mista space program study
DESCRIPTION
A space program study prepared by Sasaki Associates for the Markham International Sports Training Academy.TRANSCRIPT
MISTA
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MISTAMARKHAM INTERNATIONAL
SPORTS TRAINING ACADEMY
SPACE PROGRAM STUDY
MARCH 2013
Prepared by:
Sasaki Associates
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CONTENTS
Introduction.........................................................................................8
Goals of the Study...............................................................................9
Description of Venues........................................................................10
1. Field House & Track Centre................................................12
2. Ice Arena Centre................................................................16
3. Aquatic Centre...................................................................18
4. Gymnastics Centre.............................................................20
5. Courts Centre.....................................................................22
6. Combatives Centre............................................................24
7a. Elite Athlete Training Centre............................................26
7b. Fitness Centre..................................................................28
7c. Wellness Centre...............................................................30
Support............................................................................................32
8. Locker Rooms.....................................................................34
Individual Venue Lockers....................................................36
9. Support & Amenities..........................................................38
Building Organization........................................................................40
10. Building Systems..............................................................42
11. Gross Area Calculation.....................................................42
12. Site Amenities..................................................................43
Venue Area Comparison........................................................44
Venue Adjacencies.................................................................46
Blocking & Stacking...............................................................48
Description of User................................................................50
Recommendations & Next Steps.......................................................52
Acknowledgements..........................................................................54
(Numbers correspond to location in the Appendix, located
under separate cover.)
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INTRODUCTION
The City of Markham (Markham) requested Sasaki Associates (Sasaki)
to develop a Space Program (Program) for the Markham International
Sports Training Academy (MISTA). Markham initially provided Sasaki
with broad guidelines for seven key venue types that were developed
by Markham in previous studies.
GOALS OF THE STUDY
The primary goal of this study is to elaborate the basic programs
identifying all of the supporting spaces that contribute to each venue
and to the project as a functioning whole. The resultant program,
besides providing a better understanding of what the facility would
include, will also provide a working document that can be discussed,
elaborated and confirmed.
The quantitative portion of the Program will provide net square
meter areas for the program components and a total Gross Building
Area. Working from the gross building area Markham will be pre-
pared to enlist developers and discuss potential building sites, costs
and strategies. Blocking and Stacking information provided includes
clear height requirements for the various sports plus allowances
for the structural depth of the long spans.
Sasaki has included a graphic illustration of the relative size of
each venue for easy comparison and for consideration during site
selection. To better understand interior relationships among the
venues an adjacency diagram is provided. As income generation will
be a consideration we have developed a list of anticipated users.
DESCRIPTION OF VENUES
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12012 Division Three Indoor Track and Field National Championships.
Track practice at Grinnell University 200 m facility.
FIELD HOUSE & TRACK CENTREThe primary program component of the Field House is an eight lane 400 m
track. The standard configuration of the track provides an infield where
Olympic Track & Field events can be contested. The jumping events can be
laid out in the “D” ends of the infield. This configuration also accommo-
dates the various sport playfields listed in the program. The track will have
a synthetic surface while the infield will be artificial turf. This surface is
appropriate for the majority of the sports however it is not ideal for all.
Accommodation of the Olympic throwing events requires some special
consideration due to the size of the field of play involved and inherent
safety issues. The facility includes an indoor throwing area that is caged in
heavy duty metal mesh fencing with steel frame structural supports.
The cage is of a triangular wedge configuration 38 m on two long sides
and 22 m on the short side. The weight throw and shot put would be
contested here during an indoor meet.
While it is possible, javelin, hammer and discus events would not normally
be contested at indoor meets. However hammer and discus practice could
occur within the cage by throwing into a specially designed curtain. The
javelin could be practiced indoors as well but requires a secured end of the
track area to accommodate the runway and a special curtain into which
the javelin could be thrown.
TRACK & FIELD
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An indoor 400 m track in an air supported structure in Anchorage, Alaska. Structure by Yeadon USA.
The infield is used for sports like soccer and lacrosse.
