Architecture Commons^™

Individual Design Task Final Report Security Design, Ciarrah Bell

Honors Academy

"The Environmental Services Campus project is a comprehensive development designed to support the City of Springfield’s Environmental Services operations, with a focus on functionality, sustainability, and safety. The campus includes administrative office space, staff parking, a maintenance vehicle garage, and educational facilities aimed at community outreach. A component of the project is establishing site-wide security that not only protects personnel and assets but also integrates seamlessly with the architectural and environmental goals of the facility.

The primary focus of the Security IDT is the development and implementation of a comprehensive security strategy for the entire site. This includes designing and …

Integrating Aerodynamic Behavior In The Design Process Through Digital Tools: An Architectural Pedagogic Exercise, Mahmoud M. Elghawaby

Mansoura Engineering Journal

Analyzing air movement in open spaces is essential for developing livable environments and fostering unique atmospheres. By visualizing this intangible element, designers can enhance spatial quality and explore innovative solutions. This article examines the integration of aerodynamic simulations of air movement into the design process of an architectural graduation project conducted at the Grenoble School of Architecture, in collaboration with the Cresson research team and the Design by Research Lab. The project focuses on designing living bridges over the Nile in Cairo as part of an international architecture competition.The pedagogical exercise comprised theoretical lectures complemented by simulation sessions, designed to …

Strata: Layered Support Through Community, Resources, & Design, Jenna M. Sawyer

Theses and Dissertations

Strata reimagines transitional housing as a layered, responsive ecosystem that supports the holistic well-being of individuals experiencing housing insecurity. Inspired by the vertical structure of a forest canopy, the design integrates biophilic principles, trauma-informed strategies, and sustainable practices to create a dignified, inclusive environment. Located in the historic Sauer’s Factory in Richmond, Virginia, the project leverages adaptive reuse to ground the building in local context while addressing systemic gaps in supportive housing. Public amenities, such as a hygiene center, café, learning spaces, and a free store, encourage community integration and reduce stigma, while flexible private units and calming retreat spaces …

Art Teams: Teaching With Arts And Emerging Media Year 3 Infographic, Azadeh Hassani, Hyeonjin Yoon, Guy Trainin, Kimberley D'Adamo, Jiabin Lyu

Research and Evaluation in Education, Technology, Art, and Design

Grant annual report, year 3, infographic

Universty of Nebraska-Lincoln, 2025

Art TEAMS, Year 3: Supporting K-12 Teachers through the Integration of Arts-centered Practices and Emerging Media

Art Teams Grant Report Year 4, Guy Trainin, Kimberley D'Adamo, Hyeonjin Yoon, Azadeh Hassani, Zohreh Tamimdari, Jiabin Lyu, Michael Nti Ababio, Sarah Trainin

Research and Evaluation in Education, Technology, Art, and Design

Year Four of the Art TEAMs grant was designed to continue the professional learning for cohort two while following cohort one to measure implementation sustainability. Our second cohort of educators is excited about the program. It brings great diversity in art forms, including five ceramics teachers, a digital media teacher, and generalists from career and technical education and family and consumer science. This diversity of teaching domains helps illustrate the versatility and impact of the arts across K-12 curricula. We have revamped our professional learning curriculum and the process of learning from the educators who take part in the program. …

Education And Industry: The Balancing Act, Roy Vincent Byrne, Seamus Harrington

Other resources

Quantity Surveying students are required to study a vast spectrum of modules during their programme of study. Perhaps one of the most important taught modules on a Quantity Surveying programme and a core professional competency relates to building measurement. Many early stage quantity surveying students are introduced to building measurement via the concept of manual take-off which offers students a good grounding in the basic skills and good practices required to successfully measure a building project. However, manual measurement ultimately is no longer used in practice in any meaningful capacity and teaching it is a time-consuming process. The research explores …

An Impact Analysis Of The 15-Year Capital Program And Budget In The City Of Philadelphia, James K. Lewis

West Chester University Doctoral Projects

Abstract

In order to serve its constituents, the City of Philadelphia has established numerous public service departments and respective public goods in terms of departments facilities and other structures to provide public service. The key departments include the Police Department, Fire Department, Health Department, Libraries, and Parks and Recreation. Additionally, there are departments established to build, renovate, maintain, the public goods provided by the City of Philadelphia in order to achieve successful stewardship of the facilities. In order to carry out facilities stewardship of its public goods, the City has a long-term capital program and budget that utilizes borrowed capital …

Iii.A.2 Displacement & Barriers To Home Ownership, Kim Rostan, Bria Harper, Jim Neighbors, Mark Byrnes

Crafting Democratic Futures

This document explains how systemic racism and discriminatory policies from the Civil War & Reconstruction period through the 20th century prevented African Americans in Spartanburg from building wealth through land ownership and home equity. It details barriers such as Black Codes, sharecropping, convict leasing, exclusion from New Deal programs, discriminatory housing policies, and urban renewal projects that displaced Black neighborhoods without providing equitable opportunities for economic advancement.

