construction management and estimating courses using BIM applications and is involved in research related to the implementation of BIM in construction processes. Page 13.269.1© American Society for Engineering Education, 2008 Building Information Modeling: Implications of Government and Industry BIM Initiatives for AEC EducationAbstractThis paper provides an overview of Building Information Modeling (BIM) and the keyissues that have lead to the development of government and industry initiatives related toBIM. The implications of BIM for AEC curriculums are discussed and strategies forintegrating content related
2006-1096: “PUTTING A FENCE AROUND” ARCHITECTURAL ENGINEERINGUNDERGRADUATE RESEARCH PROJECTSEdmond Saliklis, California Polytechnic State University Page 11.1464.1© American Society for Engineering Education, 2006 “Putting a fence around” architectural engineering undergraduate research projectsBackground and Literature Review: The purpose of this paper is to provide practical suggestions of how to design andmost importantly, how to limit the scope of proposed projects such that that anarchitectural engineering student can successfully participate in undergraduate research.Throughout the paper, the pedagogical benefits of such research
AC 2007-358: SEEKING NEW PRAXIS AND PEDAGOGY: USINGETHNOGRAPHIC RESEARCH METHODS TO TEACH ARCHITECTURALTECHNOLOGY WITHIN AN INTERNATIONAL SERVICE CONTEXTDavid Cowan, Indiana University-Purdue University-Indianapolis David Jan Cowan, Ph.D. Program Coordinator and Assistant Professor: Architectural Technology Design Technology Program Purdue School of Engineering and Technology Indiana University Purdue University IndianapolisDerek Ogle, Indiana University-Purdue University-IndianapolisMegan Svarczkopf, Indiana University-Purdue University-Indianapolis Page 12.1260.1© American Society for Engineering Education
cost for the consumer to see in real time. Historically, research has shownthat, in general, when presented with the appropriate information on energy usage, the aver-age home owner will at least make an attempt to decrease their consumption6. Page 14.334.5The use of feedback to reduce energy consumption was initially studied following the Araboil embargo of 1973 by psychologists who were interested in human behavior. Barbara Far-har reviewed several studies incorporating feedback in the form of notes left on the door orkitchen window, meter reading, and self-monitoring7. These studies were among the firstaimed at the residential sector and
lighting scenarios of an interior environment and, as well, how it isgenerating a series of international research endeavors focused upon subjective impressions ofinterior environments.This study is grounded in the seminal work in this field initiated by such scholars as Flynn1,2,3. Itposes the question of whether or not software-generated images can accurately simulatelighting effects of the physical environment so that subjective impressions are legitimatelymeasured. This research is used as a backdrop to this particular paper that explores the use of theTheater as an educational tool and how it offers up solutions to reducing the time to createcomplex study models. The use of this technology to alleviate a crowded curriculum, toexplore it as an
Design program for Ivy Tech Community College Columbus between 2006 and 2009. His research interests are: temporary shelter systems for post-disaster relief, living and working in extremely small environments, human-product - environment interaction, product development and usability, and human-centered design. Page 22.446.1 c American Society for Engineering Education, 2011DESIGNING STEM KIOSKS: AN EXPLORATORY STUDENT PROJECT TO TEACH ERGONOMICS AND HUMAN FACTORSAbstractThis paper explains how sophomore-level Interior Design students in a three-dimensional studioclass were involved in
what direction to start. In many cases, astudent’s initial interpretation may be either naïve, too narrow or too limited based on theirexperience. In some cases they may not have any sense at all of the essence of the problem. Oneoption is for a student to look at several initial starting strategies and use them as part of a multi-pronged dialectical strategy in formulating problem interpretation. The process used by studentsfor problem interpretations is outlined in Diagram 3 below.Diagram 3: Process used for Problem InterpretationRead/Review Reflect, journal, Formal group Start research - Discuss & re-Competition informal discussion & formulate heuristic/ assess problemProgram
major proportion of the class in the nineties andthrough to the current time. Initially, most of the students saw themselves as staying in Australiaand took the opportunity to learn about the local construction industry. However, with time, thestudents in the later part of the nineties sought to take their knowledge back to their homecountry to take advantage of the growing economy, particularly in India. Most of the studentssought information about construction processes that could be utilised at home to give them acommercial advantage.As the student demands changed, the adjunct staff in particular responded by restructuring theircourses. The tenured staff supported the new thrust in research by encouraging the comparison ofAustralian and