Anchorage, Alaska601’ x 290’ x 85’
Anchorage, Alaska601’ x 290’ x 85’
The width of the track plus a modest sideline translates into a structural
clear span of over 100 m. A clear height of approximately 21 m (70’) would
be required for high level soccer or football play. The depth of trusses
required for this span is in the range of 7 m to 10 m. Innovative structural
solutions could offer other options. Note that we are currently aware of
only one indoor facility that boasts a 400 m track. The Alaska Dome in
Anchorage is an Air Supported Structure (bubble) 601 ft x 290 ft x 85 ft high.
This approach may be a viable option particularly since we are anticipating
that the track be located on the third level for the MISTA facility.
The requested spectator accommodation of 5,000 permanent seats is
located along the straight-a-way outside the track on both sides. Note that
these seats could be movable and retractable allowing seating flexibility
for various events. With seating retracted much space would be gained
outside the track proper. For viewing soccer, lacrosse or other infield sports,
moving this seating closer over the track lanes would make it possible
to accommodate over 5,000 spectators. Using four banks of movable,
retractable seating 12 m x 25 m, one at each corner outside the track and
each providing about 600 seats it would be possible to accommodate
an additional 2,400 spectators for track and field events. Note that locating
all of the seating along the sides outside of the track will increase the
structural clear span and would have cost implications.
The current conceptual thinking regarding blocking and stacking for
the project envisions the field house at a third level above other stacked
program elements. A key consideration in the design will be the building
code requirements for access to and egress from track level to exterior
grade based on occupancy capacity of the space. Elevators and escalators
for access and large ramps and/or multiple large stairs for egress are
likely options.
The program indicates a small component of team locker rooms adjacent
the track for elite athlete participation in events. Typical recreational users
would use the Main Locker Room located elsewhere in the building.
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2ICE ARENAThe Ice Arena program is fairly straight forward with facilities for two
Olympic and two NHL Hockey pads. Four curling sheets will be accommo-
dated on an additional Olympic sized pad. Short course speed skating
and figure skating are accommodated on the Olympic size rinks. During
design, provision for a long course speed skating venue will be investigated
by linking multiple pads together.
Spectators are an issue for continued discussion. Included is provision
for two hundred spectators at each ice sheet. For an important game the
retractable/movable seating banks could be positioned around one
sheet for a total of 800 seats.
Because users are wearing skates we have included three lockers rooms
in close proximity to the ice sheets.
HOCKEY / CURLING / SPEED SKATING FIGURE SKATING
Hockey practice at Plymouth State Univer-sity. With upper level spectator access
An example of a space accommodating a 400 m speed skating track, to be located in South Korea.
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3AQUATIC CENTREImpacting the Aquatic Centre program will be its proximity to the new
Markham Pan Am Center Phase One now under construction. If connections
are feasible and the pool decks can be contiguous some efficiencies should
be attainable. Note that the Phase One pool will have a movable bottom to
allow children’s use, physical therapy and other various classes requiring
shallow water of variable depth. Therefore this new pool is not programmed
for a movable bottom
The new 50 m pool with 3 m depth will have fast water and also accommo-
date water polo and synchronized swimming. The new diving tank with
platform diving and spring boards with dimensions of 21 m x 25 m will also
provide additional recreational swim lanes. 2,500 to 3,000 seats will be
provided at the sides of the 50 m pool and diving tank. Seats are provided
for competitors on the pool deck. To accommodate the 10 m diving
platform, a clear height of 15 m (45 ft) above the deck will be required.
Swim lockers must be at deck level. The extent of new lockers, universal
change rooms and certain other support spaces will also be dependent on
proximity to the existing Phase One facility.
As an option we have included program for a Rowing Centre in proximity to
the Aquatic venue primarily because of the similar equipment requirements
for water filtration.
SWIMMING / DIVING / WATER POLO SYNCRONIZED SWIMMING / ROWING The 50 m pool at the
University of Maryland,
The 50 m pool at Grinell.
