Articles tagged with Architectural Design
Research finds that men are associated with creativity and innovative thinking in the workplace, while women's achievements are often undervalued. This bias is perpetuated by stereotypes and can impact career advancement and recognition.
Researchers are exploring how indoor home microbial environments change after whole-house weatherization projects, aiming to understand the impact on human health. The study will analyze ventilation-system design and its influence on exposure to airborne microorganisms.
Researchers have created complex nanoforms displaying arbitrary wireframe architectures using novel organizational principles. These structures include symmetrical lattice arrays, quasicrystalline patterns, and 3D objects with precise control over branching and curvature.
Researchers from the University of Bristol have developed a new technique to estimate and cancel out interference in radio transmission, allowing for full-duplex communication on a single channel. This innovation has the potential to double Wi-Fi capacity and increase data rates in cellular systems.
A University of Huddersfield professor has been granted a Newton Research Collaboration Award to develop a Dynamic Behaviour Model (DBM) that accurately predicts the energy usage of non-domestic buildings. The model will take into account various factors, including occupancy level and equipment use, to make a more realistic prediction.
The Desyre architecture has been shown to reduce hospital costs and replacement rates of medical devices by using 28% less energy and 48% less chip area. This is achieved while offering a nine times lower hardware failure rate, making it an extremely reliable design for critical applications.
Researchers develop a novel evolvable Internet architecture framework with design constraints and models analysis to meet future Internet demands. The framework balances the advantages of both clean-slate and dirty-slate approaches, promoting flexibility and stability.
Researchers at UMass Amherst are part of a six-institution consortium creating CloudLab, a new instrument allowing scientists to run huge or very complex experiments on an enormous and flexible shared network of reliable, secure and fast computers. The project will distribute $10 million in funding among partner institutions.
The Hyve-3D system enables collaborative 3D content creation via immersive environments, allowing designers to interact with their sketches in a fully embodied experience. The system has various industrial applications across fields such as architecture, engineering, medical design, and gaming.
Researchers propose an architecture-centric method, ABC, to unify software development phases and control high-level structural complexity. The method realizes consistent, flexible, and systematic modeling and control of software complexity across the whole lifecycle.
Thomas Colbert proposes innovative solutions to protect Galveston Bay from hurricane storm surge and climate change through thoughtful design. His concepts include functional urban amenities, leveraging lush wetlands as tourist attractions, to address the challenges faced by this coastal community.
Research by Virginia Tech architects found that green roofs can retain up to 50% of stormwater runoff, compared to 6% for traditional roofs. This reduces the risk of sewer overflows and stream erosion, making them a crucial tool in building resilient cities.
A NJIT professor has won $125 million to develop a plan to protect Nassau County's South Shore from storm surges and rising sea levels. The 'Living with the Bay (Slow Streams)' design proposal includes sustainable infrastructure improvements along the Mill River.
A CU Denver study reveals that major roads built through lower-income neighborhoods often neglect public health issues, including air pollution and crime. The study's author emphasizes the importance of incorporating public health into transportation planning to minimize hazards and create healthier environments.
NTU's new additive manufacturing centre will focus on developing next-generation 3D printers and platforms for various materials. The centre aims to collaborate with industry leaders, such as SLM Solutions, to drive innovation in the field of 3D printing.
The National Science Foundation has awarded $15 million to three multi-institutional projects to further develop, deploy and test future Internet architectures. The projects aim to enhance security, respond to emerging service challenges and enable the scalability of the information infrastructure.
Abinadi Meza, a University of Houston School of Art professor, has received the prestigious Rome Prize for his contributions to visual arts. He will use the fellowship to create new artworks in Rome and forge relationships with international artists.
A new study reveals that rapid development of new towns in Asia, Africa, and Latin America exposes low-income workers to natural disasters, diseases, and health risks. The research highlights the need for urban planners to consider the needs of poor communities when designing these cities.
Matthew Burton, a University of Houston industrial design student, has developed an adapter system called 'Connect' that makes inserting and removing plugs easier for people with disabilities. The system recently earned first place in the International Housewares Association's 2014 Student Design Competition.
A study published in PLOS ONE found that architectural design characteristics, human use, and ventilation sources influence bacterial community structure in buildings. Dust samples revealed over 30,000 types of bacteria, with distinct communities found in high-traffic areas and restrooms containing organisms associated with the human gut.
