Architectural Technology Commons^™

Faxes, Emails, And Cad: A Case Study Of The Changing Landscape In Born-Digital Design Records, 1994-2006, Julia D. Larson

Journal of Western Archives

The article examines the technological changeover from analog to born digital design records in the mid-1990s, and is a case study in how one San Francisco Bay Area landscape architecture firm navigated the paradigm shift. The firm retained extensive documentation of the project management/construction administration for large scale projects, and this case study shows how archivists can utilize the analog documentation (like faxes and printed emails) to gain a greater understanding of how design firms began using Computer Aided Drafting and how CAD changed design and the process of archiving.

Investigating The Relationship Between Noun Classes And Plant Folk Taxonomy In Chasu Language Of Kilimanjaro Region In Tanzania, Peter Rabson Mziray

Journal of Humanities and Social Sciences

The current study investigates the relationship between noun classes and plant folk taxonomy in Chasu (G 22). The study focuses on two objectives: the first objective is to describe the plant folk taxonomy in Chasu and the second objective is to determine the relationship between noun classes and plant folk taxonomy in Chasu. Data were collected from rural villages in Same and Mwanga districts by using free listing, field interviews (jungle-walk-and-identify), and written texts containing Chasu plant names. The findings reveal that Chasu folk taxonomy reflects different ethnobotanical categories; including a unique beginner which is mmea/mimea ‘plant(s)’, and three life …

Retrofitting Through The Facade: An Integrated Architectural Retrofit Assesment, Marie Danielle Danso

2025 Fall Honors Capstones Projects - Archive

Dynamic façades can be used as architectural tools to reduce heat gain in a building. This kinetic design reforms energy efficiency and can improve user comfort. Dynamic façades change their form and appearance in response to the environment. They can reduce stress on heating and cooling systems by mitigating the amount of solar radiation a building receives. Additionally, this architectural approach can control internal heating and cooling loads by managing the intake of sunlight. This study investigates a dynamic façade as an architectural tool to substantially reduce the heat gain of the Engineering Research Building on the campus of The …

Architectural Impermanence: Tectonic Ecology Of The Sumbanese Traditional House, Yenny Gunawan, Justin Coupertino Umbu, Marianne Trautten

ARSNET

This research proposes tectonic ecology as the framework for understanding the impermanence of architecture, challenging the views of permanence in architecture and positioning impermanence as an ecological building practice. This study explores the idea of impermanence in vernacular architecture as a living spatial practice, acknowledging the growth, decay, and regeneration taking place in such a context. The research focuses on the Sumbanese traditional house in Weelewo Village, Southwest Sumba, as a case study. The Sumbanese house is constructed with natural materials and utilises joinery without using nails. The study collected data on the local construction practice through fieldwork, which included …

Tangible And Design Assistance In Historic Preservation Courses To Assist Communities In The Recuperation Of Their Existing Built Cultural Resources In New Mexico, Francisco Uviña-Contreras

Faculty Publications

The presentation proposed for the NCBDS 41 Conference to be hosted at the School of Architecture and Planning (SA+P) Department at the University of New Mexico (UNM) concerns the arduous work in the Historic Preservation and Regionalism (HP+R) Program in this institution. This significant opportunity to present courses in the HP+R Program aims to "exchange and disseminate information and ideas concerning preservation education and its relationship to community engagement and its connections to its historical past." This issue is particularly relevant in the context of the NCBDS 41 Conference, which touches on aspects of the "Pedagogy in Cultural Heritage through …

Designing Childhood Spaces: Towards An Architecture That Responds To The Child’S Innate Needs And Enhances Interaction, Abdelrahman Mohamed Mousa

Journal of Engineering Research

: The creation of a building for children is no longer just a shelter, but rather a spatial unit for 2020, a diverse and generally direct difference in building the child's personality, which limits the strengthening of control over the child on the one hand, and the direction in which he lives. It is a loud cry, one that is diverse: children have realized us, and the reference to the cry is that we find ourselves participating in dealing properly with children and also in society years later. It is believed that attention to children during the preschool stage significantly …

The Role Of Artificial Intelligence In Changing The Traditional Design Form Of Children's Museums: Towards Integrating Artificial Intelligence Technologies In Architectural Design Education., Nevine Ismail Mahmoud, Amira Fawzy Helmy Almaz, Heba Jahin

Journal of Engineering Research

Children's museums are crucial for their educational and entertainment value, but they also need to adapt to technological advancements to maintain their appeal, especially for older children. The design of these museums should vary between permanent and mobile spaces to maximize their benefits in different areas. Interactive exhibits in children's museums can bridge the gap between traditional and modern education, appealing to a wider age range, and adapting to changing educational needs in different communities by offering a mix of permanent and mobile museums.

