-term efficiencies and comfort. The study conducted within the capstonecourse focus not only on the building envelope, but focus on all components, such as furnace, boiler, andfan that contribute to the improved energy performance of buildings.A comprehensive experimental study has been conducted on several residential houses, and one buildingat the University campus (regarding the University campus building the focus has been conducted onmotors efficiency and daylight control plan) to demonstrate the best ways to improve the energyefficiency, and identify the most appropriate energy conservation measures. Students have been involvedas follow: about 35 undergraduate students (ARE/ME) have been divided in groups: - Instrumentation and
for seniors,are presented here that involve the design of biomaterials for cartilage and bonereplacement. An assessment plan, to be executed during Spring 2011, will measurestudent mastery of learning outcomes specific to the field of biomaterials science andthose set forth by ABET for undergraduate Chemical Engineering programs. 1. Introduction Biomaterials have received considerable attention over the past 30 years. A biomaterial has been defined as a material intended to interface with a biological system to evaluate, treat, augment, or replace any tissue organ or function in the body (1). Therefore, the study of biomaterials encompasses the study of materials science, medicine, and biology. It is estimated that over 11 million
zero) emission of greenhouse and hazardous gases. These generation devices can beused in stand-alone configuration or be connected to the power network for grid reinforcement.Given the rapid progress in RES&DG development and utilization, there will be a great need fortrained professionals with adequate knowledge in this area to be able to plan, design and operateRES&DG systems, evaluate their performance, and perform analytic evaluation of their impacton power systems to which they are connected4-7. In response to the above need, a graduate andsenior level course on alternative energy and distributed generation (AEDG) was developed inthe Engineering Technology program at our university. This course is based on a multi-sourcerenewable
of the course is to introduce chemical engineering students to the professionearly in their academic careers. The course includes content ranging from informationabout chemical engineering career opportunities to simple chemical engineeringcalculations. One component of the multi-faceted course is the discussion of pertinentcurrent events. The Gulf Coast Oil Spill was deemed the highest priority current eventand discussed during the Fall 2010 semester. It is also planned to be discussed during theSpring 2011 semester.For the oil spill assignment, CENG 0110 students were asked to develop a three minutepresentation focused on one of the following six topics: timeline, root causes, methodsfor control/containment, environmental impact, economic
effectively to accomplish a project or assignment.7 I can create and give a technical presentation using notes, a whiteboard/blackboard, visual displays, and/or presentation program such as Microsoft PowerPoint ®.8 I plan to pursue a career in a STEM (science, technology, engineering, or mathematics) field when I complete my university education.Table 1: Technical Communication Quantitative Survey QuestionsThe ENGR 1201, ENGR 1171, and ET 2371 courses were all surveyed at the start and end of the Fall 2010 semesterinstruction period. Figures 1 and 2 show the results for the combined three courses and for ENGR 1201 by itself,respectively. The three courses together cover a wide range of
University and the other is the Graduate StudentSymposium at Tianjin University of Finance and Economics.5) Attended research seminars: The IRES students attended three technical seminars given bythe faculty mentors as follows: a) Introduction to Fuel Cells b) Introduction to Heat Pipes c) How to conduct ResearchStudents benefited from most of field trips except for the one to Tianjing University. The reasonwas that the seminar was given in Chinese. We don’t plan to attend this type of researchsymposium in the future unless the speaker presents in English.AssessmentThe primary goal of this IRES program is to engage participants in rewarding internationalresearch experiences that excite and motivate them to pursue careers in
Page 22.966.3pathways process for implementing mission statements and plans of action; and offersopportunities for strategic thinking, problem solving and brainstorming; and utilizes teamworkin diverse settings for societal and k-12 service learning including outreach teaching activities.The technical foundation of this module is centered upon the process of engineering design andimplementation of ingenuity projects in collaboration with our local children’s museum, theLawrence Hall of Science (LHS).Lecture description A module on the topic of leadership and service provides the framework for professionaldevelopment. The lecture aspect (3hrs/week) of the module presents mechanisms fordeveloping personal and team leadership styles
. Whenthe user double taps on the block, it stores the data received from its parent block. Finally, the Figure 7. Filter design using pole zero placement in i-JDSP.plot block utilizes CorePlot25, an open source 2D visualization framework for iOS, in order toplot and manipulate the figure.4. Assessments The i-JDSP software is currently in the final phase of development and alpha testing.The release of the application is planned in early Fall of 2011. The students of theundergraduate DSP course at Arizona State University (EEE 407) will use i-JDSP to performlaboratory exercises and evaluate the software during Fall 2011. Furthermore, we arecurrently involved in the design of suitable tools to build assessments of the i-JDSP
