of objectslike mathematical equations, lines, bold face text, and links to other webpages. The ‘discussion’tab, shown in Figure 1, is a similar window where group members can discuss their plans witheach other and the instructor can leave comments for the group.Figure 2. Edit page of the wiki.Clicking on the ‘history’ tab in any window brings up a page showing a detailed list of thechanges that have been made to the webpage. The history tab for the main page (figure 3) showsthat the page has mostly been modified only by the instructor, ‘Jheys’. However, it also shows astudent changing the name of a project (the only part of the individual student projects appearingon the main page), and another student corrected the instructor’s spelling and
Instruction) in addition to theAlumni Office. This project was an attempt to create an atmosphere which fostered theexperience of engineering in a global, economic, environmental and societal context; wherestudents worked with other students and faculty from different disciplines. Additionally the goalwas to create a spirit of service where engineering and other students would learn by experiencethe culture of sharing their abilities and talents with others beyond the boundaries of theirindividual comfort zone. Major project deliverables were the following: design of a solar batterycharging unit; a marketing plan including press releases, website, project brochures, andspeaking engagements; testing and repair of donated laptops; educational software
social issues, economic issues, safety issues and ethical issues. Students arealso exposed to project management including such topics as scheduling, budgeting andreporting. Communication and teamwork are stressed. Many of these skills are needed for thesuccessful completion of the senior project. The nature of these projects requires the students tosystematically complete their long-term project goals, so good planning is essential. The coursesalso include guidance in resume writing and interviewing skills.One instructor is responsible for the overall course content and grading. Other faculty membersare asked to serve as advisors on the project. Advisors are selected based, as much as possible, “Proceedings of the 2006 Midwest Section
students, so the decision was made to serve middle school students. A Monsignor at anunderprivileged parish in Philadelphia, St. Martin of Tours, had requested some assistance in acareer day event at the parish school. The school in turn became the recipient of the firstengineering club. The principal of the school was excited about our interest, as was one of thesixth grade teachers. An engineering club announcement was sent out to the sixth grade. In onenight, the club was filled to capacity with twenty-five sixth grade students.This paper discusses the format and learning outcomes of the club, the curriculum, observationsand outcomes, lessons learned, and expansion plans, assessment needs, and conclusions.Format and learning outcomesThe
, which numerous commercial software applications are already capable of accomplishing, I leveraged spreadsheet modeling as a way to analyze in greater depth how changes in one’s financial circumstances can affect one’s federal tax liabilities. By doing so, the students gained the knowledge that they have the power to make changes in their own finances to help reduce their income taxes. Furthermore, this spreadsheet model empowers students with the ability to look beyond their current year’s tax filing requirements and encourages them to plan strategically for their future annual tax obligations. By introducing the practical into the classroom, I am helping students not only gain a greater
Computer Aided Design & Graphics by teaching students with hands-on type of educational practices and laboratory exercises in the area of FMS. A MiniCIM 3.2 Amatrol has been selected as the equipment to teach FMS. This equipment is used to modify the curriculum and nine courses and labs in the IET department to enhance the students’ learning. The FMS project serves also as a starting point to accomplish a six-year development plan of the Manufacturing Laboratory in the IET department. The goal is to complete a fully Computer Integrated Manufacturing system in six years. The strategy used is aligning students’ class projects and/or students’ senior projects with the goals of the Manufacturing Laboratory. These class projects
Student Development of Class Notes using a Wiki as an Alternative to a Single Course Textbook Vicki V. May, Ph.D., P.E. Associate Director, Dartmouth Center for the Advancement of Learning, and Instructor, Thayer School of Engineering Dartmouth College Hanover, NH 03755 Vicki.V.May@Dartmouth.eduAbstractHow often do we as faculty members complain about the textbook? Not to mention thecomplaints we get from our students. Yet, the first thing we often do when planning a courseis select a textbook. Selecting and relying on a single text tends to be teacher-centered andcontent