Artificial intelligence (AI) is revolutionizing the design process by enhancing efficiency and creativity. It helps architects …

Enhancing The Design Efficiency Of Building And Finishing Materials: "An Analytical Study On The Role Of Artificial Intelligence In Streamlining The Architectural Façade Design Process", Marwa Emad Fikry Elbishry

Journal of Engineering Research

The architecture and design sector is witnessing a profound transformation due to technological advancements, particularly in the field of Artificial Intelligence (AI) and its integration into architectural design processes. AI has empowered designers with intelligent analytical tools that support more precise and efficient decision-making.

Architectural façades represent a vital element that embodies the identity of a building while influencing its environmental, aesthetic, and functional performance. In this regard, optimizing the design efficiency of façades through the selection of appropriate building and finishing materials stands as a central objective in the pursuit of advanced and sustainable architectural solutions.

Given that material …

Terra Lunaris: Assessment Of A Lunar Habitat For Scientific Astronauts, Space Miners, Or Space Tourists, Dirk Schumann, Robert A. Goehlich

Publications

This conceptual paper explores ground- based habitable space modules for various applications. The Terra Lunaris concept serves as the baseline and is evaluated in comparison to existing and theoretical studies in this field. Terra Lunaris is a compact hybrid habitat that expands to offer nearly four times its transport volume by combining rigid modules with an inflatable shell. With most interior elements pre-installed and foldable, setup time and complexity are minimized. The design integrates technical zones, living quarters, and shared spaces, while also supporting psychological well-being under extreme conditions. The paper provides both qualitative and quantitative analyses of lunar habitation …

The Utilisation Of The Fourth Industrial Revolution (4ir) Technologies In E-Government Service Delivery: A Systematic Literature Review, Arnet Zitha, Noluntu Mpekoa, Sheethal Tom

African Conference on Information Systems and Technology

The integration of Fourth Industrial Revolution (4IR) technologies is transforming e-Government by boosting citizen engagement and enhancing service efficiency. However, gaps still exist in understanding the various applications, impacts, and barriers to adoption. This systematic review synthesises literature from 16 studies published between 2017 and 2025, illustrating how technologies like blockchain, artificial intelligence, big data, Internet of Things, and machine learning are employed and their effects on e-Government service delivery. The review reveals that 4IR technologies continue to play a vital role in e-Government services by addressing security threats, simplifying verification and authentication, building trust, and improving the quality and …

Intelligent System Designs For Hvac Energy Reduction In Buildings: Ai-Based Forecasting And Hybrid Active/Passive Approaches, Leena N. Alam, Rim M. Obaid, Thoraya Musa, Wegdan O. Alshateri, Passent M. Elkafrawy Prof

Effat Undergraduate Research Journal

The majority of building energy utilization worldwide is related to HVAC (Heating, Ventilation, and Air-Conditioning) systems. Eighty percent of the energy produced in Saudi Arabia is used by buildings, and since 70\% of that energy is used for ventilation, air conditioning accounts for roughly 50\% of the nation’s electrical use. This study reviewed and compared much research that used various AI-based forecasting algorithms. Specifically, the study explored the potential of passive and active cooling methods and intelligent system designs and used this analysis to develop a hybrid model that combined AI-based forecasting with active/passive approaches for optimal energy savings. The …

Measuring What Matters: Optimizing Usd’S Campus Spaces For Equity, Sustainability, And Impact, Briana Burton

McNair Summer Research Program

In alignment with Goal #3 of the University of San Diego’s Lighting the Way to 2030 strategic plan (Responsible Stewardship), the university initiated the Campus Space Study-- a comprehensive, data-driven assessment of academic and administrative space usage. This project aims to optimize resource allocation, reduce environmental impact, and improve the educational experience by leveraging cutting-edge sensor technology and strategic planning tools.

As the sole student representative on the 18-member Steering Committee, I contribute a student-focused lens to this institutional initiative. Through my McNair research, I actively participate in the implementation of the study, supporting the installation and calibration of over …

The Representation Of Indonesian National Identity In Syuhada Mosque, Kotabaru, Yogyakarta, Muthia Zahri Mardhiyah, Ali Akbar

International Review of Humanities Studies

This article examines the concept of national identity as embodied by the Syuhada Mosque, located in Kotabaru, Yogyakarta. Completed in 1952, the mosque was established as a monument to the independence of the Republic of Indonesia. This research addresses whether Syuhada Mosque genuinely represents national identity. The study aims to describe the architectural form of Syuhada Mosque and elucidate the representations of national identity embedded within its structure. The research methodology aligns with the framework proposed by Sharer and Ashmore, encompassing formulation, implementation, data collection, data processing, analysis, interpretation, and publication. Based on its historical background, the foundational ideas and …

Intelligent Façade Design To Optimize Visual Comfort In Higher Education Learning Spaces, Youssef Elkhayat, Moamen Hamada, Mai Wahba Madkour

