Kherson Park

Kherson Park

Kherson Park is an award-winning landscape design project that represents a sophisticated integration of ecological sustainability, community engagement, and educational programming within a 0.44-acre public space in Kent, Washington, distinguished by its innovative approach to commemorating aerospace heritage while fostering STEM education through interactive design elements. Conceived as a multifunctional civic space that honors the city's significant contribution to lunar exploration history, particularly the lunar rovers designed by Boeing engineers in the late 1960s, Kherson Park exemplifies contemporary landscape architecture's capacity to transform historical narratives into immersive educational experiences through the strategic deployment of augmented reality technologies, interactive exhibits, and thematic spatial planning informed by celestial motifs. The design, developed by Yitong Du in collaboration with Jim Brennan, Drew Coombs, and Tanja Wilcox, emerged from an extensive planning phase initiated in 2019 and culminated in public opening in May 2023, following a rigorous research methodology that incorporated archival investigation utilizing NASA resources, consultation with aerospace historians and local engineers, and participatory design workshops with educators, students, and community members to ensure the park's functionality as both a recreational amenity and an educational resource. Kherson Park's landscape composition features over 93% landscaping and permeable paving areas, reflecting advanced sustainable design principles that minimize environmental impact through eco-friendly materials selection, water management strategies emphasizing permeable surfaces, and energy-efficient lighting systems that enable distinctive nighttime programming while reducing the park's carbon footprint. The park's physical infrastructure includes a meticulously researched replica of lunar landing operations, an astronaut sculpture serving as a focal point for contemplation and photography, and an interactive mission control panel that allows visitors to engage directly with space exploration concepts, all situated within carefully designed green areas that accommodate diverse uses ranging from informal family picnics to structured educational workshops and community gatherings. The integration of augmented reality experiences represents a particularly innovative aspect of Kherson Park's design, enabling visitors to access layered digital content that animates space exploration history and provides contextual information about aerospace engineering principles, thereby creating an educational environment that transcends traditional static memorial approaches and actively engages multiple generations in scientific learning. The design team confronted substantial challenges throughout the project's realization, including the necessity of balancing historical authenticity with contemporary accessibility standards, navigating safety regulations that influenced material specifications, managing budget constraints that required creative problem-solving in achieving desired aesthetic and functional outcomes, and resolving technical complexities associated with augmented reality implementation in an outdoor environment subject to varying weather conditions and lighting scenarios. Collaboration with Boeing representatives and local aerospace experts proved essential in ensuring technical accuracy in the representation of lunar rover technology and mission operations, while the incorporation of community feedback through iterative design reviews helped refine the park's programming to serve diverse user groups effectively, from young children discovering space concepts for the first time to older residents with personal connections to Kent's aerospace industry legacy. Kherson Park's design philosophy reflects broader trends in contemporary landscape architecture toward creating multivalent public spaces that serve simultaneously as recreational amenities, educational resources, and cultural landmarks, demonstrating how thoughtful design can activate underutilized urban parcels to generate significant community value while addressing pressing concerns regarding environmental sustainability and equitable access to quality public space. The project's recognition with the Bronze A' Design Award in the Landscape Planning and Garden Design category in 2025 acknowledges its successful synthesis of creativity, technical proficiency, and social responsiveness, with the jury particularly noting the design's innovative use of technology to enhance user engagement, its sensitive integration of historical commemoration with forward-looking educational programming, and its demonstration of how landscape architecture can contribute meaningfully to STEM education initiatives at the community level. The award designation recognizes Kherson Park as an exemplar of professional landscape design practice that effectively balances aesthetic considerations with functional requirements, employing durable and sustainable materials in configurations that ensure long-term viability while maintaining visual appeal across seasons and accommodating intensive public use without compromising the integrity of designed elements. As a cultural landmark within Kent's civic infrastructure, Kherson Park functions as a tangible expression of community identity rooted in aerospace innovation, providing residents with a gathering place that celebrates local history while inspiring future generations to pursue careers in science and technology fields, thereby contributing to the broader societal objective of cultivating scientific literacy and technological competency among diverse populations. The park's design demonstrates sophisticated understanding of user-centered planning principles, evidenced in the careful calibration of spatial sequences that guide visitors through progressively more detailed engagement with aerospace themes, from initial visual attraction through the astronaut sculpture to deeper exploration via interactive exhibits and augmented reality experiences, creating a layered narrative structure that accommodates varying levels of interest and prior knowledge among visitors. The selection of native plant species and implementation of habitat-friendly landscaping practices further extends Kherson Park's educational mission by providing opportunities for ecological observation and environmental stewardship education, while the emphasis on permeable surfaces and water management strategies models sustainable development practices that address urban stormwater challenges and contribute to regional watershed health. The park's nighttime programming capabilities, enabled by strategically designed energy-efficient lighting systems, expand temporal accessibility and create distinctive after-dark experiences that leverage the thematic connection to space exploration, when celestial observation becomes possible and the park's interpretive elements can be experienced in atmospheric conditions that enhance their evocative power. Kherson Park represents a significant contribution to the evolving discourse regarding the role of public space in fostering community cohesion, supporting lifelong learning, and maintaining cultural memory in rapidly changing urban contexts, demonstrating how landscape architecture can address multiple civic objectives simultaneously through integrated design thinking that recognizes the interconnections between environmental sustainability, social equity, educational access, and cultural expression.

Aerospace Heritage Landscape, Interactive STEM Education Park, Sustainable Community Space Design, Augmented Reality Public Park, Lunar Exploration Memorial, Ecological Urban Landscape Architecture

— Adam Dawson