Playgrounds are designed by a mix of professionals, most commonly landscape architects, but also playground equipment manufacturers with in-house design teams, certified safety inspectors, and increasingly, specialists in inclusive and therapeutic play. A single playground project typically involves several of these roles working together, from the earliest site evaluation through final installation and safety inspection.
Landscape Architects Lead Most Projects
Landscape architects are the professionals most often responsible for the overall vision and layout of a playground. They assess the site, determine how the play space fits into the surrounding environment, and create designs that account for drainage, grading, shade, sightlines for supervising adults, and foot traffic patterns. Many landscape architecture firms list playground and park design as a core specialty, and job listings for playground designers frequently require a landscape architecture degree or equivalent experience in related design disciplines.
On larger public projects, such as city parks or school campuses, a landscape architect typically serves as the lead designer and coordinates with other specialists. They produce the drawings and specifications that contractors follow during construction. For smaller community playgrounds, the design role sometimes shifts to representatives from equipment manufacturers or to parks and recreation staff, but the underlying process stays similar.
Equipment Manufacturers Offer Design Services
Major commercial playground equipment companies don’t just sell swings and climbers. They employ their own design teams who work with clients to select equipment, create site layouts, and produce 3D renderings of the finished playground. Landscape Structures, one of the largest manufacturers, maintains dedicated designers and provides planning resources tailored to schools, parks departments, faith-based organizations, and early childhood programs.
This manufacturer-driven design path is common for projects where a community or school already has a budget and a site but doesn’t want to hire an independent architect. The manufacturer’s designer helps choose components that fit the space and budget, then produces a layout that meets safety standards. The tradeoff is that the design will naturally feature that company’s product line rather than drawing from multiple manufacturers. For projects with more complex site conditions or ambitious custom designs, an independent landscape architect can specify equipment from any manufacturer.
Safety Inspectors Shape the Final Design
No playground reaches the public without someone verifying it meets safety standards. The National Recreation and Park Association offers a Certified Playground Safety Inspector (CPSI) credential. CPSIs have deep knowledge of equipment hazards, spacing requirements, surfacing specifications, and age-appropriate design. They perform safety audits during and after construction and often consult during the design phase to catch problems before they’re built.
Becoming a CPSI instructor, the highest level of the credential, requires at least five years of full-time experience in playground safety, park operations, or risk management, plus passing a certification exam. These inspectors aren’t designing the creative elements of a playground, but their input directly shapes what gets built. They flag issues like insufficient fall zones, entrapment hazards from openings that could trap a child’s head, sharp edges, and pinch points.
The technical standards they work from are specific. The U.S. Consumer Product Safety Commission maintains a Handbook for Public Playground Safety, and playground equipment must meet ASTM F1487, a voluntary performance standard covering falls, impact protection, age-appropriate scaling, and installation procedures. Surfacing under equipment must absorb enough impact to keep head injury risk below defined thresholds. Sand surfacing, for instance, needs to be at least 16 centimeters deep to provide adequate cushioning, while wood fiber (tanbark) needs at least 8 centimeters.
Inclusive Design Specialists
A growing number of playgrounds are designed with input from specialists in inclusive and universal design. These designers go beyond basic wheelchair accessibility to create spaces that work for children with physical disabilities, sensory processing differences, and varying intellectual abilities. The Ohio Department of Health describes inclusive playgrounds as “universally designed, sensory-rich environments” that include graduated challenges, calm areas, social spaces, and sensory components engaging all five senses.
Inclusive design specialists often bring families of children with disabilities into the planning process. Their involvement helps designers anticipate real challenges that parents and caregivers face, things like transfer points from wheelchairs to equipment, sensory overload in certain layouts, or the need for quiet zones alongside active play areas. Multi-sensory playgrounds can support brain development related to sensory processing, while playgrounds with climbing structures and ramps promote physical fitness across ability levels. Some inclusive designs also incorporate intergenerational elements, creating spaces where adults and older community members can engage in meaningful play alongside children.
What the Design Process Looks Like
Regardless of who leads the project, most commercial playgrounds follow the same sequence of phases. It starts with planning and goal setting: who will use this playground, what age groups does it need to serve, and what’s the budget? Next comes a thorough site evaluation. Every site has unique conditions, including soil type, slope, existing trees, underground utilities, and sun exposure, that directly influence what can be built, what it will cost, and how long installation will take.
From there, the designer moves into conceptual design and equipment selection, producing layouts and renderings for the client to review. This phase involves back-and-forth on budgeting, adjustments to the layout, and formal approvals. Once the design is locked, the project enters permitting and scheduling. After permits clear and materials arrive, installation typically follows this order: site preparation and grading, equipment delivery and staging, assembly per manufacturer guidelines, surfacing installation, and a final inspection before opening.
ADA Requirements Every Designer Must Follow
Federal accessibility law sets specific rules that constrain every playground designer’s choices. The U.S. Access Board requires that at least 50 percent of elevated play components (platforms, bridges, slides reached by stairs or ramps) be connected by an accessible route. In playgrounds with 20 or more elevated components, ramps must connect at least 25 percent of them. Smaller playgrounds with 19 or fewer elevated components can use transfer systems, where a child moves from a wheelchair onto the equipment, to connect at least 50 percent of elevated elements.
At ground level, at least one of every type of play component must sit on an accessible route. The number and variety of accessible ground-level components also scales up based on how many elevated components the playground has. Accessible routes at ground level can’t exceed a slope of 1:16, meaning no more than one foot of rise for every 16 feet of horizontal distance. Elevated ramps allow a steeper 1:12 slope. Maneuvering spaces, where a wheelchair user would turn or position themselves, must be nearly flat, with a maximum slope of 1:48 in any direction.
Surfacing along these accessible routes has to meet two standards simultaneously: it must be firm and stable enough for wheelchair travel (tested under ASTM F1951) and, if it falls within the equipment’s use zone, it must also absorb impact from falls (tested under ASTM F1292). This dual requirement is one of the trickiest parts of playground design, since loose-fill materials like wood chips provide great impact protection but poor wheelchair access, while hard rubber tiles offer good access but less cushioning at lower costs. Designers balance these demands based on layout, budget, and the specific needs of the community.