Building Habitats on the Moon by Haym Benaroya explores the technical, engineering, and ethical challenges of constructing sustainable lunar habitats. As humanity reaches the Moon again, this book offers crucial insights into the complexities of establishing a lasting human presence beyond Earth. 

This article provides an engaging review of the book, highlighting its key themes – innovative engineering solutions, human-centric design, and interdisciplinary perspectives – giving readers a clear understanding of what to expect from this book.   

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Book Cover (Benaroya, 2018)_©H. Benaroya.

Why the Moon?

“ We choose to go to the moon. We choose to go to the moon in this decade and do the other things, not because they are easy, but because they are hard, because that goal will serve to organize and measure the best of our energies and skills, because that challenge is one that we are willing to accept, one we are unwilling to postpone, and one which we intend to win, and the others, too. ”

  • John F. Kennedy on the 12th of September 1962 (Benaroya, 2018, p.1)

Haym Benaroya’s Building Habitats on the Moon opens by addressing a fundamental question: why prioritise the Moon over other celestial bodies? The author presents compelling arguments, emphasising the Moon’s proximity to Earth and its potential as a testing ground for technologies needed for deeper space exploration. The book also highlights the Moon’s abundance of resources, such as regolith for construction and water ice for supporting life, making it an ideal choice for humanity’s first permanent off-planet settlement, a strategy currently pursued through NASA’s Artemis Program.

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NASA’s Artemis Program aims to bring people back to the Moon and establish a sustainable human presence. By developing the infrastructure and technologies needed for lunar exploration, Artemis will enable NASA to test systems critical for future Mars missions (NASA, n.d.)._©NASA.

Engineering Challenges and Innovative Solutions

“ There is nothing in space – practically nothing – except what we put there. ” 

  • Edward Teller (Benaroya, 2018, p.6)

Haym Benaroya begins the lunar exploration by discussing its environment and the unique challenges emphasising the need for habitats that not only protect against these conditions but also support long-term human habitation. Benaroya is a professor of mechanical and aerospace engineering, so the primary focus of the book is on the engineering challenges of building in such an isolated, confined and extreme environment, along with a comprehensive overview of the concepts and technologies that will enable permanent lunar settlement. Since there is practically nothing in space except what we send, the engineers and designers need to come up with solutions using what’s available on the Moon to sustain human life, minimising the dependence on Earth. From radiation and micrometeorite shielding to using lunar regolith in habitat construction, the book provides a technical roadmap for future space architects. 

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An illustration by Pat Rawlings for NASA showing a lunar mining operation (Benaroya, 2018, p.20)_©NASA.

Further chapters explore structural concepts, such as inflatables and rigid modules, addressing their grouping, spatial organisation, and the transportation and construction techniques required. Benaroya also delves into advanced engineering principles, covering risk management, probability theory, seismic design, and redundancy systems. Innovative approaches, like performance-based engineering, are discussed as ways to overcome the uncertainties of building in the extreme lunar environment.

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Project Horizon – early lunar concept buried under ground (Benaroya, 2018, p.144)_©NASA & US Government.
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Project Horizon – construction vehicle (Benaroya, 2018, p.145)_©NASA & US Government.

In addition to technical details, Benaroya also emphasises the integration of human-centric design. The effectiveness of the mission relies heavily on the crew’s quality of life in the habitat. Psychological and physiological comfort is therefore prioritised, with discussion on creating liveable spaces that promote mental well-being in isolation. These insights are invaluable for engineers and architects envisioning safe extraterrestrial structures, and the interdisciplinary approach highlights the challenges of creating safe, sustainable, long-term habitats in space. 

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AIAA Space Architecture Technical Committee’s concept of Space Architecture as a multidisciplinary nexus (Benaroya, 2018, p.105)_©M.M.Cohen.

Insights from Experts and Ethical Considerations

The book also includes interviews that provide valuable insights from experts with diverse perspectives on lunar habitation. By doing so, Benaroya grounds the book’s technical and theoretical discussions in real-world expertise. The author also explores ethical considerations, such as the importance of international cooperation and the potential for resource conflicts which need to be addressed. 

