Getting Students to Think Green: Incorporating Green Building Rating Systems into Undergraduate Reinforced Concrete Education Major Richard J.H. Gash, United States Military Academy, West Point, NY Major David Fedroff, United States Military Academy, West Point, NYAbstract This paper presents a plan for introducing undergraduate students studying reinforced concretedesign to sustainable engineering. As increased emphasis on sustainable development initiatives continueto gain popularity it is imperative that young engineers entering into the design and constructionindustries understand the potential that concrete has for building green. Beginning
three year grants guarantee that 90% ofmathematics and science teachers in the applying school districts fully participate in the conditions of thegrant. Those conditions involved engaging in common planning times, participating in 100 hours ofprofessional development each year of the grant, providing programs in an “extended day” format,acquiring increased content knowledge in mathematics and science and demonstrating improvedpedagogical curriculum plans in the classroom. The latter two requirements are externally validatedthrough the ETS Mathematics and Science Teacher tests and consultant observations of classroompractices.As the higher education partner, faculty members from mathematics, science and engineering departmentshad to agree to
and an internship, preferably in a startup, which could be thestudent’s own venture. Innovation program coursework includes corporate finance, a course in law, technology, andentrepreneurship, an elective such as accounting, and Thayer School’s unique Introduction to Innovation course. TheIntroduction to Innovation course was specially designed for the program and provides instruction and practice incommercialization of new technologies over a nine-month period. Thayer is able to deliver a rich experience in thisregard due to a long history of integrating the practical aspects of market analysis and business planning intointerdisciplinary engineering design project coursework at the undergraduate level. Students serve as teachingassistants
recorded is the distance the vehicle travels backwardsalong the trajectory line after the vehicle stops its forward travel. The backward travel distancecannot exceed the forward travel distance. 2PLANNING ASSIGNMENTS The first three weeks of the GDC are used to progressively plan the design of the GDCproject. Three Planning Assignments (PA) were developed requiring Teams to work throughDesign Steps Two through Five for their GDC project outside of Lab. The PlanningAssignments are completed and returned with constructive feedback and comments before theTeams begin construction on the GDC projects in the Lab. A list of the Planning Assignments with a brief description of each is as
ethnic backgrounds and 29% say their experience has done “very little” to contribute to their understanding of people of other racial and ethnic backgrounds. • Engineering students are more likely to say the University emphasizes learning effectively on your own than working effectively with others.The NSSE results have served to strengthen the Faculty’s commitment to the goals setout in the Faculty’s strategic plan. The Faculty’s Mission Statement includes: “To ensurethat our students are equipped with the academic, leadership, and communication skillsrequired by the engineering profession and society in general”. A more explicitstatement regarding leadership development can be found in the undergraduate section ofthe plan
course completion, students should have a basic understanding of the material andengineering properties associated with civil engineering materials and should be able to articulatehow these properties affect selection in construction and in service performance.MBTI MethodologyThe goal of redesigning CE Materials was to stimulate independent thinkers and assist studentswith the retention of core course material across a range of student learning preferences bydesigning new and innovative lesson plans. These lesson plans aim at presenting the material ina way that all learning types are reached so that overall a greater breadth of students willsucceed. In order to determine the best methods to accomplish this objective, the Myers-BriggsType
obtained employment from her/ his advisor, the possibility for such employment is a benefit for the students.FailuresOverall, the faculty involved in teaching CIVE 650 Civil Capstone Design did not identify any majordrawbacks to requiring the student groups to identify and obtain the services of at least one ExternalCollaborator (Mentor). As describe above and documented in t e tudent’ end of semester courseevaluations, the program seemed beneficial. As with most beneficial endeavors, there was an increasetime requirement by both the students and faculty to initiate and coordinate the process. The resultshowever appear to far overshadow this slight increase in time commitment.Lessons LearnedIn the planning stages of CIVE 650 Civil Capstone