]. As shownBig Data, Cyber Security, Human, Social, Culture, Behavior in Fig. 1, the process flow is project selection, project(HSCB), Urban Resilience and Sustainability, there is a need for planning, analysis, design, implementation and maintenance.new research methodologies. The purpose of this research is thedevelopment of a methodology to address and analyze large The objective of the SDLC is to ensure a high quality productcomplex systems. The System Development Life Cycle (SDLC) is is delivered while reducing inherent risk [2].a standard methodology used to analyze and solve system
Course Objectives and EvolutionThe 8 credits of senior design are associated with a year long Fall-Spring sequence of courses,each carrying 4 credits. The course has core junior-level courses as prerequisites so that studentsenter with some substantive computer science fundamentals. We list below the formal courseobjectives. In the two courses, students will: 1. Learn key elements in the development of a significant year-long computer science project: planning, specification, design, analysis, and implementation. 2. Apply concepts from software engineering to the project: requirements, specification, reuse, documentation, verification and validation, testing, configuration management. 3. Learn to write about and practice
member/author hascontacted local nonprofit agencies to offer service learning course project assistance. Theservice learning community partners that we have worked with on this project need the students’help to produce existing condition construction drawings, and energy efficient retrofit details, fortheir facilities. Many of them do not have any usable drawings of their facilities due to the factthey were not required to apply for building permits for their own facilities, or drawings werelost. They need drawings for a variety of reasons including space planning, emergencypreparedness and to initiate renovation and building addition projects with architects. In thisservice learning project, student teams serve local non-profits by visiting
, American Society for Engineering Education 128 Table 1. Performance Criteria and Evaluation Methods. Outcome 1: Understand the language of construction drawings. The student will be able to identify lines, symbols, and standards commonly used in construction drawings. The student will be able to accurately interpret information.(e.g. dimensions, symbols, graphs, texts, etc.) in construction drawings for both residential and commercial construction. The student will be able to interpret and relate written specifications of a construction project to drawing plans of that project.ation methods: examinations, assignments and in
perspectives, new training materials and approaches. These will take place largely in the first half of the project as materials are redeveloped to embody a full multidisciplinary, global perspective and are made available on the electronic learning platform.• To provide 48 students with benefits from global exchange and training activities and in addition, by means of local, national workshops and online communities of practice, spread the benefits to a further 60 non-exchange students and around 20 academics.• To disseminate proven practices, models and study programs.3. Planned ActivitiesThe project and its aims have been developed not only to meet a need for computingworkers of all levels but also to meet the needs of the
Student Development of Class Notes using a Wiki as an Alternative to a Single Course Textbook Vicki V. May, Ph.D., P.E. Associate Director, Dartmouth Center for the Advancement of Learning, and Instructor, Thayer School of Engineering Dartmouth College Hanover, NH 03755 Vicki.V.May@Dartmouth.eduAbstractHow often do we as faculty members complain about the textbook? Not to mention thecomplaints we get from our students. Yet, the first thing we often do when planning a courseis select a textbook. Selecting and relying on a single text tends to be teacher-centered andcontent
activities were supported by the Quality Enhancement Plan (QEP) grant,provided by TAMUK, to improve student success and learning through civic, professional, orresearch engagement at the course level. The questions for the course survey in Table I wereprepared by the QEP planning committee and the office of institutional planning and assessmentat TAMUK.Table I. The Final Course Survey Part ICompared to other courses you have taken or are currently taking, indicate how this course hasaffected you with regard to the following attributes Question Questions Level No. Q1 Mastery of the general education curriculum 1 2 3 4 5 Q2 Mastery of
AC 2010-1879: WRMT CASE STUDY: GIS WITH RULE-BASED EXPERT SYSTEMAndrew Ernest, Western Kentucky UniversityJana Fattic, Western Kentucky UniversityNi-Bin Chang, University of Central FloridaShalini Chitrapu, Western Kentucky UniversityPaige Davenport, Western Kentucky University Page 15.1386.1© American Society for Engineering Education, 2010 WRMT Case Study: GIS with Rule-based Expert System for Optimal Planning of Sensor Network in Drinking Water SystemsAbstractThis paper provides a case study in the application of the concepts of the WaterResource Management Technologies technology transfer concept presented at the2009 conference.The Technology Transfer Model[1
