Space Architecture.

Architecture beyond Earth.

Space architecture extends architectural thinking into environments where constraints are extreme and margins are narrow. These projects operate at the intersection of human factors, systems integration, and long-duration performance—where architecture directly supports life, work, and mission success.

We approach space architecture with the same rigor as terrestrial architecture: grounding design decisions in human needs, technical realities, and operational clarity.

Designing for extreme environments.

Space habitats, vehicles, and orbital infrastructure must support human performance under conditions radically different from Earth. Issues of scale, safety, adaptability, and systems coordination become central architectural concerns.

Our work integrates spatial planning, environmental systems thinking, and human-centered design to create environments that are functional, intuitive, and resilient—supporting extended missions and evolving requirements.

Expertise

Space Architecture

01 / Human-Centered Space Habitats

We design space habitats with a focus on human needs, addressing comfort, safety, and psychological well being within extreme environments.

02 / Orbital & Planetary Infrastructure Concepts

Conceptual infrastructure projects explore orbital and planetary systems that integrate architecture, engineering, and long term mission planning.

03 / Interior Architecture for Space Systems

We develop interior architectures for space systems that prioritize efficiency, ergonomics, and integration with technical and life support requirements.

04 / Human Factors & Habitability Studies

Our work includes research driven studies focused on human factors, spatial performance, and habitability in microgravity and extraterrestrial environments.

05 / Prototyping, Simulation & Testing

Design concepts are evaluated through prototyping and simulation to test spatial performance, operational scenarios, and system integration.

06 / Visualization, Communication & Design Research

We use advanced visualization and research methods to communicate ideas, test scenarios, and support interdisciplinary collaboration in space focused projects.

Architecture in service of human performance.

In space, architecture directly influences health, efficiency, and well-being. We prioritize clarity of layout, ergonomic planning, and environmental quality—designing spaces that support focus, recovery, and collaboration over time.

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How We Work

Research-driven design.

Space architecture demands iterative testing and interdisciplinary coordination. We work through sketches, models, simulations, and scenarios—evaluating spatial, operational, and human factors early in the process.

Our approach bridges architecture, engineering, and research—allowing concepts to be tested rigorously before advancing toward implementation.

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Featured Work

Architecture for off-world living.

Our space architecture work includes conceptual studies, habitat design, and research collaborations focused on orbital and planetary environments. These projects inform not only space systems, but also future terrestrial architecture in extreme or resource-constrained contexts.

Selected projects available upon request.

New York, New York

11th Avenue

This mixed-use tower, seamlessly blending hotel and residential spaces, offers an inviting and vibrant vertical community.

Zhuhai, China

Zhuhai S3 Tower

My role in this project began at the design development stage as a member of the core team to design, engineer, and document the landmark tower.

New York, NY

Viridian

Viridian Heights is an elegant residential proposal comprising three sophisticated townhomes in the heart of New York.

A Research and Design Partner

Architecture aligned with exploration.

We collaborate with aerospace organizations, research institutions, and technology teams—bringing architectural thinking to multidisciplinary environments where clarity, habitability, and integration are critical.

Designing where architecture matters most.

Space architecture sharpens the discipline—revealing what is essential when resources are limited and performance is critical. The insights gained inform all of our work, on Earth and beyond.