Design Legends ("DL") had the distinct honour to interview legendary designer Tim Siahatgar ("TS") for their original perspective and innovative approach to design as well as their creative lifestyle, we are very pleased to share our interview with our distinguished readers.
TS : I come from an architectural engineering background, which has equipped me with a deep understanding of structural systems and modular design. My education and experience have been rooted in exploring innovative building techniques, particularly focusing on sustainability and renewable modern materials like aluminum. This foundation has allowed me to pioneer the MHS Structural Aluminum Framing System, revolutionizing modular prefabrication in construction.
TS : Design is my passion because it allows me to create solutions that improve the way we live while respecting the environment. I have always been inspired by the potential of architecture to address societal needs—whether it's creating more sustainable homes, reducing waste, or enhancing structural efficiency. Designing allows me to bridge functionality with aesthetics, creating spaces that are both practical and beautiful.
TS : Becoming a designer was a choice driven by my innate curiosity and desire to innovate. I’ve always had a fascination with how structures come together and how they can be reimagined to meet modern challenges. My decision was fueled by the opportunity to make a meaningful impact on the construction industry and the environment.
TS : I design modular prefabricated systems and sustainable building solutions, primarily focusing on residential and commercial applications. My designs aim to replace traditional, resource-intensive methods with eco-friendly alternatives. In the future, I hope to design more large-scale, net-zero energy communities and innovative urban spaces that incorporate modular, adaptive designs to maximize sustainability and efficiency.
TS : Young designers should focus on solving real-world problems through their work, constantly pushing boundaries and staying curious. Learning the technical aspects of design, mastering tools like Revit and AutoCAD, and understanding materials and sustainability are crucial. Equally important is developing a strong philosophy and vision for how design can improve the world. Collaboration and continuous learning from peers and mentors will also help shape their journey.
TS : A good designer creates functional and aesthetically pleasing solutions, while a great designer goes beyond that to innovate and address larger challenges. Great designers think holistically—they consider sustainability, inclusivity, and the long-term impact of their work. They also inspire others and create designs that stand the test of time.
TS : A really good design is one that balances functionality, aesthetics, and sustainability. It should solve a problem effectively while leaving a positive impact on its users and the environment. I evaluate good design based on its efficiency, adaptability, and the extent to which it meets the needs of its intended audience.
TS : Good design enhances quality of life, reduces environmental impact, and provides long-term economic benefits. Investing in good design ensures durability, energy efficiency, and user satisfaction. For instance, MHS structures save resources, reduce costs over time, and offer flexible solutions that adapt to evolving needs.
TS : If I had the time, I would design large-scale, net-zero urban communities that integrate modular construction, renewable energy, and advanced transportation systems. These designs would cater to environmentally conscious governments, developers, and communities aiming to reduce their ecological footprint.
TS : My dream project is to create a global network of modular prefabricated homes and communities, entirely built using the MHS system. These communities would be designed to withstand natural disasters, provide sustainable living solutions, and offer customizable spaces for diverse lifestyles and needs. The project would aim to redefine how we think about urban living, resilience, and sustainability.
TS : The secret to my success lies in continuous innovation and problem-solving. Identifying challenges that have persisted for decades—like the difficulty of connecting hollow aluminum extrusions—and creating effective solutions has been my hallmark. My “secret ingredient” is perseverance, combined with a focus on sustainability, modularity, and adaptability
TS : I have drawn inspiration from Buckminster Fuller, whose interlocking joint inventions for geodesic domes were groundbreaking. His ability to blend functionality, aesthetics, and sustainability has significantly influenced my approach to modular systems.
TS : I deeply admire the geodesic dome structures by Buckminster Fuller. They epitomize strength, efficiency, and simplicity, showcasing how innovative thinking can redefine architectural possibilities. Similarly, I respect the work of Syma-Systems for their exploration of modularity in interior framing.
TS : The MHS Building Systems Structural Aluminum Framing Design is my greatest achievement. Its ability to address long-standing challenges in construction—while offering sustainability, adaptability, and resilience—makes it a truly transformative innovation. The unique interlocking clamp system, reusability, and minimal environmental impact are what I consider its greatest strengths.