The interviews feature figures and cover topics such as:

  • Marc Cohen – a space architect and his insights into innovative habitat design that blend structural functionality with psychological comfort;
  • James Logan – a former NASA flight surgeon, offers insights into addressing the physiological and psychological challenges of long-term lunar habitation;
  • Donald Rapp – a scientist and specialist in planetary resource utilisation, discusses the importance of ISRU for sustainable construction and life support;
  • David Cadogan – an expert in inflatable structures, explains the potential of flexible, lightweight designs;
  • David Livingston – host of The Space Show, brings a socio-economic and policy-oriented perspective on the commercial and collaborative opportunities in lunar exploration.

The book, therefore, provides a comprehensive overview that goes beyond engineering and architecture, including medical, psychological, political and economic aspects that are essential for establishing a successful human presence on the Moon.

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Section of inflatable module concept showing water walls and life support architecture installed around the inner wall of the module (Benaroya, 2018, p.103)_©M.M.Cohen.

Key Takeaways

Haym Benaroya presents technical details in an accessible manner, making complex concepts understandable for both professionals and space enthusiasts. The book offers a thorough exploration of the lunar environment, its unique challenges, and innovative engineering solutions, while acknowledging the uncertainties and significant risks involved. Benaroya’s focus on human-centric design and the inclusion of expert interviews highlight the interdisciplinary nature of designing for space. Case studies and historical context further enrich the content, providing readers with an invaluable guide for lunar settlement concept designs. 

Who should read Building Habitats on the Moon?

“ Studying the book will give the reader a deep insight into all the technical, physiological and psychological problems and lets him establish the odds for the realization of a successful global ‘Moon Village’ vision. ”

  • Joachim J. Kehr (2018) in the review for Journal of Space Operations & Communicator.

Haym Benaroya’s book is an excellent resource for architects, engineers, policymakers and space enthusiasts interested in lunar settlements. While the content is technical, the language remains accessible, making it suitable for readers without an engineering background. By combining practical insights with forward-thinking, Benaroya creates a guide that not only informs but also inspires, offering a comprehensive understanding of lunar habitation.

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Section of an inflatable habitat concept on the Moon, featuring living and working quarters, hydroponic gardens and surface works (Benaroya, 2018, p.118)_©NASA.
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Schematic of the interior of the inflatable habitat concept (Benaroya, 2018, p.120)_©NASA.

In Building Habitats on the Moon, Haym Benaroya successfully combines technical insights with practical solutions to the challenges of lunar habitation. The interdisciplinary approach, accompanied by interviews with the experts from various fields, provides readers with a comprehensive perspective on the requirements and complexities of establishing a sustainable presence on the Moon. The book is accessible to space enthusiasts from all disciplines, yet it is particularly valuable for architects and designers looking to deepen their understanding of space architecture. It also serves as a source of thought-provoking arguments to help readers their own perspectives.

The book could, however, benefit from more visual aids to complement its technical and conceptual content. Even so, its practical approach and depth of detail make the book stand out from other works on the subject, making it an inspiring and informative read for anyone seeking to learn more about lunar habitation. Moreover, beyond addressing scientific and engineering challenges, the book also underscores the importance of psychological well-being, political considerations, and international collaboration in making lunar settlement a reality. 

It is fair to say that this book is an important contribution to the ongoing conversations about the future of human space exploration.

Reference list:

Benaroya, H. (2018). Building Habitats on the Moon: Engineering Approaches to Lunar Settlements. Springer Praxis Books. 

Kehr, J.J. (2018). Book Review: Building Habitats on the Moon by Haym Benaroya. Journal of Space Operations & Communicator, 15(3). Available from: https://opsjournal.org/communicator_book_reviews.php  [Accessed date: 1 December 2024].

NASA. (n.d.). Artemis [online]. Available from: https://www.nasa.gov/feature/artemis/ [Accessed date: 1 December 2024]. 

Author

An aspiring architectural designer, researcher, and space enthusiast. Passionate about creating environments that foster social interaction, prioritise human experience, and coexist harmoniously with nature. Interested in leveraging current technological advancements to speculate on the future, while using architecture as a tool in driving positive social and environmental impact.