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The Gymnastics Center at the University of Georgia. The balance beam, floor exercise area, tumble track and vault runways seen from the viewing balcony.
An in-floor trampoline, resi pit, uneven bars, vault runway, vault spring board and vault tables seen from the viewing balcony.
4GYMNASTICSCENTREThe gymnastics space is programmed as an elite training venue rather
than a competition space. Any competition would occur in the Court Center
with apparatus moved there and spectator facilities coordinated with
the event. This gymnastics space program is modeled after a successful
program at a high profile university. Since high level competition is
based on artistic as well as technical criteria, film editing and film viewing
space are included. Permanent, assigned, Individual lockers larger than
normal are provided for gymnasts for gear and clothing.
A clear height of 10–11 m is required in certain areas to accommodate
routines on the still rings and training on the trampoline. The type of space
required for gymnastics may be a good fit with the Combative space.
GYMNASTICS
5Boxing rings at the US Military Academy at West Point.
Wrestling Center at US Military Academy at West Point.
A self defense class at the University of Mas-sachusetts.
COMBATIVESCENTRE
For each of the typical combative sports we have generally programmed
two combat areas. These are typically in wood floor spaces with various
under layers topped by mats. We assume one area for instruction and
another for warm-up or practice. Note that the mats may typically be moved
and stored on heavy duty rollers mounted to the walls. This would allow
spectators to be accommodated on retractable bleachers. Fencing is
grouped with combatives and we have programmed four pistes. A clear
height of four meters should be sufficient to accommodate all of the
combative program sports. Tournaments would be held in the Courts
Centre. As options we have included the Archery Range and the Pistol
Range with Combatives.
MARTIAL ARTS / FENCING ARCHERY / WRESTLING
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6COURT CENTRE
The Court Center is primarily a flexible high bay space with wood or
synthetic floor on which many sports including basketball, volleyball, badmin-
ton, table tennis, futsal, handball and others could be played. With the
introduction of divider curtains to achieve the maximum utilization all sports
could even be played simultaneously. The module is based on a FIBA or
NCAA basketball layout which generally supports the other court sizes.
Six modules are programmed. A clear height of 12 m is sufficient to cover
all sports. With the divider curtains raised the space could be set up
for various competition events with spectators accommodated on movable
banks of retractable bleachers. We expect this would occur the majority
of weekends.
Note that for high level competition of certain sports and for TV broadcast
specific lighting requirements must be met. Additionally sports like badmin-
ton and table tennis require dark ceilings and indirect lighting.
As an option we have included a MAC (Multi-purpose Athletic Court) which
is bounded by dasher boards and is used for soccer, floor hockey and other
sports where ball containment is a requirement. This could be set up on
one of the modules.
A climbing wall would be located in a highly visible location perhaps in
a niche adjacent the main courts area. A bouldering wall would be located
in the same area. The 3 m high bouldering wall allows for horizontal
climbing without requiring harnesses or belay ropes. The climbing wall
space is secured when not in use, the bouldering wall is not.
BASKETBALL / VOLLEYBALL / BADMINTON TABLE TENNIS / FUTSAL / HANDBALL SOCCER / ROCK CLIMBING
The three court gym at the University of Massachusetts.
The court center at Coppin State University set up for convocation.
A MAC court at the University of New Haven.
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7aFrigid and hot hydro-therapy tanks in a train-ing room.
A power lifting platform at a strength and condi-tioning facility.
ELITE ATHLETETRAINING CENTRE
The Elite Athlete Training Center is a facility intended to operate at an
international, national and Olympic level for training and research relating
to elite and Olympic level athletics. Highly sophisticated equipment is used
in the measurement of the athlete’s performance. A sprint track, high bay
spaces, and vibration free structure are required for accurate instrumentation.
A hydrotherapy room with hot and frigid plunge baths will be a part of
the Regeneration Centre.