TS : To improve as a designer, one must stay curious, embrace challenges, and never stop learning. I spent over a decade refining the MHS system, continually testing, researching, and adapting based on real-world applications. Aspiring designers should focus on solving real problems while staying open to collaboration and feedback.
TS : If I hadn’t pursued design, I would likely have delved into engineering or sustainable urban planning. These fields align with my passion for creating systems that improve human lives while respecting the environment.
TS : Design is the art of problem-solving with purpose. For me, it’s about crafting solutions that are not only functional but also sustainable, adaptable, and aesthetically pleasing. Design is the bridge between creativity and practicality.
TS : Collaboration with a diverse team of professionals—engineers, architects, and contractors—has been invaluable. My family and colleagues have been my biggest supporters, encouraging me to pursue my vision despite the challenges.
TS : The combination of hands-on experience, research, and a clear vision for innovation has been key. My background in art and architectural engineering and decades of practical experience allowed me to identify gaps in traditional methods and create the MHS system.
TS : Key obstacles included: •Regulatory challenges: Adapting designs to meet varying building codes. •Technological adaptation: Training crews on new construction methods. •Material sourcing: Ensuring the availability of high-quality, eco-friendly materials without delaying projects. Overcoming these hurdles was a significant learning experience
TS : Designers should present their work with clarity and purpose, using tools like 3D models, technical drawings, and physical prototypes. Showcasing sustainability and practical applications can make a strong impact, especially when backed by real-world case studies.
TS : My next project involves expanding the MHS system globally, focusing on net-zero energy modular communities. We are also preparing for seismic resilience testing on a full-scale tall MHS building, simulating large earthquakes to enhance its safety and adaptability
TS : My ultimate goal is to make sustainable, modular construction accessible worldwide. I aim to redefine how we build by replacing resource-intensive methods with eco-friendly, adaptable solutions that cater to diverse needs and environments.
TS : People expect innovation, reliability, and vision. They look to me to provide solutions that not only meet their needs but also align with global sustainability goals. Delivering on these expectations requires constant dedication and forward-thinking.
TS : Design shapes how we live, work, and interact with our environment. Thoughtful design improves quality of life by creating sustainable, resilient, and inclusive spaces. Systems like MHS contribute to a better society by reducing environmental impact, promoting energy efficiency, and making housing more accessible and adaptable.
TS : I am particularly excited about expanding the MHS Building Systems globally and testing its seismic resilience on the world’s largest outdoor shake table at UC San Diego. These advancements aim to enhance the system’s safety, scalability, and adaptability for various geographic and environmental challenges.
TS : The projects that brought the most satisfaction were the over 400 small ADU structures residential and commercial pavilion built in Southern California. Using the MHS Structural Aluminum post and beam framing by Los Angeles MHS authorized fabricator licensee “Kithaus Company”. Seeing these prefab designs address real-world challenges like affordability, sustainability, and durability while being embraced by homeowners and developers has been incredibly rewarding.
TS : I’d like to see the design industry embrace sustainability as a standard, not an option. This includes prioritizing recyclable, renewable and reusable materials, modular systems, and energy-efficient designs. Additionally, more collaboration between designers, engineers, and policymakers can drive transformative changes in the built environment.
TS : The building industries design field is moving towards modular prefabrication, net-zero energy solutions, and the use of AI-powered tools for precision and efficiency. Sustainability will be the guiding principle, with a focus on creating adaptable spaces that cater to evolving lifestyles and environmental needs.
TS : Finalizing a design project depends on its complexity. For example, smaller modular structures can take weeks to finalize, while larger systems, like multi-story modular designs, can take several months, including testing and compliance with local building codes.
TS : I always start with site analysis and client consultation. Understanding the project’s location, topography, climate, and client needs lays the foundation for a successful design. After that, I move on to creating modular grid systems and selecting sustainable materials.
TS : “Design with simplicity and purpose, innovate with sustainability, and create for the future.” This motto encapsulates my commitment to addressing real-world challenges through thoughtful and eco-conscious design.
TS : Design has the power to set trends, especially when it challenges norms and introduces innovative solutions. However, trends often influence how designs are received and implemented, creating a dynamic interplay between the two.
