Forming a committee of professionals is the 11/26/2007. Facility Layout. Chapter Outline. Planning and Designing of Facility C H A P T E R

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1 Facility Layout and ds Scheduling C H A P T E R 24 Chapter Outline General aspects of new facility design Existing strength and conditioning facilities Assessing athletic program needs Designing the strength and conditioning facility Arranging equipment in the strength and conditioning i i facility Scheduling the strength and conditioning facility Forming a committee of professionals is the first step in planning and designing a new strength and conditioning facility. The committee can consist of an administrator, architect, contractor, lawyer, student athlete, sport coach, instructors who will use the facility, and various sport-conditioning experts. Planning and Designing of Facility Predesign phase requires 25% of the total project time (about 6 months). Design phase requires 12% of total project time (about 3 months). Construction phase requires 50% of total project time (about 12 months). Preoperation (start-up) phase requires 15% of total project time (about 3-4 months). 1

2 Assessing Athletic Program Needs The strength and conditioning professional should assess existing equipment based on the needs of all athletes t and teams that t use the facililty. How many athletes will use the facility? What types of strength and conditioning training does each athletic group require? What are the age groups of the athletes using the facility? What is the training experience of the athletes using the facility? When will strength training fit into each athletic team s schedule? What repairs and adaptations to equipment must be made to meet athletes needs? Designing the Strength and Conditioning Facility Location Supervision location Access Ceiling height Flooring Environmental factors Electrical service Mirrors Designing Strength Facility Location- Should be on Ground Floor with accessible entrances to move in heavy equipment. A second floor facility must withstand loads of 100 lb/ft^2 Weight rooms should not be above areas sensitive to sound and vibration (offices classrooms) Supervision Location- The office should be centrally located with large windows to allow clear view of entire facility Access Must have free and unobstructed access including entrances, exits and walkways Must have a set of double doors with removable center post to move equipment in and out Emergency exits must be clearly marked and free of obstructions 2

3 Designing Strength Facility Ceiling Height: ft Flooring Carpet has the advantage of being fairly inexpensive with a wide range of colors. It is not as good of shock-absorber as rubber surfaces. Rubberized floor is more expensive than carpet, it provides better shock absorbing bi cushion and is more durable than carpet. Can be purchased in interlocking rubber mat sections. (Hard to clean). A poured rubber surface is the most expensive. It is very durable, easy to clean, and it provides a safe surface for plyometric drills. Designing Strength Facility Environmental Factors Lighting foot-candles Windows should be a minimum of 21 inches from the floor to protect them from rolling items. High windows and skylights should not be over supine stations to prevent glare. Windows cause temperature problems, and glare problems. You do not want glare in a spotter or athletes eyes. Temperature should be deg. The strength facility should have its OWN controls for temperature. Humidity should be 60% or less Air circulation: 8 to 12 air exchanges per hour, with optimal. Electrical Service: grounded 110-V and 220-V. Plan must identify the electrical requirements of all equipment. Mirrors: Placed 20 inches above the floor. Provide immediate feedback to the athlete. Other Design Considerations Drinking fountains should be easily accessible, but they should not hamper traffic flow. Close to the Facility Entrance gives good access and does not affect flow. Restrooms should be in or near the facility Telephones must be available to staff for emergency use. Signs should display policies, i rules, and safety guidelines. Bulletin boards can be used to display programs, records and motivational items. Storage facility should be available for cleaning and maintenance items as well as unused equipment. Arranging Equipment in Facility Power exercises should be placed away from windows, mirrors, exits, and entrances to avoid breakage of glass, distraction or collision with equipment or athletes. Tall machines should be arranged along the walls (squat racks, power racks, lat pulldown, smith machine). Dumbell racks should be against the walls, with shorter pieces in the middle of the room Barbells and dumbells should be a minimum of 36 in between bar ends for ease of movement without obstruction. Weight trees should be close to plate loading equipment with at least 36 in. between trees and equipment. Equipment should be at least 6 in from mirrors. 3

4 Traffic Flow Traffic should flow around the perimeter. Carpet can be used to designate the walkway. There should be at least one walkway that bisects the facility. An unobstructed pathway (36 in) should be maintained at all times. Exercise Areas Stretching Area: A 49 ft 2 per athlete should be allotted for stretching, especially if PNF is emphasized. Circuit-Training Area: All resistance machines must be spaced 24, preferably 36 in from one another When free weights are used as part of a circuit a 36 in safety space cushion to allow space between bar tips is needed. Multistation (Universal) machines require more floor space, but they accommodate more athletes at once. Free Weights (Bench press requires 90 ft 2 ) this includes safety cushion 36 in between bar ends One free weight station accommodates 3-4 people Olympic Lifting Area Should accommodate 3-4 people, although one athlete can lift at a time. Perimeter walkways should be 3-4 ft wide Squat area requires 130 ft 2, Power Clean requires 144 ft 2 Aerobic Area: 24 ft 2 for bikes and stair machines 6 ft 2 for skiing machines and 45 ft 2 for treadmills Staff to Athlete Ratio Junior High School: 1:10 staff to athlete High School: 1:15 Older than high school should not exceed 1:20 Type of training is a consideration Circuit training requires less spotting than performing Olympic lifts. Safety and function are top priorities when determining equipment placement. 4

5 Methods for Organizing the Facility Creating strength training areas that emphasize different body parts. Creating training areas according to types of equipment. This is the preferred method for functionality and appearance. Considerations in Scheduling the Strength and Conditioning Facility Seasonal priority and peak hours Group size and equipment availability Staff-to-athlete ratio Example of High School Facility Floor Plan Problem Floor Plan 5

6 Solution to Problem Floor Plan 6