. 4-YR STEM Planned PROGRAMS concurrent credit STEM course for three-tier Concurrent credit articulation STEM courses being developed by partners in a two-tier articulation TWO-YEAR scheme PROGRAMS HIGH SCHOOLS Fig.1. Two- and Three-Tier Articulation and the Scheme
required to develop a comprehensive work plan and training program for each of the research fellows under their guidance. Work plans must address the research goals and expected outcomes of the proposed research, and address how the research fellows will be provided with on-the-job hard and soft skills training to be prepared for the shifting industry mix in science and innovation. Semi-annual progress reports will be required of both the research fellow and the corporate mentors. Mentor reports are to be submitted to ASEE and should include a report on the interactions with the research fellows, address their assessment of the progress of the research plan, list the publications and presentations in process, and address how they
effort, a team of computerscience students developed a web based route selection application as a seniordesign project. This concept involved building a website that utilizes the Googlemapping utility to allow individuals to “plan” their trip on METS. Potential riderssimply input their starting point and destination. The application determines thebus route and provides a map with a textual description, including transfer pointsand fare information, of the recommended route. A prototype model has beendeveloped and is currently undergoing testing and debugging.The rider satisfaction survey was written and administered by upper level studentsenrolled in a political science research methodology course. This same group ofstudents collected ridership
fulfilling theirobligations to achieve the goals and objectives of their institutions. It comprises of :a) Improved teaching and learning necessary for deep understanding oftechnical information and skills – The effectiveness of teaching learning process is a function of multitude offactors like teacher, student, course curriculum, course planning and assessment. Page 17.41.2Hence, to have effective learning by the student, faculty development is must. 1However, shortage of training opportunities and attention to overall growth of facultyis adversely affecting
c American Society for Engineering Education, 2015 International Academic Collaboration: Why it May or May not work?ABSTRACTIn this paper we try to explore different factors impacting establishment of an academicpartnership. We plan to examine the expectations, dynamics, and particulars of academicpartnerships and the reality of expectations of universities on both sides of the globe.International collaboration may not just serve as a trend, but it is almost an obligatory practicefor some of the private universities in developing countries, in few cases individual researchgroup, in order to seek visibility on the science and technology scene internationally, also haveinternational collaboration at the group level. This paper presents an
students.For the United Kingdom/France GEP, a three credit hour course, CE 492: Assessment ofInternational Transportation Systems, was developed and taught, which included the followingtopics: Transportation systems and modes; Transportation system issues and challenges;Roadway safety management including case studies form Sweden, Germany, the Netherlandsand the United Kingdom; Transportation planning and policies; Intelligent TransportationSystems with applications from the US and Japan; Public Private Partnerships, Engineeringeconomics; Transit operations/Mass transit systems with comparisons of systems in the US and Page 20.17.6UK; Airport design and
themes emergedfrom that feedback: • Both POC designs were over-engineered, e.g., custom designs and multiple operating systems, and therefore too complex for the intended purpose. • Both teams underestimated the test and integration effort required for their POC designs and neither allowed enough time to accomplish these late-stage, critical activities. • Both teams underestimated how important it was to plan and manage activities and communications across a geographically distributed team.The design teams concluded that these three themes were the primary root causes of why neitherdesign was able to pass the (simplified) completion tests.The Leadership Simulation involved twelve
Value Design (3) o ENGR3600 Production Engineering (3) o ENGR3650 Product and Tool Design (3) o ENGR3680 Introduction To Quality Engineering (3) Page 15.854.4 o ENGR3700 Manufacturing Planning and Control (3) o ENGR4400 Device Control (3) o ENGR4650 Simulation (3) o ENGR4900 Engineering Practice (3) o ENGR4950 Integrated Engineering Design (3) o INFS3184 C++ Programming (3) Electives (6 credits total): o One from: ENGR3250 Automated identification Systems (3) ENGR4010 Analysis and Design of Manufacturing