Journal of Engineering Research

Higher education students and faculty members spend long hours in naturally lit learning spaces without the required optimum visual comfort for doing their activities, unless turning on the artificial lighting. However, the artificial lighting negatively impacts productivity, health, and overall well-being, consumes electricity, and increases operational costs. Therefore, upgrading conventional façade designs is crucial today to optimize visual comfort without depending on artificial lighting during the day hours. Intelligent “Smart” façades can provide the optimum visual comfort since they adapt to climate changes. These façades integrate innovative materials and autonomous systems to optimize real-time performance. The current study aims to …

Practical Integration Of Reality Capture In Architecture, Engineering, Construction, And Operations (Aeco) Workflows: Cost And Application Considerations, Dylan T. Ramsey

Architectural Engineering

This paper explores the practical integration of Reality Capture (RC) technologies, specifically LiDAR and photogrammetry, within Architecture, Engineering, Construction, and Operations (AECO) workflows. As interest in RC grows, costs decrease, and industry applications expand, this paper aims to clarify the current landscape of research, industry practices, hardware, and software. It provides managers, RC technology enthusiasts, and AECO professionals considering its implementation with essential insights into cost considerations, expectations, and limitations. The paper details common research and industry applications, including as-built documentation, surface analysis, and deflection monitoring, and cross-references cost data and project requirements to provide informed recommendations and considerations for …

Building Ecologies: Maintaining Land, Working With Wood, Taylor Jais

Masters Theses

This thesis critiques contemporary architecture and building practices for their fundamentally unsustainable and place-less assemblies that rely on extracting finite resources that generate significant emissions while simultaneously neglecting to consider the needs and existence of humans and non-human species with in the built environment. Through experimental material research that diverts “wood” waste streams and integrates land and multispecies care, this work demonstrates how maintenance-based approaches to construction can transform built assemblies into ecological systems. By deconstructing wood to its cellular components and recombining these elements in novel ways, this research reveals possibilities for collaborative, materials-driven, place-based building practices. This thesis …

A Circular Economy Framework For Reducing Construction Waste During The Design Process In Egyptian Architectural Design Firms, Ayman Ahmed Ezzat Othman, Abeer Ahmed Kamel, Fatma Othman Alamoudy

Architectural Engineering

Purpose – Construction waste drivers, amplified by the linear economy model, contribute significantly to resource consumption and waste generation across various phases of the construction process. Recognizing the critical influence of the design process on these outcomes, this study aims to develop a framework integrating circular economy to reduce construction waste and promote sustainable practices during the design process within architectural design firms in Egypt.

Design/methodology/approach – A qualitative and quantitative research approach was used to accomplish four objectives. A comprehensive literature review explored the concepts of construction waste, the design process, the circular economy and Egypt’s Sustainable Development Strategy …

A Design Decision Support Tool To Visualise Embodied Carbon At Early Design Stage, Malachy Mathews Dr, Killian Collins

Conference Papers

As designers increasingly recognise the crucial role of the built environment in combating climate change, the use of Building Information Modelling (BIM) technology can become pivotal. BIM offers a transformative approach to design and construction processes through digital models and now data visualisation. With the urgency of addressing embodied carbon emissions in construction, this research aims to develop an automated BIM workflow that enables designers to visualise and mitigate the environmental impact of material selection within domestic construction projects in Ireland and the UK, aligning with national targets for emissions reduction by 2030. Using comprehensive data mapping and digital visualisation …

Soybean Oil-Derived Acrylate/Methacrylate Ether For High Resolution Additive Manufacturing (3d Printing) Technology, Tanuj Patel

Electronic Theses & Dissertations

Additive Manufacturing is one of the rapidly developing techniques, as industries continue to explore new ways to create prototypes and end-use parts, one of the significant challenges that remains is the reliance on petroleum-based plastics for 3D printing, especially in the production of photocurable resins. that may be used to prototype complex structures and sophisticated geometries that are typically challenging to produce with conventional methods. Thus, replacing petroleum-based plastics with renewable resources is increasingly important for additive manufacturing (3D printing) of photocurable resins. The use of bio-based renewable resources in AM is a feasible alternative to traditional petroleum-based plastics. Henceforth, …

Research On Automated On-Site Construction Of Timber Structures: Mobile Construction Platform Guided By Real-Time Visual Positioning System, Kang Bi, Da Wan, Haining Zhou, Wenxuan Zhao, Chengpeng Sun, Peng Du, Hiroatsu Fukuda

College of Architecture and the Built Environment Faculty Papers

In recent years, the AEC industry has increasingly sought sustainable solutions to enhance productivity and reduce environmental pollution, with wood emerging as a key renewable material due to its excellent carbon sequestration capability and low ecological footprint. Despite significant advances in digital fabrication technologies for timber construction, on-site assembly still predominantly relies on manual operations, thereby limiting efficiency and precision. To address this challenge, this study proposes an automated on-site timber construction process that integrates a mobile construction platform (MCP), a fiducial marker system (FMS) and a UWB/IMU integrated navigation system. By deconstructing traditional modular stacking methods and iteratively developing …