MOONTRIP: A Space Education Center Shaped by Apollo 11's Trajectory

Fifty years after humans first set foot on the Moon, what would a building designed to prepare the next generation of space explorers actually look like? The MOONTRIP Interactive Space Education Center answers that question with a form derived directly from the trajectory of Apollo 11, stretching low and horizontal along a Washington D.C. waterfront before rising into a spherical planetarium dome that reads as a captured celestial body. It is a building whose plan is a diagram of space travel, and whose interiors simulate the environments its visitors may one day inhabit.

Designed by Jonasz Matuszczyk and Wojtek Remer, the project is a winner entry of Moontrip 2019. Sited strategically at Anacostia Park, the facility positions itself for maximum public accessibility while leveraging the park's waterfront setting to create dramatic reflections and long approach views. The programme weaves together an interactive moon colony, a space education hub, and a planetarium, merging real and virtual learning experiences into a single architectural sequence.

A Ceiling That Moves Like a Trajectory

The interior reveals a curving timber-battened ceiling that sweeps overhead in a continuous arc, guiding visitors along a spatial path that mirrors the parabolic flight from Earth to Moon. Below, dark stone flooring grounds the experience, creating contrast with the warm, rhythmically ribbed canopy above. The effect is both directional and enveloping: you are inside the trajectory, moving through the same conceptual space that Apollo 11 once traversed. The structural ribs establish a cadence that keeps the eye moving forward, pulling visitors deeper into the educational sequence.

A Crater Interior and Suspended Planetarium

The most striking interior moment arrives at the planetarium, where a spherical dome hangs suspended above a crater-like depression in the floor. Visitors descend into this excavated space, looking up at the dome as if standing on the lunar surface and gazing at an orbiting body. The spatial inversion is deliberate: rather than projecting stars onto a conventional ceiling, the design positions the viewer within a simulated lunar environment. It is a room that teaches through bodily experience, not just visual display.

This sequence from the ribbed circulation spine into the planetarium crater represents the project's core pedagogical strategy. Education here is not confined to screens or classrooms; it is embedded in the architecture itself. Each transition between spaces corresponds to a phase of space exploration, from launch to orbit to lunar landing.

Timber Ribs and a Blue Dome on the Waterfront

From the exterior, the building reads as two distinct but connected volumes: a long, low-slung form clad in timber ribs and a spherical dome volume that sits beside it like a landed capsule. The sloped timber-ribbed facade gives the horizontal mass a sense of aerodynamic motion, as if the building itself is in mid-flight. Semi-transparent materials between the ribs create a dynamic facade that shifts in opacity depending on light conditions and viewing angle, hinting at the interior programme without fully revealing it.

The blue dome punctuates the composition with unmistakable clarity. Against partly cloudy skies, it registers as both astronomical instrument and architectural landmark, a signal visible from across the park and along the waterfront. The contrast between the warm, organic texture of the ribbed volume and the smooth, reflective surface of the dome reinforces the project's central tension between Earth and Moon, the familiar and the unknown.

Reflections at Anacostia Park

The waterside elevation exploits the calm surface of the Anacostia to double the building's visual presence. The horizontal ribbed volume stretches across the frame, its reflection creating a near-symmetrical composition that amplifies the building's low, gravitational profile. Siting the centre at Anacostia Park was a strategic choice: the location provides proximity to Washington D.C.'s network of national museums and memorials while offering a landscape setting that allows the architecture to breathe. The waterfront approach gives visitors a long, cinematic reveal of the building before they enter, building anticipation in a way that echoes the countdown to a launch.

Why This Project Matters

MOONTRIP treats architecture as a teaching instrument. Rather than designing a neutral container and filling it with exhibits, Matuszczyk and Remer shaped every surface, section, and spatial sequence to communicate the physics and narrative of space travel. The trajectory becomes a roof, the Moon becomes a planetarium, the crater becomes a classroom. This integration of content and form is rare in educational architecture, where buildings often defer entirely to curatorial design.

The project also poses a worthwhile provocation about commemoration. Fifty years after Apollo 11, most monuments to that achievement are static: plaques, capsules behind glass, photographs on walls. MOONTRIP argues that the best way to honor the Moon landing is not to preserve its artifacts but to simulate its experience, equipping a new generation not with reverence for the past but with ambition for the future. That is a bold position for a building, and one worth building.

View the Full Project

About the Designers

Designers: Jonasz Matuszczyk, Wojtek Remer

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Project credits: MOONTRIP Interactive Space Education Center by Jonasz Matuszczyk, Wojtek Remer Moontrip 2019 (uni.xyz).