All elite athletes now lift weights and nearly all visit the training room
regularly for treatment and taping. Lifting is done under the supervision
of a strength coach on a scheduled basis. With a Main Weight Room dupli-
cations of equipment could be minimized and strength staff utilization
could be maximized. Elite athletes may concentrate on training for their
actual events elsewhere in the facility but return to the training center
as their home base.
Note that there may be satellite training rooms in operation during large
events at the Field House or Ice Arena, but elite athletes would use the
Main Trainer/Taping Room on a daily basis.
OLYMPIC TRAINING & RESEARCH WEIGHT ROOM / HYDROTHERAPYFILM STUDY
7aAnother constant in training is film study. We have included a Main Film/
Video Editing Room along with a Film Viewing Room with theater style
seating for 20 athletes. Reflecting elite status and possibly specialized
equipment their lockers would be larger than the norm.
A number of spaces listed in the program for Elite Training are placeholders
and will need to discussed and verified when designated representatives
of the Centre are identified. As a facility operating at a National and Olym-
pic level, we would expect an administrative staff, permanent coaching
and instruction staff, temporary coaches, and short term visitors all needing
cubicle / desk space. Our assumptions for these will need confirmation.
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7bStrength and condition-ing at a Loyola Univer-sity fitness center.
The cardio area at York College USA
A class in a multi-pur-pose room.
MEMBERSHIPFITNESS CENTRE
The Fitness Center is programmed as an upscale fitness club physically
located among the other venues but with entry limited to a separate mem-
bership. The facility would include all of the expected amenities, cardio,
strength and conditioning machines, stretching and teaching studios. Club
members will have large fully appointed lockers, showers and fixtures
including sauna, steam room and jacuzzi. These may also be rental on a
long term basis.
As options for discussion we have included racquet courts for two (2) tennis,
one (1) squash, one (1) racquetball and one (1) combination squash/racquet-
ball court with a movable rear wall. The tennis courts require a sizable area
but have a relatively low maximum utilization.
An additional option would be a lap pool. This requires some discussion
since there are already several pools programmed for the Aquatic Centre.
In a similar optional category would be a single wood floor space that
would be used for noon time basketball or volleyball. All of these options
would add to the comprehensive offerings of the club.
CARDIO / STRENGTH / CONDITIONING INSTRUCTION / TENNIS / RACQUETBALL SQUASH / SAUNA / JACUZZI
7b
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The Wellness Centre would provide a variety of offerings contributing to well being.
7cThe Wellness program is not yet well defined. As placeholders we have
listed a menu of probable offerings that might be considered. For the pur-
pose of net area calculations we have carried 85 m2 for each typical suite
and listed what spaces that suite might include. We have also included
some shared spaces such as a multipurpose room, conference rooms for
common use.
Our current approach is that the Wellness Center’s spatial needs are
not complex and the accommodation may be on a floor or floors of one
of the office towers. The Wellness program requires further discussion
and elaboration.
WELLNESSCENTREFACILITIES & PROGRAMS CONTRIBUTING TO WELL BEING
SUPPORT
8LOCKER ROOMS
The strategy for lockers and showers initially requested by Markham indi-
cated a single central location with lockers serving all venues. This approach
is not appropriate for several segments of the user group which require
lockers in close proximity to the Field of Play, for example, Aquatics and the
Ice Arena. In these cases lockers are programmed within the venue and
listed in the spreadsheets.
General Members Lockers
There are several types of lockers rooms and several types of lockers that
should be considered including:
• Male and Female Day Lockers: Full height and half height, usually
30 cm wide x 45 cm deep.
• Universal (family) Change Rooms: Various size changing cubicles with
separate lockers usually 45 cm wide x 45 cm deep.
• Accessible Changing Rooms: Generally sized to accommodate a
disabled person and companion with shower, toilet, a lavatory and
changing table. Lockers are adjacent but outside the room.
Team and Visitor Lockers
• Team Locker Rooms: Normal size lockers for game day team use. Larger
size lockers depending on equipment and if the team has exclusive use.
• Visitor Team Locker Rooms: These are more spartan and may have
only benches and many wall hooks. Showers are shared among the
Visitor Rooms.