Conference & Exposition Copyright © 2005, American Society for Engineering Education”enhance the program’s success rate. The MEET Scholars Program plan for assessment andevaluation for each objective of the program includes both the assessment of student progressand the overall evaluation of the project. The assessment tools for each program objective arelisted below with associated benchmark data. These tools complement the assessment structuresalready in place and functioning well in the five participating departments. • Provide scholarship support for academically talented, financially needy students who transfer to engineering and engineering technology programs after graduating from a 2- year
Session 1642 Individual Certification as an Engineering Manager? William R. Peterson, Rafael E. Landaeta, Kawintorn Pothanun Old Dominion UniversityAbstractSeveral of the discipline specific professional societies are offering or planning to offercertification of individuals as engineering managers. Does this have implications for EngineeringManagement programs at universities? Other stakeholders (faculty, students, employers, andgraduates of engineering management programs) are impacted by certification as well. Thispaper attempts to look at the issue from several points of view
entrepreneurial inventory, tracking former scientists and engineers who might want to learn entrepreneurial skills as a way of transitioning out of the old directed economy. He has been vice manager of the TEMPUS/Tacis JEP-10230 on the implementation of Master’s studies at the Technical University of Moldova, designed the pilot modules on “enterprise management” and “the business plan,” and he has served as the manager of a joint research project in Romania. Professor Rafael Ciloci, doctor in economic sciences and lecturer at the Technical University of Moldova, is responsible for the management of the entrepreneurship course. He has participated in the TACIS Program (“Promotion of Higher Economic Education in the
StudentBranch of IEEE, and IEEE personnel. This innovative collaborative relationship was based onthe IEEE University Partnership Program (UPP). From 2000 to 2004, unique activities andevents were held to attract new students to the IEEE and encourage students to use IEEE Xplore,a premier electronic resource providing full-text access to IEEE transactions, journals, magazinesand conference proceedings. Additional benefits of these events and activities included:improved information awareness and information literacy among the event participants,improved teamwork and communication skills in the members of the Drexel IEEE StudentBranch who had to plan, promote, coordinate, and moderate events for students from Drexel andsurrounding institutions, and
semester, I started making mental notes on what tochange the next time I offer this course – yes, I am willing to try again! This paper willconcentrate on the changes introduced to the course and report on their effects. Section II willreview the course and section III will summarize the level at which the Blackboard software wasintroduced. I will describe the initiation of freshmen to LabVIEW in section IV and introducethe student projects in section V. I will close with a reflection on the course and plans for futureofferings.II. EGR 101: Introduction to EngineeringGeneva College catalogue describes EGR 101 as follows: Introduction to engineering design and decision-making. Christian world-view applied to engineering. Use of logic
undergraduateassistants and aid in their understanding of their role in the project plan. Unfortunately, by theend of the first stage, it became apparent that the recruitment of three undergraduate students forthe first phase was an overestimate. The overabundance of undergraduate assistance left verylittle for each individual to equally contribute and, in the end, the experience was perhaps lessvaluable than had been anticipated. The difference in timing of events between industry and academia is an issue that hinderseffective project interaction. The summer break and breaks between semesters were obviousproblems that had to be addressed, but there is also a rhythm to the work load that students carrythrough the semester. This points to the beginning of
Move and Shake: A Hands-on Activity Connecting Engineering to the Everyday World for Secondary Students Laura A. Koehl, Suzanne W. Soled and Nicholas B. Harth, Colleges of Education and Engineering, University of CincinnatiAbstract One of the main goals of Project STEP (Science and Technology EnhancementProgram) is to design, develop, and implement hands-on activities and technology-driveninquiry-based projects, which relate to the students’ community issues, as vehicles toauthentically teach science, mathematics, engineering and technology skills. The Moversand Shakers Lesson Plan was a three-part activity that helped students connectengineering principles to the design of buildings that