development of research data. They consist of the Page 15.1220.2following:2.1 Focus GroupsFocus groups, or design charrettes, were initially set up to call all interested parties to the designtable. This included a mixture of tradespersons, professional engineers and architects, students,administrators and professors. Multi-faceted teams were created so that each team had a mixtureof expertise (approximately five individuals within five teams). Time limits were set todetermine overall concepts and goals, whereupon a summary session was held to review ideas.Two large focus groups sessions like this were held. The first was an afternoon session
entrepreneurship and research. Such spaces foster innovation and problem-solving, providing ample room for the full development of products or ideas. Theyallow students to learn, research, and network with faculty and business leaders fromdifferent disciplines and programs. And they encourage collaboration and experientiallearning for under- and upperclassmen alike.Innovation spaces thus foster entrepreneurship among students in two ways: byallowing them to begin to envision themselves as practicing engineers — and gain therequired skills that will help them get there — and also by helping them engage directlywith community business leaders. Project-based maker spaces that enable students totake initiative and test or develop new concepts, perhaps with an
Page 13.14.3assessment tool that would have value to the community as well as the academicpartner. In doing so, it will focus upon the tools that are of value to the teacherand overall service learning program more than the students and it will also seekout the types of questions and answers that serve the clients’ needs.Literature Review: Service Learning as PedagogyService Learning charts a relatively new avenue in pedagogical research. It hasonly seen a surge in research activity since the 1990’s 3, so it suffers from ashortage of literature steeped in the discipline. Even leaner is the amount ofmaterial that addresses client satisfaction or community partner assessmentstrategies related to service learning projects.It is best to begin with
LED sources.Simultaneously with experimentation of lighting effects, students examine lamp packaging forlabeling information helpful to consumers. They look for lumen output, color temperature, andcolor rendering index (CRI) toward design aesthetics and they consider lamp life and wattageconsumption toward energy efficiency. Students explore various retail locations to seekacceptable light sources that have informative packaging. Life-cycle cost is considered tocombine initial product cost with cost of operation over life of the lamp. With a consideration ofconsumer education, students specify light sources with the best combination of performancecharacteristics and informative labeling.Students research various paths of current and proposed
member of ASCE, a member of DBIA, Green Globes, and National Institute of Building Science. He is also a board member of USGBC Central California Chapter, and Senior Fellow of the Environmental Leadership Program (ELP).Mr. Ishan Kaushik Page 26.461.1 c American Society for Engineering Education, 2015Design for Aging with Building Information Modeling and Game Engine IntegrationAbstractThe senior population in the U.S. is growing steadily. Market research has shownthat the majority of seniors would like to age independently in their own residence.However, the challenge to age in
/Structural Engineering from New Jersey Institute of Technology, Newark, New Jersey. His research interests include fracture mechanics of engineering materials, composite materials and advanced construction materials, architectural/construction visualization and animation, computer applications in structural analysis and design, artificial neural network applications, knowledge based expert system developments, application based software developments, and buildings/ infrastructure/ bridges/tunnels inspection and database management systems.Reniz Moosa, Texas A&M University Mr. Reniz Moosa is a graduate student in the Department of Construction Science, Texas A&M University, College Station, Texas
experience serving as the catalyst for this paper. He is now a major proponent of the Bedford Program within the School of Engineering and anticipates future collaborative work with the School of Architecture to develop formal assessment processes for continuous improvement of the program.Mark Mistur, Rensselaer Polytechnic Institute Mark Mistur is the Associate Dean of Architecture and Associate Professor at Rensselaer Polytechnic Institute where he has been instrumental in developing a curriculum based on the inclusion of theoretical, design, and technical intelligences as necessarily integral to a progressive architectural design. His teaching and research focuses on innovations driven both by
