WELCOME

Cornelius Pace
Master's
Architectual Thesis

Previous Thesis

Floating Architecture: A Sustainable Solution for Urban Expansion and Climate Change

Purpose

Fuction

Use

The Purpose of my thesis is to combat climate change.

Provide research labs, equipment, and human amenities.

Provide comfortable Living and workspaces for Scientist and researchers on the water.

NEW
Thesis

How can architecture provide live workspaces and community for water industry professionals?

Research ships

Explore

Oil Rigs

Explore

Precedents

Floating Communities

Explore

New York
Coastal Waters

New York city water issues

New York’s waters face several challenges, including coastal acidification, harmful algal blooms (HABs), and marine debris. New York State is working to improve water management and restore the ocean ecosystem. Researchers are studying human impacts and developing desalination techniques. Organizations like Ocean Conservancy, American Littoral Society, Project AWARE, and NOAA Marine Debris Program are actively involved in cleaning up marine debris. Additionally, shark research and deep-sea discoveries by NASA’s Jet Propulsion Laboratory are expanding current research to understand more about aquatic ecosystems.

Innovative

Research

Clean UP

Projects

Study

Connect

Explore

Discover

Stay

Learn

Research on Water (Scientists) Scientists dedicated to water research are at the forefront of understanding the complexities of our planet’s most vital resource. They delve into the intricacies of water cycles, the impact of climate change on water bodies, and the development of innovative technologies for water purification and desalination. Their work is crucial in addressing global water scarcity and ensuring sustainable water management practices. By conducting experiments, analyzing data, and publishing their findings, these scientists contribute to a deeper understanding of water-related challenges and potential solutions.

Who?

Functionality

Research on water (Scientist)

Education on Water (Students)

Educating students about water is essential for fostering a generation that values and protects this precious resource. Through interactive lessons, field trips, and hands-on experiments, students learn about the importance of water conservation, the science behind water treatment, and the impact of pollution on aquatic ecosystems. By integrating water education into the curriculum, schools can inspire students to become advocates for sustainable water practices and empower them with the knowledge to make informed decisions about water usage in their daily lives.

Volunteers play a pivotal role in cleaning up ocean pollution and preserving marine environments. Armed with gloves, bags, and a passion for protecting the oceans, these dedicated individuals participate in beach cleanups, remove debris from waterways, and raise awareness about the detrimental effects of plastic pollution. Their efforts not only improve the health of marine ecosystems but also inspire communities to take action and reduce their plastic footprint. Volunteers are the unsung heroes in the fight against ocean pollution, making a tangible difference one cleanup at a time.

Cleaning ocean pollution (volunteer)

Crew

The success of the floating research facility would not be possible without the dedicated crew that supports its operations. This team includes engineers, technicians, and maintenance staff who ensure that the facility’s infrastructure and equipment are functioning optimally. They manage the logistics of supplies, handle repairs, and maintain the safety and security of everyone on board. Additionally, the crew includes chefs, medical personnel, and administrative staff who provide essential services to keep the facility running smoothly. Their hard work and commitment create a stable and efficient environment, allowing scientists, students, and volunteers to focus on their vital work in ocean conservation.

Materials

Redwood

structural wood that still floats is redwood. Redwood is known for its strength and durability, making it suitable for various construction applications

Light weight concrete

concrete that can float, known as lightweight concrete. This type of concrete is made using lightweight aggregates such as expanded clay, shale, or slate, which reduce the overall density of the concrete, allowing it to float1

Balsa wood

The most buoyant type of wood is balsa wood. It is extremely lightweight and has a low density, which allows it to float effortlessly on water

Polypropylene (PP)

Polypropylene (PP)often used in various applications where buoyancy is important, such as in the manufacturing of flotation devices and lightweight containers.

Closed cell foam

This type of foam is denser and more durable, making it ideal for long-term use. It resists water absorption and provides excellent buoyancy

Stainless Steel

For creating airtight containers that float, metals like aluminum and stainless steel are commonly used. These metals are chosen for their durability, corrosion resistance, and ability to form airtight seals

Aluminum

Tempered Glass

Windows on ships at sea are made from materials that can withstand the harsh marine environment. Common materials include:

Tempered Glass: Extremely strong and safe, often used for its durability