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    Sea Wall

     

     

    Sea Wall is a 3D printed modular green infrastructure aiming to defend, adapt and mitigate sea-level rise by robotic fabrication for pre-fabrication as well as construction sites. It will be deployed on the waterfront in multiple scales of the freeway 101 in the Bay Area, providing and sustaining habitats for sorts of species that have lost their homes due to global warming and water pollution.

  • Materiality

    Material and formal studies, such as constructed landscape permeability and bio strategies, along with local aquatic organism studies have been investigated to inform the physical forms of the design and texture, in order to justify the concept of cohabitation and sea level rise control.

     

    Academic Study Example - Tsing Yi 2100

    Approach

    The porous structure of the prototype requires advanced fabrication skills for manufacturing. Explorations of 3D printed construction materials such as clays, geopolymer cement and carbon fiber and approaches of how to achieve it - carving, casting or assembling are our next steps. It is possible to use mixed materials to increase strength and durability of the composite materials

    Building

    The main advantages to use the 3D-printing technology for building structures include the ability to achieve a more complex geometric structure, quicker construction, lower labor and construction costs, and produce less waste.

    Advantages

    Investment in green infrastructure is huge in the Bay Area. The constructions often take a lot of time and resources and most of them are actually violations of environment. Combined with technology innovation the Sea Wall would significantly increase the effectiveness by robotic fabrication, which eventually costs less time and money.

  • Team

    Lili Dai conceptualized and did the preliminary research of Sea Wall during Spring 2019 and Elnaz Tafrihi joined the team in Fall 2019. Together, they are working on exploring the logistics of robotic fabrication of construction materials for environmental problems worldwide. We are currently on the residency of CITRIS Foundry at UC Berkeley and we are seeking all sorts of resources in the near future.

    Lili Dai | Designer

    expertise: Strategy and Implementation, Landscape Architecture and Planning, Material Design

    Lili Dai is an industrial designer and landscape architect. Emerging from an architecture background, she explores the complexities between environmental problems and design in various media. Graduated with Master of Urban Design from UC Berkeley, she worked at a number of practices internationally, from China, the US, Denmark to the Philippines. She and her projects win numbers of awards including The Skidmore, Owings & Merrill (SOM) Foundation Fellowship and American Planning Association (APA) Smart Cities Award.

    Elnaz Tafrihi | Fabricator

    expertise: Architecture and Building Science, Technology and Sustainability, Additive Manufacturing

    Elnaz Tafrihi is a designer and a PhD student in Building Science program at UC Berkeley college of environmental design. Elnaz is experienced in different Additive manufacturing techniques and combining that with 3D scanning. She has experience in programming and electronics, and she is proficient in 3D modeling and visual programming such as Rhinoceros, Grasshopper, Autodesk Revit. After receiving her Masters in design studies from Harvard, Elnaz worked in the energy consulting field on large scale projects including the Tianjin Juilliard School of Music, Dubai Expo 2020, and the Houston Museum of Fine Arts. She has won several significant awards in architecture and engineering, including the T.Y Lin Prize in Architecture and Engineering and ASHRAE Eric Thor Andresen Memorial Scholarship.

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