The Journal of Facade Design and Engineering is a peer-reviewed, open-access journal focused on the building envelope, aiming to improve building technologies and process management. Funded by NWO, it invites papers on facade design, engineering, and industrial innovations to disseminate science into practice.
Researchers will use Tiramisu Transit to understand how real-time trip information and community dialog empower accessible travel. The center will also design faster, safer, and more accessible boarding and disembarking processes for buses. Additionally, the team will develop software systems to help riders during multi-modal trips.
A new classification system is being proposed to identify regional identity and sustainability benefits of green roofs. The system, developed by University of Cincinnati researcher Virginia Russell, aims to stimulate research and development of uniquely North American green roofs.
Researchers at Caltech have developed a method to create nanostructured, hollow ceramic scaffolds with remarkable strength and resistance to failure. The small building blocks of the structure exhibit unusually high tensile strength despite being over 85% air.
The graduate student's research focuses on improving school security through architectural design, proposing solutions such as castle designs and Crime Prevention Through Environmental Design. The study highlights the importance of incorporating security features into school design without compromising aesthetics or budget constraints.
The University of Houston's Graduate Design/Build Studio has received the Mayor's Proud Partner Award for its sustainable design and construction of a solar-powered outdoor classroom. The studio, part of UH's Gerald D. Hines College of Architecture, collaborated with local organizations to create the eco-friendly pavilion.
A team of University of Houston architects and designers developed new ideas on how the city can better serve its growing populations through innovative uses of ditches, easements, Metro transit centers, and park and rides. The 'Thick Infrastructure' exhibition will showcase bold possibilities for these components of the city.
The iFAB Foundry aims to revolutionize the design and building process for complex defense systems by shortening development time by a factor of five. The project will provide near-instantaneous manufacturability feedback to designers, enabling flexible and programmable distributed production.
Hao Yan leads elite team to develop nano-scale devices mimicking biological systems, aiming to simplify biochemical pathways and advance biomedicine and energy research. The $6.25M award supports ASU's biomimetics and bio-inspired engineering research program.
A new design method called Kaleidogami uses computational algorithms to create precisely folded structures, enabling the creation of morphing robotic mechanisms and shape-shifting sculptures. The method also has potential applications in architecture, such as designing vaulted ceilings and retractable roofs.
Researchers at Georgia Institute of Technology are developing a technique to fabricate custom concrete building components directly from digital designs, enabling rapid and low-cost manufacturing. The method uses computer-aided design software to create manufacturable designs, which are then 3D-printed using a CNC router.
Restaurant design plays a significant role in diners' willingness to wait for a table. A MU study found that overcrowded waiting areas make customers feel less comfortable and more likely to leave. The research suggests redesigning waiting areas with privacy can increase customer comfort and retention.
A survey of landscape architects found that while many believe they have average plant materials knowledge, most agree that recent graduates lack expertise and the profession has distanced itself from plant knowledge over time. Experience remains a crucial skill for new graduates, according to seasoned professionals.
The study found that Mile End's unique blend of industrial architecture, cultural diversity, and public spaces draws designers to the area. However, gentrification concerns arise as heritage preservation efforts and rising rents threaten the neighbourhood's character.
The Office of Naval Research is pursuing an Affordable Common Radar Architecture (ACRA) to upgrade the Navy's aging combat ship radar systems. The ACRA design features a novel architecture with two separate antennas to control cost and improve upgradeability.
The University of Cincinnati is testing lightweight, compact sleeping platforms and warm sleeping bags for its geology team working at high altitudes. The goal is to increase work efficiency and comfort while collecting rock and soil samples.
The ENJOY House, a collaborative effort between Rutgers and NJIT, features integrated systems, rainwater collection, and a fully powered photovoltaic system. Construction began after a ground-breaking at NJIT, with the team aiming to complete the house by the end of summer.
The University of Houston is transforming the Third Ward into a cultural center with a $100,000 National Endowment for the Arts grant. The project will feature public art installations, new media initiatives, and community engagement to enhance quality of life in the area.
The DARPA System F6 program has chosen SwRI's wireless communications solution to validate a fractionated spacecraft architecture. This approach replaces traditional spacecraft designs with individual nodes connected wirelessly to support mission goals.
Rima Taher, a civil and structural engineer at NJIT, presents research on designing low-rise buildings for extreme winds and hurricanes. Her recommendations include using square or hexagonal floor plans with multiple-sloped roofs to improve wind resistance.
