1. Describe the process of facility design and construction
2. Demonstrate proficiency in the interrelated steps involved in planning, programming, site selection, and designing
3. Discuss the estimating and bidding processes and the construction of the facility

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Project budget preparation:
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Determine feasibility by weighing the potential expenses against the projected revenue
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Develop the Pro forma
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Estimate fixed and variable costs
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Identify potential revenue streams

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Construction and other costs
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Identifying hard costs
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Establishing soft costs
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Identifying the cost of:
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Land
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Design
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Utilities
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Materials
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Labor

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The site will contribute to the attraction of future patrons to the sport facility.
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A dedicated site search for land and location that has potential to produce anticipated revenues is key to future success.
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A sound design plan and schematics are vital to properly determine the size of your site.
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Site factors such as multiple entry and exit points, traffic lights, and dedicated turn lanes are extremely important.

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There are a two important reports that should be reviewed prior to acquiring the land:
1. Topographical report: displays key elements that make up the site such as electrical, sewer, water, and gas
2. Geographical report: indicates soil conditions that dictate which materials are necessary to support the foundation for the proposed building as well as provisions for drainage of surface and runoff water

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By defining the components for the site schematics, a framework is established for the design elements to commence.
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The contract with the design firm must address that the facility will be designed based on the established budget.
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The designers’ contract should include the following:
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Design costs for schematic, design development, and contract drawings
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Costs for the civil engineer, topographical and geotechnical surveys
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Landscape design costs
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Mechanical, plumbing, electrical, and fire protection drawings
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Proper permit issuance
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Construction administration
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Close out of the project and final punch list

(cont.)
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The first set of drawings, the schematics:
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Determine the function of the building
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Illustrate the proposed components of the layout
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Designate required spaces per code
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The architect and engineer then finalize the drawings based on the site information to ensure compliance with local codes.
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Material selections are confirmed and implemented into drawings.

(cont.)
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Drawing production and attainment of permits can take 8–12 months.
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Construction cannot commence without permits, which can lead to work stoppage and delays.
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Permit attainment varies by local code officials, but usually requires a site layout plan.

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Three to four potential contractors should be solicited for bids.
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Interview a number of contractors to ensure the best price for the job.
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Use references!
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Thoroughly review bids to determine a good fit.
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Consider cost savings over time versus the immediate savings. Choose durable materials over cheap materials.

(cont.)
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Timeline for completion not only depends on size, but also the delivery of supplies and materials.
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Construction typically takes 8–12 months to complete, but unique materials can severely delay the project.
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Weekly design meetings are typically common.
Design decisions (e.g., light fixture choices, carpet colors) can also delay the project.

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Owners, contractors, and designers should all carry insurance to protect themselves throughout the process.
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Liability insurance protects against failure of the architecture and/or engineering of the building.
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Accident/injury insurance protects contractors if employees get injured while on site.
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Builders risk insurance protect the owner from theft of materials, fire, destruction by Acts of God, and injuries.

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The design, construction, building, and maintenance of facilities involve a great deal of energy, water, and other resources that create considerable waste and impact the environment and ecosystem (EPA, 2012).
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Green building is a requirement of the design-build process (although requirements vary by area).
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There are a host of specified materials and techniques that are renewable and reusable.
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Builders often take care to install mechanical and electrical systems that reduce our carbon footprint and are energy efficient.

(cont.)
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Pervious materials: allow water to escape from the building or site, which allows the water to soak naturally into the ground.
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Impervious surfaces , like cement pavement, prevent precipitation from naturally soaking into the ground causing water to run rapidly into storm drains, sewer systems, and drainage ditches. Leads to problems such as:
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Flooding, erosion, and turbidity
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Habitat destruction
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Changes in stream flow
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Sewer overflows and infrastructure damage
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Contaminated streams, rivers, and coastal water