

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VIEW TO THE GLASS EXHIBITION COURT

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VIEW OF THE SQUASH COURTS ON SECOND FLOOR

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ABOVE: VIEW OF THE GLASS EXHIBITION COURT ON FIRST FLOOR

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A

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A-A SECTION THROUGH MAIN ENTRANCE

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B-B SECTION THROUGH COMMON SPACE

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C-C SECTION THROUGH STAIR CASE

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D-D SECTION THROUGH SQUASH EXHIBITION AREA

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VIEW TO EXTERIOR FROM SQUASH COURT

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VIEW TO THE SQUASH COURTS FROM MEETING AREA

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INTERIOR VIEW OF THE MEETING AREA NEXT TO SQUASH COURTS

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VIEW TO THE TRACK FROM THE LOWER LOBBY

E-W SECTION

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VIEW OF THE INDOOR TRACK

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SECTIONAL PERSPECTIVE: NORTH FIELDHOUSE FACADE

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WINDOW FIN DETAIL

NORTH FACADE

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EXTERIOR VIEW OF NORTH FACADE

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3 1 2 4

MOCK-UP AXONOMETRIC

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PLAN DETAIL AT NORTHEAST CORNER 1 2 3 4 5 6

Insulated Metal Panel System Corrugated Metal Panel Perforated Corrugated Metal Panel Split Face Masonry Metal Canopy Composite Metal Panel Canopy

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2 1

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SECTIONAL PERSPECTIVE: THE NORTH FACADE

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1 Lower Lobby / Entry 2 Squash Center 3 Squash Breakout 4 Exterior Entry Court 5 N-S Campus Promenade

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EXTERIOR VIEW OF NORTH FACADE

HONEST MATERIALS - THOUGHTFUL DETAILING Taking inspiration from the surrounding site, the building design elevates a simple palette of materials – concrete block, metal panels, and beech wood. Various corbelling techniques coupled with split face and ground face finishes of the concrete block emphasize the horizontality and weight of the base of the building. Corrugated metal panels are layered with flat metal panels and vertical fins in a rigorous module to give depth and texture to the upper volume. Salvaged beech wood benches bring warmth to break-out spaces throughout the facility, highlighting the character of the wood and the history of the site.

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EXTERIOR VIEW OF THE MAIN ENTRANCE

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EXTERIOR VIEW OF THE SOUTH ENTRANCE

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EXTERIOR VIEW OF SOUTH FACADE

INTERIOR VIEWS OF MULTI-PURPOSE ROOMS

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EXTERIOR VIEW OF THE SOUTH ENTRANCE

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EXTERIOR VIEW OF SOUTHEAST CORNER

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ise for all” – by serving interscholastic sports, intramural programs, and LIFE (Lifetime Instructional Fitness Edu

ns+Will recently completed the design of the Snyder Center - a multi-sport field house. As the first phase of th the field house incorporates an indoor practice space, 200-meter competition track meeting NCAA standards sh center with an exhibition court, recreation space, spectator accommodations and meeting spaces. The mult NET ZERO ENERGY DESIGN ccommodate spectators for sporting events and up to 2,500 people for campus functions in an assembly conf A Community Strategy ty will allow all athletic Based teams to practice indoors during inclement weather on a state-of-the-art performance s des a much-needed thatofaccommodates a variety of events such as track meets, int The buildinglarge site multi-purpose was identifiedspace as part the Athletic Master Plan ational uses, and for special campusrelationship and community functions. allowing a strategic to the adjacent ice arena facility,

which also needed systems upgrades. The design team proposed pairing the mechanical systems of the two projects. By linking the buildings thermally, the new field house utilizes the waste heat from mbine Field House project with replacement of arefrigeration system the ice making process, resulting in 50% energy savings compared adjacenttoice rinkbaseline. (a need identified during master plan) to the allowoptimization for code That approach, coupled with of use of waste heat from ice making process to serve the new building the solar orientation of the building to allow for a large PV array on

T-ZERO STRATEGY

timize orientation of new Field House to maximize solar potential and as well as the roof, resulted in the ability to achieve Net-Zero Energy ylighting,a incorporate PV array on large roof of building to offset entire LEED Platinum Certification. ergy use and achieve Net-Zero energy for the project.