for C. F3: Data Managementmarketers to plan and forecast their markets. This is because “The successful implementation of relationship marketingthe data collection technologies like the open source, data demands the integration of timely and accurate market,mining, and data warehouse technologies assist marketers to consumer, and product information [15] p.64.” Organizationsgather, analyze, collect, and store huge amounts of data on are expending great efforts in using the latest informationtheir markets in terms of consumer experiences, competitors’ technology to maintain and build information systems. Theexperiences, and brand experiences. effective use of
completed in the following springsemester. The first semester wok concentrates on completing the design on paper by goingthrough design phases, and the activities include, literature survey, preparation of the projectmanagement plan (PMP), development of engineering design specifications (EDS) that includesmultiple design constraints, proposing multiple concepts as design solutions and selection of the Figure 2: The iterative design process used in the SAU capstone modelmost appropriate concept, engineering analysis of the selected concept, and preparation of theengineering drawings for prototyping. In addition, students also complete several speciallydesigned machine shop exercises, which are unique components in the capstone
8. Product Strategy 9. Pricing Strategy 7. Develop a 4P Strategy 10. Placement Strategy 11. Promotional Strategy 12. Pretesting Strategy 8. Determine Monitoring & Evaluation Plan 13. Implementation and Evaluation plan 9. Set Budgets & Find Funding 14. Final Report/Plan 10. Write Implementation Plan 15. Final Presentation 16
isoffered in a single semester (Spring only). This revised structure incorporates changes that tookplace both before the course begins (Fall, instructor planning) and extend through its conclusion.Call for ProposalsDuring the Fall 2023 semester, faculty instructors of each course put together a call for projectproposals. The call for proposals was first distributed via email to local industry partners whohave some relationship with the engineering programs, such as advisory board membership,internship provider, and past project sponsorship. A project sponsor information sheet wasprovided, detailing the benefits, expected sponsor involvement, projected timeline, and costsassociated with sponsoring a senior design project. A project proposal form was
three year grants guarantee that 90% ofmathematics and science teachers in the applying school districts fully participate in the conditions of thegrant. Those conditions involved engaging in common planning times, participating in 100 hours ofprofessional development each year of the grant, providing programs in an “extended day” format,acquiring increased content knowledge in mathematics and science and demonstrating improvedpedagogical curriculum plans in the classroom. The latter two requirements are externally validatedthrough the ETS Mathematics and Science Teacher tests and consultant observations of classroompractices.As the higher education partner, faculty members from mathematics, science and engineering departmentshad to agree to
teaching, and tocontinuously make improvements to the development of better approaches and the integration ofnew technology.3. Podcast as an Asynchronous Tool to Enhance the Learning ExperienceIn this section, podcast as an asynchronous tool to enhance the learning experience of students inengineering courses is discussed. First, the design and planning of courses/lectures is presented,followed by discussions on the issue of interaction with students. The assessment and peerevaluation are presented after that.3.1 Course Design and Lectures PlanningThe author found, through the experience of teaching engineering courses with podcasting, thatin order to publish lectures in video podcast format, course contents often need to be re-designedor re
Getting Students to Think Green: Incorporating Green Building Rating Systems into Undergraduate Reinforced Concrete Education Major Richard J.H. Gash, United States Military Academy, West Point, NY Major David Fedroff, United States Military Academy, West Point, NYAbstract This paper presents a plan for introducing undergraduate students studying reinforced concretedesign to sustainable engineering. As increased emphasis on sustainable development initiatives continueto gain popularity it is imperative that young engineers entering into the design and constructionindustries understand the potential that concrete has for building green. Beginning
student emotion through the use of drama, humor, physical movement and music were also demonstrated in this seminar4. Planning a Class I: Learning Objectives. Both the Instructional Strategy and the Teaching Model emphasize the use of well-crafted learning objectives to establish what the student will be able to do when completing a lesson, a block of instruction and the course. This seminar introduced the participant to the use of Bloom’s Taxonomy11 and Bloom’s action verbs that establish quantifiable learning objectives for all levels of cognitive learning. Participants were asked to create a set of learning objectives for their practice class, share them with a colleague to improve their clarity, and to modify them to increase