• We assume that teams and visitors can make a short walk to the various
venues.
Typical “cubbie” lock-able storage units distributed throughout the facility.
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Coaches, Staff and Officials Lockers:
• Since we anticipate a large number of coaches and instructors in the
facility but sporadic use, we are programming for one male and one
female locker room that can accommodate several users at any time.
• Officials Locker Room: We anticipate a sporadic need for number
of officials’ lockers and are programming for one male and one female
officials’ locker room.
Cubbies
Throughout the facility in circulation routes and within the venues there
will be lockable “cubbies” for convenient short term storage of backpacks,
jackets, etc.
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INDIVIDUAL VENUE LOCKERS
Our current assumptions for locker requirements by venue are as follows:
1. Field House: We have programmed some Team and Visitor lockers
directly adjacent the track. Recreational users would use the General
Members Day Lockers elsewhere.
2. Ice Arena: Lockers for the Ice Arena should be at the same level as the
ice sheet since users are wearing skates. Team, Visitor, Family Changing
and Day Lockers are included.
3. Aquatic Center: Lockers must always be contiguous with the pool deck.
Day, Family Change, and some Team lockers are included.
4. Gymnastics: We anticipate Elite Athletes will be the majority of heavy
users and should have adjacent lockers.
5. Court Centre: We believe the General Member’s Day Lockers
will serve this venue.
6. Combatives: We believe the General Member’s Day Lockers will
serve this venue.
7. Elite Training: All Elite athletes have their primary lockers within
this space.
8. Fitness Centre: As a separate club membership within the larger facility, it
will have its own lockers, likely with high end amenities.
9. Wellness Center: These spaces are likely more similar to doctor’s offices
and meeting rooms and would be accommodated in one of the office
towers. We expect the locker requirement to be minimal.
Locker room types and distribution are an issue which will require optimiza-
tion after further discussion and estimates of the number of daily users.
As the concept design is developed and distances among venues become
apparent the alternatives will become clear.
A large general day locker room.
High end locker rooms at Harvard University Fitness Center.
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9SUPPORT & AMENITIES
We define support spaces as those necessary to keep the facility and venues
operating efficiently. Some spaces programmed are not strictly required but
will provide amenities that will attract users and define the overall image
and quality level of the venue. Architecturally and programmatically a high
space connecting several floor levels would be ideal.
The initial group of support spaces occurs at the entry of the facility. These
are the Lobby, Control Desk, Public Toilets, Lounge Space, Coffee/Juice Bar,
Restaurant, and Mini Retail/Pro Shop. These spaces offer opportunity
for social interaction and reinforce the overall quality level of the facility.
Behind the scenes the Administration/Management Suite focuses
on running the programmatic functions and supports the building staff.
Similarly the Operations and Maintenance (O&M) offices provide the over-
sight of the physical plant. O&M includes the building servicing component
which controls goods and services leaving and entering to building.
The primary circula-tion spine in an athletic facility at US Military Academy, West Point.
The climbing wall is adjacent the circula-tion concourse at York College.
The multi-level circula-tion concourse at York College of Pennsylva-nia with control desk, lounge seating and views into various venues.
BUILDINGORGANIZATION
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1110BUILDING SYSTEMS
Working with Cosentini Associates, our engineering consultants, we
have programmed a listing of the Building Systems which we anticipate will
require dedicated space. We include the typical Mechanical/Electrical/
Plumbing/Fire protection (MEP/FP) spaces plus Information Technology (IT),
Audio-Visual (AV), Security and others. The names of these rooms are listed
with areas in the Appendix. These spaces are considered as part of the
gross building area. For the purpose of calculation we are adding a percent-
age of the net area to estimate the space requirements for the building
systems.
GROSS AREA CALCULATION
(see spreadsheet in Appendix) The gross building area calculation
is a combination of several elements:
• The net usable area of the spaces listed on the program spread sheets.