Student Centers: The Intersection Of Campus Ecology And Sense Of Community, Caitlyn A. Wine

College of Graduate Studies: Theses & Dissertations

Student centers are more than physical structures as they function as dynamic environments that serve as the hearthstone of campus, providing spaces for students to gather, connect, and engage. However, their role in fostering students’ sense of community remains underexplored. Grounded in campus ecology theory, this study explored whether time spent in the student center and specific forms of interaction predicted students’ sense of community. A quantitative survey design was employed, the Student Center and Sense of Community Intersection Survey (SCSCIS), to assess student center usage and perceived sense of community. Results indicated that time spent in the student center …

Breathing A New Life Into Industrialized Cities: Adapting Warehouses In The Inland Empire, Mazzy Rosenast

Pitzer Senior Theses

This thesis explores adaptive reuse as a design strategy to repurpose aging warehouse infrastructure in the Inland Empire, specifically Rancho Cucamonga, in order to reclaim and reintegrate the urban fabric around community needs, rather than defaulting to demolition and erasure. As urban spaces become increasingly saturated, resources dwindle, and environmental concerns escalate, the need to creatively build and repurpose our urban fabric becomes a critical conversation among architects, urban planners, and designers. The Inland Empire (IE) - comprising Riverside and San Bernardino Counties - has been overtaken by the logistics industry, transforming its landscape into a patchwork of freeways, cargo …

Visions Of The Garden: Transforming The Former Claremont Golf Course Into The Coastal Sage Mosaic, Ella C. Kim

Pitzer Senior Theses

A thirty-three-acre parcel of land sits at the foothills of the San Gabriel Mountains at a vulnerable wildland-urban interface (WUI), raising key ecological concerns. This parcel, a former golf course, is the focused site for this conceptual landscape and restoration plan. The now-neglected site has no proposed plans for restoration or development yet holds significant potential for transformation. Stakeholders’ conflicting visions range from land preservation, ecological restoration, Indigenous land rights, commodification for revenue and development, and prioritizing the needs of the natural environment in coexistence with modern human enjoyment. The conceptual plan addresses these critical considerations in verbal and visual …

The Role Of Gis In Promoting The 15-Minute City Concept For Sustainable Urban Using Network Analysis (Case Study: El Rehab City), Eman Metwally, Yara Menshway, Farag Mohamed Zaki

Mansoura Engineering Journal

The 15-minute city concept emphasizes the importance of urban planning where essential services and amenities are accessible within a 15-minute walk or bike ride. Geographic Information Systems (GIS) provide powerful tools to evaluate and enhance this concept. This study applies a theoretical framework combined with quantitative methods, utilizing GIS-based network analysis to evaluate the accessibility of key services within a 15-minute walking and cycling distance. The goal is to identify critical amenities that support urban sustainability and mobility. In this case, GIS is used to model El Rehab’s Road network, pedestrian paths, and bike lanes. Network analysis techniques calculate the …

Placemaking For Revitalizing Neglected Urban Open Spaces To Act Sustainable, The Third Settlement, New Cairo, Egypt, Reham Othman El Sayed, Rania Badawy Shokry

Mansoura Engineering Journal

A key approach to creating resilient cities is to scrutinize the existing urban fabric, redesign and placemaking unused urban spaces as multi-purpose spaces capable to improve Community-Based Urban Design. The study aims to investigates highlights the importance of possibility to increasing value of existing NUOS as an essential entry point for placemaking. IN addition, it is urging considering the unused spaces as a basis for formulating an urban greening policy and strategy in Cairo. To reach that the study identifies with co-operate with the city administrative apparatus a NUOS in area is considered relatively new in Egypt, and specifically in …

High Voltage Circuit Breaker Arc Modelling State Of Art, Raghdaa I. Elbahy, Ahmed M. Abdelbaset, Ebrahim A. Badran, Mansour H. Abdel-Rahman

Mansoura Engineering Journal

High-voltage (HV) circuit breakers (CBs) are critical for safe and reliable power system operation. However, electric arcs formed during current interruption pose a challenge due to their complex, non-linear behavior. These arcs can hinder CB efficiency and cause equipment damage. To address this, understanding and modeling arc properties are essential. This paper explores existing methods for modeling and simulating electric arcs in HV CBs, including physical, black box, and parameter models. By analyzing these approaches, the paper emphasizes the importance of arc modeling for CB optimization and outlines the physical, mathematical, and software requirements for effective modeling and simulation.