Octopuses have been shown to make complex movements, such as navigating through mazes, using visual information. The study reveals that they can direct a single arm in a coordinated movement to retrieve food rewards.
Researchers developed a novel approach to space electronics using silicon-germanium technology, enabling reliable performance in extreme temperatures and radiation conditions. The new capabilities reduce weight, size, complexity, power, and cost while increasing reliability and adaptability.
The University of Warwick's research uses mathematical models, benchmarking, and simulation to determine the likely performance of future computing designs. The study highlights challenges such as a massive programming/engineering gap and the need for better modeling techniques to discern good design from bad.
The Georgia Institute of Technology is driving innovation in high-performance computing with research initiatives focused on sustainability, reliability, and massive data computation. The Keeneland project, led by Jeffrey Vetter, aims to deploy a heterogeneous computing system for energy-efficient performance.
The University of Miami College of Engineering is developing a self-sustaining water system for 20 students using new technologies to reduce energy and water demands. The project aims to promote sustainable development by treating wastewater as a resource, reducing the need for centralized treatment plants.
Researchers at UCLA are developing a new Internet architecture called Named Data Networking (NDN) that aims to improve security, efficiency and scalability. NDN will replace traditional host-based communication model with content-based approach, enabling secure end-to-end data transmission.
Scientists at the University of Pennsylvania are developing building 'skins' that can adapt to environmental changes, increasing energy efficiency. The project combines insights from cell biology and engineering to create responsive materials.
A study published in NeuroImage found that tranquil scenes with natural features stimulate brain activity, whereas man-made environments disrupt connections. The research aimed to understand the brain's response to tranquility and may inform the design of more calming public spaces.
The Virginia Polytechnic Institute and State University team, "Colbert," won the first prize with a space transportation architecture centered around propellant depots. The winning design was recognized for its innovative approach to efficient space transportation.
A team of researchers, led by Patrick Crowley, is working on a new Internet architecture that focuses on named data networking. This approach aims to reduce redundant network traffic and improve security, enabling the connection of a large number of wireless and mobile devices.
Researchers at the University of Miami designed intelligent 3D simulation robots to participate in the Robocup 2010 competition. The team developed a soccer team of six autonomous robots that can acquire strategic knowledge and real-time reasoning, setting their sights on making it through the first round.
Researchers from North Carolina State University developed a software tool that translates traditional computer programs for efficient use on graphics processing units (GPUs), significantly boosting computing performance. The tool, called a compiler, can increase program execution speed by up to 30% compared to manual GPU optimization.
The University of Cincinnati's School of Design contributed 22 new signage symbols to the 'Signs that Work' project, which aims to create a universal system for hospital signage. The new symbols will be integrated into a total of 50 symbols and tested at four national hospital sites.
The University of Oklahoma National Weather Center has opened its Experimental Green Roof to the public, featuring a 1,280 square-foot system that intercepts solar radiation and reduces stormwater runoff. The project aims to improve energy efficiency, water quality, and urban development in Oklahoma.
The 'Branching Morphogenesis' installation, made from 75,000 cable zip-ties, simulates human lung cell interactions and challenges existing notions of complex biological information display. It has won the 2010 International Science & Engineering Visualization Challenge award.
Adrian Bejan's research reveals that the golden ratio is a fundamental principle in nature's design, guiding the flow of information from vision to cognition and locomotion. This concept, known as the constructal law, explains why the golden ratio appears in various natural systems, from animal vision to river deltas.
This special issue of NeuroRehabilitation focuses on community-based residential designs for persons with neurodisability, highlighting the importance of holistic, functional, and individualized design modifications. The issue presents evidence-based literature, expert insights, and practical recommendations to facilitate independence ...
A team of mathematicians has developed a method to design underground lines that bypass historical monuments, minimizing economic loss and ensuring safe distances. The study applies Voronoi diagrams to create optimized routes, offering non-disruptive solutions for the construction of line 2 in Seville.
The article discusses the potential of sustainable Earthship design in reducing environmental impact. Researchers argue that these self-sufficient homes can provide long-term shelter and financial independence, but still rely on technological systems for resource production.
Researchers developed a computer game prototype called FunSAT to harness humans' abilities in strategizing, visualizing, and understanding complex systems. The game helps integrate circuit designers select and arrange transistors and their connections on silicon microchips.