We have undertaken the design of improvements stadiums and athletic facilities for virtually every one of our educational clients. Our work has included all of the components of the stadium project including the new installation and replacement of the field and track surfaces, seating, lighting, etc.
Our work has included facilities with natural grass and synthetic surfaces and all types of support buildings. We understand the spirit and pride that comes from a community’s effort in building such facilities. We also understand the hard and frequent use that athletic facilities get by a school district and community, their need for durability to serve multiple teams daily.
DRAW assisted the district with the assessment and eventual relocation of their stadium facility from the local shared stadium in Patton, PA to their high school campus. The project consisted of converting a natural grass field to artificial turf and a full track resurfacing. New field lighting was also included as well as new concessions, ticketing and storage areas.
DRAW Collective was engaged by the South Allegheny School District to design a new athletic stadium adjacent to the Middle/High School.
The $7.4 million state of the art stadium project included a 95,560 sq ft synthetic turf field inside of an existing track, handicap accessible home, visitor, and band grandstands with seating for over 2,500, a press box with a video platform, a video display scoreboard, and a four pole Musco LED Sports Field Lighting System.
The project included a new entrance with ticketing, concessions, and restroom facilities.
The roughly $7.5 million stadium project included an artificial turf playing surface, new home grandstands and visitor bleachers, and a new track.
The field was repositioned at an angle to allow better use of the space.
The project also provided a new concession stand, restrooms and changing rooms for the teams in a structure under the home bleachers, upgraded LED directional lighting, an enhanced sound system, security upgrades and a video scoreboard.
DRAW Collective assisted the Pine-Richland School District with an assessment of the conditions and needs of the District’s athletic facilities. The district-wide study developed solutions for improvements at each of the Pine-Richland buildings, including the high school campus. Options were developed for improvements to the stadium, practice and playfields, gymnasiums, locker rooms, and other storage and support facilities.
DRAW Collective worked with the school district to complete comprehensive athletic upgrades to the High School stadium and athletic facilities. The project included new artificial turf, goal posts, scoreboards and bleachers for the existing football field, as well as the construction of a brand new multi-purpose field that encompasses soccer, lacrosse, baseball, and softball.
The project included a new field house, new turf, track resurfacing, new lighting and new concessions, and renovations to ticketing, restroom, and storage. DRAW was responsible for the architecture related to all structures and the district contracted directly with Field Turf for the fields and track portions of the project.
The Freeport Area High School Stadium includes a synthetic surface field, concession and restroom building, home and visitor bleachers, a new press box, and site and parking improvements, The new stadium was built on the High School / Middle School campus adjacent to the District’s track and field facilities.
The existing field was widened to accommodate soccer play and the surface was replaced with synthetic turf.
Fan-friendly improvements to restrooms and concession areas were a part of the project. New pedestrian circulation patterns were designed to alleviate congestion.
The ‘home’ bleachers were refurbished and altered to provide ADA-compliant, accessible seating areas. The existing ‘visitor’ bleachers were replaced and relocated to accommodate the field expansion.
The renovation of the field house and locker rooms preserved durable ceramic wall finishes included in the original construction and costly to replicate in today’s construction market.