experience?• What were your thoughts on continuing engineering education before this experience?• What did you learn from this experience?• What can be improved?• How can these improvements be made?• Do you plan to continue engineering education at one of the Engineering Collages in theMidwest area or other part of the country?Erik responded to all of these questions properly and clearly, some of which are summarizedbelow. He responded saying that the best part of the project was the experience in designimprovement, research, experimentation, and manufacturing. He felt that the problem solvingprocess is an important part of being an engineer. He also stated that the continuing work on theproject has helped to
compensation for participating in the course. Inaddition, a course coordinator has overall responsibility for the course and tracks students’progress throughout the semester. The result has been an improvement in instructor motivationand attitudes, the quality of student products, and student preparation for successful graduatecareers.Overall Course StructureAn example overall course structure follows. Each instructor has a three-week module to discussa specific topic related to sustainability at the graduate level. The remaining weeks are devotedto an overview of sustainability, soft skill development, and project presentations. • Weeks 1-2: Introduction; Panel discussion: “What is Sustainability?”; Student project selection and planning
awarded a few months before the COVID-19 pandemic. The original plan for thisproject was to follow the middle school students in two out of the three counties from the firstproject into high school and examine how their interest in engineering was influenced by theseengineering activities. However, when the pandemic started, the outreach engineering activitiesneeded to be put on hold, and the project was put on pause. The initial approach was to wait itout and see what happened with the state of K-12 education with respect to the pandemic.However, during this time period, there were changes in school administrators, which meant thatany of the existing relationships and partnerships that had been previously established weredisrupted. Because of
aggregate score ideas ( score 2 or 3). Idea Type F* I** Proposed Improvement Physical Space 1 1 Manage the resources - labs, classrooms, offices, GA's Faculty 1 2 Hire a lab coordinator 2 1 Add staff engineer for labs 1 1 Develop a strategic plan 1 1 Provide more non-book examples 1 2 Have admission standards (for engineering) Curriculum 1 2 Have labs in virtual machine design class 1 2
to redmark-edit the transcripts, without needing to redo the recordings, ifstudents understand that they must read the transcript in parallel with listening to the recording.A small number of transcript-only edits are tolerable in this case, with revision of the recording(which is much harder) needed only for major changes.AssessmentWe offer approximate measures of the instructional success of this model in two forms – failurerates and surveys. Because of resource constraints, we could not offer both a traditional sectionand our high-efficiency inverted model at the same time in order to do a more formal assessmentof our inverted model. As mentioned in the future work section below, we plan to do moreassessment in the 2014-2015 academic
students in Computer Engineering at CSUS are presented. Part 2 describes usingin class discussion to stimulate critical thinking among students. Part 3 discusses computer aideddesign to engage students on critical thinking. Part 4 presents using the group based open-endedproject to improve critical thinking. Part 5 demonstrates the outcome of the presented pedagogy,and also discusses the assessment result and future improvement plan. Finally, part 6 drawsconclusions of this work.2. In Class Discussion to Help Critical ThinkingIn order for students to develop critical thinking skills, in-class discussion can be used as onemethod to practice critical thinking.Mic-1 processor is based on Von Neumann architecture which supports Integer Java
construction management course described above was designed to introduce Proceedings of the 2015 American Society for Engineering Education/Pacific Southwest Conference Copyright © 2015, American Society for Engineering Education 63students to the construction methods for various work items common to commercial buildingconstruction. Therefore the course was developed and delivered with the following goals: • Understanding the types of materials used in commercial buildings • Understanding how to read commercial building project plans and specifications • Knowing the different types of equipment and materials