• A factor to estimate the additional area for horizontal and vertical
circulation space: corridors, stairs, elevators, and ramps. This may
account for +/- 20% of the gross area.
• An estimate of all the mechanical spaces needed to house the building
systems equipment. This may account for +/- 7% of the gross area.
• The space taken up by both exterior and interior walls, structural
columns and vertical shafts. These commonly may account for +/- 7.5%
of the gross area.
The circulation factor is largely dependent on the scheme and can vary
widely for several reasons. A building with assembly occupancy accommo-
dating large numbers of spectators will require larger corridors. The location
within the building of areas of assembly other than those at ground level
will require additional area for large egress stairs or ramps. Whenever users
are circulating in groups (teams) or as spectators additional width to corridors
must be considered. Similarly, widening corridors in selected locations
can encourage chance meetings, conversations, hanging out and generally
provide a more friendly and leisurely ambiance to the facility.
12SITE AMENITIES
In the work developed to date the general assumption has been that car
parking will be under certain areas of the building. Parking space counts will
be based on building codes and building population estimates. We have
not attempted to calculate these parking needs.
We have included in the Site section several additional vehicular require-
ments that will need accommodation either below the building or on
site. Examples are pick-up/drop-off areas, team bus parking, emergency
medical vehicle parking, and dedicated media broadcast truck spaces.
Additionally there have been preliminary conversations about an outdoor
component of playfields. We have included a brief list of possibilities but
have not attempted to quantify the area needed. This issue will be largely
dependent on site selection, availability of contiguous sites and land in
good proximity.
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VENUE AREA COMPARISON
(See drawing in Appendix)
To better understand and visualize the Space Program, we have developed
a one page Venue Area Comparison illustrating the relative size of each ven-
ue. To get a feel for scale we have drawn in the primary Field of Play (FOP)
in each venue. For example, the 400 m track is drawn in the Field House,
the four hockey ice sheets in the Ice Arena, the 52 m pool and diving tank
in the Aquatic Centre and several other activities are indicated.
Adjacent each FOP we show an additional area representing the support
spaces that are detailed in the program document. For each venue we also
have added a shaded block representing the portion of the gross building
area allocated to that venue. Note that the actual amount and disposition
of gross area will be a result of the design. And the goal is always to
minimize unprogrammed space.
We have included some rounded off overall dimensions to help understand
the magnitude of long clear spans that will likely be required. Structurally it
will be advantageous to have the longest spans as roofs rather than as floors.
Floor loading is greater than roof loading and vibration caused by repetitive
movement may be an issue. However while smaller spaces on lower floors
would be structurally advantageous, functionality will ultimately control
the layout.
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VENUE ADJACENCIES
Initially we need to recognize in a facility of this size with a complex program
that ultimately many adjacencies will be achieved via corridors and change
of floor levels. In the diagram we use the terms Strong, Normal and Weak to
distinguish the strength of anticipated relationships.
The diagram graphically illustrates the following relationships:
Assuming a main entry is part of #9 Support it will have strong relationships
to #7A Elite Training, #8 Lockers and #7B the Fitness Club. #9 Support will
also have a strong relationship to #5 Courts, #3 Aquatics and #2 Ice Arena
since we would expect many users will go to these venues without first
utilizing the Lockers. The relationship to the other venues will be normal.
We would expect #7A Elite Training will have normal relationships to all
of the athletic venues. #8 Lockers should have normal relationships with #1
Track, #5 Courts and #6 Combatives but weak relationships with #3 Aquatics,
#2 Ice Arena and #4 Gymnastics since these venues have their own lockers.
Depending on membership structure, #7B Fitness Centre/Club may have
a separate controlled entry off of the main entry. We expect that #7C
Wellness may be located in a separate tower structure but will still have an
interior link from the Main Entry.