AC 2011-1559: CONNECTING CONCEPTS IN SUSTAINABLE DESIGNAND DIGITAL FABRICATION: A PROJECT-BASED LEARNING CASESTUDYDr. Stan Guidera, Bowling Green State University Stan Guidera is an architect and chair of the Department of Architecture and Environmental Design at Bowling Green State University. His primary teaching and research area is in 3D applications for com- puter aided design for architecture and Building Information Modeling. Jon Stevens is an instructor in the Department of Architecture and Environmental Design at Bowling Green State University. His primary teaching and research areas are design studios, design-build, and intrductory computer aided design for architecture and construction.Jon M. Stevens
—structures instructorsare interested in the subject and volunteer to participate; and partly due to choicesmade by school administrators who tend to forward calls for seismic designopportunities to structures faculty. Although there has been some involvement ofdesign studio instructors from California schools, past initiatives in seismic designeducation have not reached faculty responsible for teaching architectural designstudio.For faculty development programs to be successful they must be relevant to theteaching and research interests of the faculty and provide incentives for facultyparticipation. Addressing seismic design in a way that connects to subject areasacross the curriculum where faculty members have teaching responsibility canincrease
multiple structural element types, was simple enough to allow for in-depth study and analysis of the members and associated connections and bearing conditions in the time frame of a semester-long course.Preliminary Research and ActivitiesThe class was divided into two teams which were assigned one of two preliminary researchassignments focusing on specific structural content not covered in prior coursework: LateralForces and Wind Loads and Seismic Design Principles. The team assigned lateral forces contentrequired students to research the implications of wind loads on structures with an emphasis oninvestigation of wind-loading on horizontal (roofs) as well as all vertical surfaces, bothwindward and leeward. The team assigned
Paper ID #18593Industry-Aligned Interdisciplinary Program DesignDr. Morad Rachid Atif , Texas A&M University Dr. Morad Atif is the Director of Architectural Engineering and Professor of Practice at Texas A&M University. He held executive positions at the National Research Council of Canada, including Director- General of the Institute of Research in Construction and of Canada’s National Building and Energy Codes; Director of the Indoor Environment Research Program and of the Canadian Center of Housing Tech- nology. He served as Chairman of the International Energy Agency’s Executive Committee of Energy
Paper ID #7739Contextual Learning Concepts Drive Architectural Education to Partner withIndustryMs. Shahnaz J. Aly, Western Kentucky University Shahnaz Aly, LEED AP is an Assistant Professor in the Department of Architectural and Manufacturing Sciences at Western kentucky University. She has 3 years of experience in teaching and research, and 10 years professional experience in the architectural and construction industry. She is a registered architect in India. She earned her undergraduate degree in architecture from L.S. Raheja School of Architecture, Master of Architecture from Texas A & M University along with a
19th century” [3]. While computer development began in the 1940s,the CAD industry began to take shape in the 1960s [3], [4]. The use of CAD became widespreadin architectural practice in the 1990s. Initially CAD was mainly used for 2D drafting, “emulatingtraditional hand drafting practices” [3] while at the same time enabling editing and revisions ofdrawings without the need to redo the entire drawing [5]. With advancements in research inindustry as well as universities CAD evolved to 3D using wireframe geometry [3]. Thewidespread use of CAD in industry has led to training in CAD tools becoming an integral part ofarchitecture and engineering curricula.According to Andia, computers affected architectural education in five distinct ways that
Paper ID #10120Investigation of Digital Three-Dimensional Representation: Results of a Faculty-Undergraduate Student Engagement GrantMs. Shahnaz J. Aly, Western Kentucky University Shahnaz Aly, LEED AP, M. Arch. is a Registered Architect in India and an Assistant Professor in the Department of Architectural and Manufacturing Sciences at Western Kentucky University. She has ten years of professional experience in the architecture and construction industry in residential, commercial and mixed-use projects. She has five years of experience in teaching and research in areas of architectural design, sustainable design
organized by educators Cathrine Veikos, Lisa Iwamoto, NilsGore and Stephen Turk for example, new strategies have been identified that resituateconstruction at the center of design.4 All published projects critically engaged the challengewhich “matter” affords architecture, whether involved with the construction of full scaleinstallations, digital methods of fabrication, the use of plaster in initiating design methodologiesor with the attention to “craft” made possible by material inventions.Additionally, recent research conducted by architectural educators focused on the engineeringprocesses and properties of materials has furthermore expanded our understanding of the subject.The work of John Fernandez, Michelle Addington and Daniel Schodek has