toeventually utilize 3D animations to enhance students’ learning, by turning abstractions intoanimated environment and in particular to show the establishment of primary keys based on thecardinalities of involved relationship types. We also plan to analyze the effectiveness of the newapproach by performing assessment activities.The conventional approach of teaching the mapping process for converting an Entity RelationshipDiagram into its corresponding set of relations is reviewed first. Its potential obstacles hinderingstudents in mastering the mapping process is then discussed. In the later section we present thetask map outlining the overall mapping process will be proposed. the section that follows isdedicated to incorporate visual clues into both
region's agricultural economy, whichserves as a backbone for local livelihoods and food production. Agriculture, being a water-intensive industry, amplifies the pressure on limited water supplies. The region faces a trifecta ofchallenges: water scarcity, soil erosion, and groundwater depletion. Water scarcity is exacerbatedby erratic rainfall patterns, reduced surface water availability, and over-extraction of groundwaterfrom aquifers such as the Ogallala, a primary water source for the Panhandle. ASK IMPROVE IMAGINE CREATE PLAN Figure 1: Engineering design process.The process
and non-kinetic response.A structured implementation plan of this solution where the phases of the implementation plan thataligns with System Engineering Framework by INCOSE as shown in figure 4 is proposed. Thisproposed structured framework streamlines the integration from the conceptual developmental phaseto deployment and post-deployment. Each phase of the framework details the steps necessary for theeffective deployment of the proposed solution by ground troops during mission. Proceedings of the 2025 ASEE Gulf-Southwest Annual Conference The University of Texas at Arlington, Arlington, TX Copyright © 2025, American Society for Engineering Education
demand for specialized resources among engineering students.Over half of the respondents (52%) highlighted the need for lab manuals and guides, with more than200 students expressing a preference for remote access to these resources. Additionally, there wererequests by faculty for access to journals and articles that encompass broader engineering disciplinesbeyond technology, including seminal works. They also emphasized the importance of providingstudents with access to essential textbooks.Theme 2: Engineering ServicesStudents expressed a strong desire for support during the planning and design phases of theirprojects, with 46% requesting resources and workshops tailored to these early stages. More than 300students called for increased access to
Aggie War instrument projects alone printer plan Hymm Prefer in- Likes Static Hates in-person Wants to work Is a night-owl person problems meetings with teams meetings Checks emails First Excited to work Have a full-time Has built a and phone generation on cars job robot often
of the events they would like to compete in. Teams canorder a kit from the NMT outreach program containing all necessary parts and a variety ofinstructional materials to build their robot. Teams can also meet online with students from NMTto help build and design their robot throughout the semester.Robotics Lessons OfferedArduino BasicsArduino basics lessons are created by the NMT Mechanical Engineering outreach team to givestudents an introduction to Arduino. A team of students can order an Arduino basics kit, whichcontains an Arduino as well as many different sensors and devices. There are six cumulativelesson plans: Basic Concepts of Electronics and Electrical Circuits, Arduino Basic ConceptsApplied to LED Circuits, Reading Data From an
these activities to be helpful to team building. The semesters on complex open-ended projects. In Capstone 1,effect of the team-building activities was confounded with many offered in summer and fall terms, teams form, define theirother factors, so the correlations were noisy, and more data is problem, and plan their project. After a break, teams reunite inrequired to establish statistical significance. The intensity of the the spring term for Capstone 2, when the project is carried outteam building activity was found to be strongly affected by the [5]. This paper explores methods used to help bond new teamsemphasis placed on it by
(SWE), the National Society of Black Engineers (NSBE), and the Society of HispanicProfessional Engineers (SHPE). This paper explores the impact of EngineerFEST on studentengagement, describes the logistics of planning the event, and presents feedback fromparticipants to demonstrate its effectiveness in shaping a vibrant engineering community.1.0 Introduction and HistoryDr. Jack Byrd introduced the “Freshman Social,” an engineering-focused student organizationfair, to our college in the early 2000s to introduce new engineering students in the newly formedengineering first-year seminar course (ENGR 191) to the wealth of opportunities available tostudents through participation in career-relevant student organizations, many of which arestudent