RELATIONSHIP STRENGTH
STRONGNORMALWEAK
7A. FITNESS CLUB
7B. ELITETRAINING
9. ENTRY/SUPPORT
7C. WELLNESS
8. LOCKERS
1. TRACK
5. COURTS
4. GYMNASTICS
6 COMBATIVES
2. ICE ARENA
3. AQUATIC
RELATIONSHIP STRENGTH
STRONGNORMALWEAK
7A. FITNESS CLUB
7B. ELITETRAINING
9. ENTRY/SUPPORT
7C. WELLNESS
8. LOCKERS
1. TRACK
5. COURTS
4. GYMNASTICS
6 COMBATIVES
2. ICE ARENA
3. AQUATIC
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BLOCKING & STACKING
The program developed thus far, plus the dimensional constraints of prob-
able sites dictate a dense urbanistic approach to the blocking and stacking
of the venues. Besides the plan dimensions, the various interior clear
heights required for sport plus structural depth for long span beams will
strongly impact the blocking and stacking schemes. The depth of structure
will increase depending on the activity on the floor stacked above. Prelimi-
nary constraints based on the various programs include the following:
1. Fieldhouse and track Centre: The clear height will be controlled by
requirements for a kicked soccer ball or football. This could reach 21 m
(70 ft). The height requirement needs to be negotiated since it greatly
impacts the volume of the space. The long span over track plus seating
(122 m) required argues for a top level location in the stack. With conven-
tional construction the structural depth for the roof span would likely
be 7–10 m. As noted previously: the Alaska Dome in Anchorage is an Air
Supported Structure (bubble) 601 ft x 290 ft x 85 ft high with a 400 m
track. In that example the structural depth is minimal.
2. Ice Arena Centre: The clear height will likely be 12 m (40 ft) at a high
quality rink. However as four rinks are planned this height could be
reconsidered for some. The location in the stacking scheme would typi-
cally be a lower floor at grade to facilitate service with a Zamboni and
ice dumping, however a higher level is possible. Structural depth would
be 4–5 m.
3. Aquatic Centre: The clear height at the 10 m diving platform requires
15 m (45 ft). The height over the remainder of the pool could be less.
The location of the pool should be at the lowest floor level since the pool
bottom extends three meters and 5 m deep at the diving well. Roof
structural depth would be +/- 5 m.
4. Gymnastics Centre: The Clear height controlled by trampoline and
still rings may be 10–11 m. Location could be any level. Structural depth
would be +/- 4–5 m.
5. Courts Centre: The clear height for competition basketball, volleyball
or badminton is generally 12 m. Location could be any level. Structural
depth would be +/- 4–5 meters.
6. Combative Centre: The clear height should be 4–5 m. The location could
be at any level for Combatives sports however the weight lifting compo-
nent requires special consideration because of weight and impact loads.
A location on grade would be best for the weights component. Structural
depth of 2 m should generally be sufficient.
7. a. Elite Training Centre: The clear height of 4 m should be generally
sufficient except for an area where 9 m x 9 m x 9 m height is required.
Location could be any level however weight lifting requires special
consideration and would ideally be at grade. Structural depth should
not be an issue.
b. Membership Fitness Centre: The clear height should generally be 4 m,
however racquetball is 6 m, squash 4.6 m, and tennis 12 m. Location
could be any level however weight lifting requires special consideration.
Structural depth should not be an issue.
c. Wellness Centre: No structural or location issues are anticipated.
These spaces may be in adjacent office space.
8. Locker Rooms: No structural or location issues are anticipated. Plumbing
at grade level would be preferable. Functionally a centralized location
would be best for easy access to all venues.
9. Support and Amenities: No structural or location issues are anticipated.
We would expect the main entry and support would be at grade.
Architecturally and programmatically a high space connecting several
floor levels would be ideal.
10. Building Systems: Mechanical Rooms will likely be in multiple locations.
Noise, vibration, access to outside air, equipment exhaust and servicing
are issues. A mechanical penthouse can be considered but should
not be directly over a long span structure.
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DESCRIPTION OF USER
Besides the physical properties of the Venues, the identification of
the users and how they circulate through the facility is a key consideration
to the organization of the plan.