institutions toengage globally pressing issues in the field. There are numerous research initiatives in Africa bynative institutions, especially in South Africa. 15 But among western projects in non-westernfields, the outcome has been unsatisfactory. Prevailing trends are: charity projects; indexicalacademic research; and touristic field-trips. After the initial research period, local stakeholders inthe field often do not take equal part in the forum beyond their normal position as the object of Page 24.670.11study. The language (European) and the disciplinary tools (orthogonal drawings) distance thelocals. It is difficult for western
Paper ID #14170Improving the Lighting Efficacy by Upgrading the Lighting of a CommercialBuildingDr. Ahmed Cherif Megri, North Carolina A&T State University Dr. Ahmed Cherif Megri, Associate Professor of Architectural Engineering (AE). He teaches capstone, lighting, electrical, HVAC and energy design courses. He is the ABET Coordinator for the AE Program. His research areas include airflow modeling, zonal modeling, energy modeling, and artificial intelligence modeling using the support vector machine learning approach. Dr. Megri holds a PhD degree from INSA at Lyon (France) in the area of Thermal Engineering and a
through completion.Figure 14: Completion of the Roof Figure 15: Completed Side ElevationFigure 16: Project CompletionStudent PerspectiveFrom the moment I found out about the study abroad opportunity in Swaziland, Africa, I wasecstatic to be able to help a woman and community in need. Sustainable design has always beenan interest of mine, so taking part in a hands-on project was exactly what I needed to do. As thetrip began to approach, the group started coming together for discussion, cultural learning, anddesign development.During the design process, the group researched how earth bag construction is actually aninexpensive and a very resourceful method we could use to build our structure. Initially wedesigned the home to be about 10’x12’ but
, and are expected to go through the process ofdesigning and documenting a steel structure. This process includes an entire steel buildingdesign, from building code research through preliminary and final design of a steel structure toproduction of construction documents for the project.Historically this course has centered around a steel building design project in which studentteams where responsible for the design and documentation of the steel structure. Based on thatcourse model, problems became apparent in subsequent structural design courses and in thecomprehensive design studio. These problems included the fact that a large percentage of thestudents were not aware of the structural design process necessary to complete a buildingdesign. A
a Ph.D. in Civil/Structural Engineering from New Jersey Institute of Technology, Newark, New Jersey. His research interests include fracture mechanics of engineering materials, composite materials and advanced construction materials, architectural/construction visualization and animation, computer applications in structural analysis and design, artificial neural network applications, knowledge based expert system developments, application based software developments, and buildings/ infrastructure/ bridges/tunnels inspection and database management systems.Pallab Dasgupta, Texas A&M University Mr. Pallab Dasgupta is a graduate student of the Department of Construction Science, Texas A&M
the rush to embrace online anddistance learning has been driven by a desire for profit and economic efficiency.[5] Their secondscenario of a technologically enhanced traditional classroom and pedagogy is the direction wechose for our revised capstone effort. Page 15.1066.10F. Industry ResearchStudents made contact with some industry professionals to conduct research and schedule guestspeakers. These speakers would be made available to all three teams, but would be hosted in thelab of the initiating team. Topics included solar energy technology, heat recovery technology,roofing, etc. Without exception, industry professionals were very willing
Joslyn Art Museum in Omaha, Nebraska, the Al Faisaliah Center in Riyadh, and the Center for Clinical Sciences Research at Stanford University, where he was Foster's site architect. In 2000 he accepted a teaching appointment at Iowa State, where he teaches building design, technology, and history. The Association of Collegiate Schools of Architecture has recognized him with their annual New Faculty and Creative Achievement Awards; and he is the author of Louis I. Kahn: Building Art, Building Science, and co-author of the forthcoming Design-Tech: Building Science for Architects. Leslie has published numerous articles on the role of technology in architectural history