TS : Technology is integral to my design process. From choosing the sustainable materials for each design line and using advanced prefabrication techniques to leveraging 3D software for precision, technology ensures accuracy, efficiency, and collaboration in every project.
TS : I rely on Revit and AutoCAD for 2D and 3D modeling, as well as creating detailed shop drawings. I also use structural analysis software to ensure compliance with safety standards. For initial sketches, I still enjoy using pen and paper for conceptualization.
TS : Color, materials, and ambiance shape how a space is perceived and experienced. Sustainable materials, like structural aluminum and SIP panels, not only define the building’s durability but also contribute to its environmental impact. Thoughtful use of color and ambiance enhances functionality and creates a welcoming, balanced environment.
TS : I wish people would ask, “How does your building design contribute to sustainability and the future of construction?” This question opens up a conversation about the transformative potential of systems like MHS in creating eco-friendly, advantages and resilient buildings.
TS : I think about the innovation and problem-solving behind the design. Great designs often inspire me to reflect on how they solve challenges or introduce new possibilities, and they push me to innovate further in my work.
TS : My ideal design partner is someone who shares a commitment to sustainability and innovation, like engineers, architects, and contractors who think holistically about building systems. I firmly believe in co-design, as collaboration fosters creativity, enriches ideas, and ensures the best outcomes for projects.
TS : Several individuals have greatly influenced my design journey. My collaborations with engineers, architects, and contractors, particularly during the development of MHS Building Systems, have been pivotal. Influential figures like Buckminster Fuller inspired me to think beyond traditional construction methods and embrace modularity and sustainability.
TS : Books that delve into sustainable architecture, modular design principles, and engineering innovations have had a profound impact. Titles like Operating Manual for Spaceship Earth by Buckminster Fuller and Cradle to Cradle: Remaking the Way We Make Things by William McDonough and Michael Braungart provided invaluable insights into creating eco-friendly and efficient designs.
TS : My skills were honed through a combination of formal education, decades of hands-on experience; learn about different industries and relentless research. I constantly studied emerging trends in materials, construction methods, and design software. Trial and error during the 15-year development of the MHS system also played a crucial role, as I refined my ideas through real-world applications.
TS : I would love to have a discussion with Leonardo da Vinci, a master of multidisciplinary thinking, and Buckminster Fuller, a pioneer in sustainable and modular architecture. Their perspectives on design, innovation, and problem solving would be invaluable.
TS : Receiving awards and recognition, like the A Design Award in Como, Italy, is incredibly rewarding because it validates the hard work and innovation behind my designs. However, fame comes with the responsibility to continue innovating and inspiring others, which can be challenging but also deeply fulfilling.
TS : •Color: Blue, as it symbolizes clarity and innovation. •Place: Southern California, where many of my projects came to life. •Food: Mediterranean cuisine, for its simplicity and sustainability. •Season: Spring, a time of renewal and growth. •Thing: My design sketches, where every great idea begins. •Brand: MHS Building Systems, for what it represents—a commitment to sustainability and innovation.
TS : During one of the early installations of an MHS prefab module, the local contractors were surprised by how lightweight the aluminum components were. One worker jokingly asked if they were assembling a spaceship! It highlighted the stark difference between traditional materials and our innovative system.
TS : Seeing my designs come to life and knowing they positively impact people’s lives keeps me motivated. Learning about innovations in the industry, interacting with my team, and hearing feedback from clients are daily sources of inspiration.
TS : Yes, to an extent. As a child, I was fascinated by building structures out of anything I could find—blocks, sticks, and even cardboard. I was always curious about how things were constructed, which foreshadowed my future as a designer.
TS : In a thousand years, I envision a world where buildings are entirely modular and adaptable, with materials sourced from renewable or even extraterrestrial origins. Construction will likely be automated, incorporating AI and robotics, while sustainability will no longer be a choice but a way of life.
TS : I want my fans to know that MHS Building Systems isn’t just a product; it’s a philosophy rooted in the belief that design can and should create a better world. I’m passionate about mentoring others in the field and believe that the future of architecture lies in collaboration, sustainability, and continuous innovation. I encourage everyone to think big and work together to achieve it.
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