We see these primary user groups as follows:
• Elite Olympic Athletes, both as individuals and as teams, will train on
a regular schedule over an extended period of time. Their support staff
are coaches, trainers and administrative.
• Aspiring Elite Athletes engaged in specialized training will use the
facility on a sporadic basis.
• Members of the Fitness Club will likely be heavy users of that venue.
• Championships and tournament competition will occur every weekend
among various Provencal, university, club and school level teams.
• Spectators in large and small groups will visit to view competition and
support their teams.
• Markham based organized teams at various levels will use the venues
for practice and competition. Visiting opponent teams will come to
compete with against them.
• Clubs, for example Badminton, Table Tennis or Curling will be regular
users.
• Members of the general public, both adults and children will come
to take classes or compete (i.e. a badminton tournament).
• Members of the general public will come for recreation, to swim,
to skate or run on the indoor track on a sporadic basis.
• Wellness users visiting the various Wellness Centre departments
may come occasionally or regularly, possibly for physical therapy
and rehabilitation.
• Coaches, instructors, trainers and administrative staff will be daily users.
• Facility operations staff will work in the facility
• Users will anticipate a fully accessible facility
• Potential users may be students, faculty, and staff of a future university
located nearby.
52 / SASAKI
RECOMMENDATIONS & NEXT STEPS
The Space Program Study and Narratives should be thoroughly reviewed
and discussed to determine if there are any aspects of the venues that clearly
need reconsideration or if there are any obvious omissions. The program
is comprehensive in the listing of venues and support spaces. The optional
venues which we recommend are included and noted as such. The Space
Program gross area is large. Total gross area should be reviewed to confirm
that the overall size of the project is within the parameters that have been
targeted.
Based on the Program gross area, developers and other interested parties
could be contacted to gauge interest and gain information about how the
financial aspects of the project may be structured.
When the Program has generally been confirmed the “Test Fit” study would
commence.
• Assuming consensus on the buildable parameters of the site area, the
Fit study would first determine the minimum number of levels required
to accommodate the program irrespective of a specific layout. The gross
program divided by the site area would produce a rough FAR (Floor
Area Ratio).
• The largest plan dimensions of the major venues need to be overlaid
on the site since the actual portions of the site where they fit may
be limited. For example the dimensions of the track are approximately
600 ft x 300 ft.
• Blocking and stacking will require a series of iterations since while
physically the venue blocks may fit in a compact volume, the adjacen-
cies and circulation will determine internal organization.
William Winkler
Senior Associate
Chris Sgarzi
Principal
• During the Fit exercise the overall site context must be analyzed includ-
ing orientation, adjacent uses both existing and anticipated, traffic
patterns, public transportation, utility locations, and geotechnical issues
among others.
• Since this project is quite large, it may be expedient to consider phased
construction. In that instance the program should be prioritized.
• The internal organization will be developed by how best the varied
group of users will circulate and access their desired venues. This will
have clear design implications and drive the scheme.
• Developing scenarios for users walking through the building is also a
good test of any scheme. For example: The daily scenario for an elite
athlete training as a gymnast, or the scenario for a neighborhood teen
coming alone to shoot baskets, must both be accommodated.
Clearly multiple iterations will be required before an acceptable scheme
emerges.
Sasaki is pleased to submit this study and is enthusiastic to support
the project going forward.
Best regards,
54 / SASAKI
City of Markham
101 Town Center Boulevard
Markham, Ontario
Canada L3R 9W3
Jim Jones
Chair of MISTA
Regional Councillor
Brenda Librecz
Commissioner, Community
& Fire Services
Colin Service
Manager, Planning
& Policy Development
Recreation Services
Sasaki Associates
64 Pleasant Street
Watertown, MA 02472
www.sasaki.com
Chris Sgarzi
Principal in Charge
William Winkler
Senior Associate
Project Management
& Programming
Elizabeth Hallett
Graphic Designer
Contact Sasaki Associates
for more information:
William Winkler
t: 1.617.923.7254
ACKNOWLEDGEMENTS