PV ARRAY

NET-ZERO ENERGY

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NEW FIELD HOUSE

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Sustainability Facts

N FIELD EXISTING ICE RINK

ICE RINK REFRI P

TOTAL ENERGY US

ucation) activities.

he Master s, a 12-court ti-use complex figuration. The surface and tramural and

Indoor Track:

4-lane 200 Meter Oval 8-lane 60 Meter Straightaway Pole Vault Shot Put High Jump

NEW FIELD HOUSE

Long Jump

EXISTING

ICE RINK 4 convertible basketball /ICE RINK WITH NEW

Infield:

NEW D HOUSE

K WITH NEW IGERATION PLANT

tennis courts Multi-Purpose Rooms: Studio 1 – 2,000 SF

REFRIGERATION PLANT

StudioTOTAL 2 – 1,400 SF ENERGY Squash Center:

USE

(11) international singles courts

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GEO-EXCHANGE NET-POSITIVE ENERGY

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WASTE HEAT

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EXISTING RINK

50% ENERGY EFFICIENCY IMPROVEMENT

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SUSTAINABLE DESIGN STATISTICS LEED 2009 Platinum Certification Solar PV array

740mW/h

Energy-use reduction

108%

EUI

-5.8

Water-use reduction

35%

1 AIR DESTRATIFICATION 2 HEAT RECOVERY 3 NATURAL DAYLIGHTING

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1 DESTRATIFICATION

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SOLAR ARRAY ON ROOF TOP

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2 HEAT RECOVERY

3 DAYLIGHTING

FIELDHOUSE DESIGN : LIGHTING AND VENTILATION STRATEGY

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VIEW TO THE MAIN ENTRANCE

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BUILDING STATISTICS

98,500 425’ 200 4 11 1 3 12+ -5.8 1778 740 30 2,410

SF Building Length Meter 4-lane Track Tennis / Basketball Courts Standard Squash Courts Exhibition Court Fitness Studios Sports Programs EUI Panel Solar PV Array MWh/yr Destratification Fans Board feet of Beech Salvaged on Site

PHILLIPS ACADEMY

PERKINS AND WILL

RFS ENGINEERING

LARRY MUENCH

RICK KUHN

CHRIS SHUMWAY

JOHN GALANIS

DAVID DYMECKI

JIM BOUDREAU

LEON MODESTE

STEPHEN SEFTON

TED LEMPKA

NANCY JETON

TYLER HINCKLEY

RUSS SCHMITT

STEPHEN CARTER

CHRISTOPHER KARLSON

ANTHONY SAK

TRISTIN MANNION

JENNIFER WILLIAMS

RICHARD BENJAMIN

BECKY HESSION

ALEC ZEBROWSKI

JOSEPH REID

JENNIFER ELLIOTT

NIKKI LIU

PAUL MAHONEY

CHARLES JACOBS

JEFF BRUSSEL

LEMESSURIER

WENDY MORITA

MYSORE RAVINDRA CHAD PECSEK

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REED HILDERBRAND

HOWE ENGINEERS

ERLAND CONSTRUCTION

CHRIS MOYLES

JEREMY MASON

SCOTT BATES

LYDIA GIKAS COOK

ACENTECH

STEPHEN CRAFT

SAMIOTES CONSULTANTS

ROSE MARY SU

LIZ MARTIN

STEPHEN GARVIN

DAVID BATEMAN

SEAN GRIFFIN

MICHELLE KAYERSMAN

COLBURN&GUYETTE

KEN TESSITORE

OMLOOP DESIGN

PETER MCGILLCUDDY

TYLER HANCHETT-LEON

BRIAN PEARCE

HALEY&ALDRICH

HLB LIGHTING

MICHAEL WEAVER

CARRIE HAWLEY

RIDER LEVETT BUCKNALL

ROBYN GOLDSTEIN

GRANT OWEN

AMY HUAN

MICHAEL O’REILY 81

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