Geopolymer Concrete Performance Utilising Waste Glass: A Review, Al-Saeed Abdelsalam Maaty, Mariam Farouk Ghazy, Mohamed Gamal Eldmarny

Mansoura Engineering Journal

The cement and concrete industry significantly contribute to global environmental challenges, accounting for 8% of global carbon dioxide emissions and extensive resource depletion. Geopolymer concrete has emerged as a sustainable alternative, offering up to 80% reduction in carbon dioxide emissions compared to conventional concrete by utilizing industrial by-products such as fly ash and ground granulated blastfurnace slag. Additionally, over 130 million tons of glass are produced globally each year, with 79% discarded in landfills due to issues like color inconsistencies and compositional defects. Incorporating waste glass into geopolymer concrete addresses critical waste management issues while enhancing mechanical, durability, and microstructural …

An Experimental Study On Durability Properties Of Reactive Powder Concrete Containing Silica Fume And Fly Ash As Supplementary Cementitious Materials, Ayat Mohamed Hassan Taha, Mohamed Hussain Ali Makhlouf, Khaled Mohamed El-Sayed, Gamal Ismaail Khaleel

Mansoura Engineering Journal

The paper reports the influence of using silica fume (SF) and fly ash (FA) as supplementary cementitious materials (SCMs) on the durability properties of reactive powder concrete (RPC), focusing on sorptivity, ultrasonic pulse velocity (UPV), and carbonation depth. The study additionally compares the performance of RPC with highstrength concrete (HSC) to assess the relative benefits of RPC. A total of 19 mixtures, including 17 RPC and 2 HSC mixtures, were evaluated. Parameters such as volume of binder content (45%, 50%, 55%, and 60%), water-binder ratios (20%, 25%, and 30%), and SCM proportions (0%, 10%, 20%, and 30%) were varied; these …

A Proposed Load Forecasting Strategy Developed On Smart Electrical Grid Employing Deep Learning Techniques, Noha A. Sakr, Ahmed I. Saleh, Rana Mohamed El-Balka

Mansoura Engineering Journal

Smart electrical grids, which involve the application of intelligent information and communication technologies, are becoming the core ingredient in the ongoing modernization of the electricity delivery infrastructure. They enable the real-time monitoring and direction of network components, which has led to the emergence of new jobs and responsibilities including autonomous intelligent load forecasting. As it gives energy management intelligence, load forecasting is a crucial function for the operation and planning of the electrical system. Many works and studies have been made over the years to enhance smart grids, almost all of these works target the data collected in Fog computing …

Case Study On Application Of External Protection Screen In Trifoliate Spindle-Shaped Super High-Rise Building, Liu Jian, Liu Wen, Li Xinxue, Wang Zhi, Ahmed Mohamed Salama

Mansoura Engineering Journal

This paper presents a comprehensive case study of the design, analysis and application of an external protection screen for a trifoliate spindle-shaped supertall building. The study aims to provide a technical solution for the structural challenges associated with complex changes in façade geometry, especially within the context of a self-climbing external protection system. A numerical model was developed using Finite Element Analysis software SAP2000 to simulate the structure of protection screen, analyzing its effects under the action of various loads. By means of a parametric study, the key parameters of this protection screen such as climbing unit configuration …

Existence And Stability Of A Mathematical Model Solution Of Classical Brain Metabolite Variations In The Circadian Rhythm, Eman A. A. Ziada

Mansoura Engineering Journal

This research aims to study an important model in view of its applications to brain metabolite variations in the circadian rhythm. We will discuss the solution existence and stability of the general form of this model and give its solution by using numerical and analytical methods. The numerical method is the proposed numerical method (El- Sayed method), and two analytical methods, the Adomian decomposition method (ADM) and the Picard method (PM). The uniqueness of the solution will be proved, the convergence of the series solution will be discussed, and an error analysis will be given. The numerical solution of the …

Optimization Of Persulfate Activation System Using Ferrous Sulfate For Toc Removal From Real Domestic Wastewater, Mohamed Fouad, Mohamed Mossad, Mohamed Gar Alalm, Mahmoud Samy

Mansoura Engineering Journal

The reuse of treated wastewater is increasingly recognized as a sustainable solution to address global water shortage. This study investigates the effectiveness of a persulfate-based advanced oxidation process (AOP) using sodium persulfate (Na2S2O8) activated by ferrous sulfate (FeSO4) as a tertiary treatment for secondary effluents. Real municipal wastewater was collected from Agouzain Wastewater Treatment Plant (WWTP) in Kafr El-Sheikh, Egypt. A Box Benkhen design (BBD) was employed to optimize three key variables: FeSO4 dose (0.5–2.0 g/L), Na2S2O8 dose (0.5–2.0 g/L), and pH (3.0–9.0), with total organic carbon (TOC) removal as the main response. Under optimized conditions (0.50 g/L FeSO4, 2.00 …