with the project sponsor, a formal Test Plan, a FinalProject Report and a hardware demonstration at the annual Senior Design Expo. These designartifacts and a number of in- and out-of-class assignments have been crafted to meet the learningobjectives for the course: 1. Articulate design specifications and criteria by which they are to be measured. 2. Design and defend a solution to a real-world problem. 3. Verify that a design implementation to solve a real-world problem satisfies all specified project requirements, such as marketing, engineering, and constraints. 4. Evaluate the effectiveness of one's own team and other teams' designs. 5. Effectively contribute one's own disciplinary knowledge on a team as well as locate and
planning began. The time frame was tight - from October Page 22.981.22009 to the first week in March, 2010.The University uses Coursebuilder for its online tutorials. Designed and built by CAD, this is awebsite creation tool for online tutorials. CAD staff trained the subject librarians, and shared theirexperiences of developing online tutorials. These included the Library’s Business Information Skillstutorial (http://www.flexiblelearning.auckland/business_information skills/), which was developedby subject librarians in that discipline. Throughout the development of the tutorial the CAD staffassisted with the more complicated technical issues
general I learned the most about environmental issues from these sources (rank in order 1 through 5): _____ Local newspapers _____ National or international newspapers _____ Journals _____ Government or industry publications _____ News items on the Internet _____ Other: _______________________________________________________Student Feedback: 11 students identified “News items on the internet” as their number onesource for contemporary environmental issues. 5 students identified “National or internationalnewspapers” and 2 students identified “Government or industry publications” as their topsources.4. I plan to stay engaged with contemporary environmental issues in the future in the followingways (mark all that apply to you
New England wideHigher Education Project Assessment curriculum review andBoston, Massachusetts Dissemination disseminationOversees reciprocity program among New England colleges. Recipient of numerous ATE projectgrants in Problem Based Learning and optics. NEBHE staff also helps support regional meetings,being central to all VIP institutions as well as curriculum dissemination.Evolution of the VIPUnder the leadership of stakeholders from CMCC the potential of the VIP model was finallyrealized. The CMCC stakeholders undertook the necessary steps and financial risk to begin theVIP project. A number of planning meetings were held by the CMCC staff to identify
appreciation of the project experience.Conclusion and Future DirectionsIn this paper, we described the motive, plan, and results related to a project-based activity toenhance students’ learning in an undergraduate automation and control course. The experienceis challenging, but seems positive and has been well-received by students (some have evenbrought their parents to see their projects). Future plans include combining multiple models toform a large scale system and creating an on-line documentation system so that teams can blogabout their learning experience throughout the project development stage. We also plan toconduct experiments using smart phones for remote control of systems to evaluate how thisaffects students’ designs and
about the 2009 and 2010 cohorts and briefly discuss the results. Page 22.1183.2Engineering at TAMIUTAMIU currently has a pre-engineering program and a bachelors’ degree in systemsengineering. The pre-engineering program facilitates the automatic admission and academictransfer of students from TAMIU into engineering degree programs at TAMU. Thisarrangement allows students to take the first two years of core and engineering courses atTAMIU and be admitted to the engineering program of their choice at TAMU. In order toqualify, students must complete a minimum of 42 credits from a degree plan, including requiredcourses, maintain a minimum 3.0 GPA
Page 22.1284.4basic information and expectations before volunteer days so that all volunteers arrive prepared.This preparatory information includes respect towards all persons, safety with machinery andlandscape, appropriate dress for the work and varied weather conditions. When organizingvolunteer days, it is important to ensure that the amount and level of work that is planned for theday is appropriately matched with the number and capability of volunteers (e.g. something easyfor younger kids, or something more involved for older ones). Some backup work is alwaysplanned, in the event that the group works quicker than expected or more volunteers show. It iseasier to decide to do less than planned than it is to come up with extra tasks during
Colorado State University - Pueblo. He received his M.Sc. in System Engineering and his Ph.D. in Engineering Management from the National University of Colombia and Old Dominion University, Norfolk, VA, re- spectively. His research interest includes Scheduling, Operations Research and Modeling and Simulation in health care and energy planning. He has participated in several funded projects through various sources such as NASA, the Department of Homeland Security, and the Colombian Research Institute. He also have several years of experience working as a consultant for Pharmaceutical and energy companies in the U. S. and Latin America.Laura J Collins, Center for Research and Learning Dr. Collins has extensive
skills and how to assess them. Shuman et al suggest thatstudents be able to • Demonstrate Reading, Writing, Listening, and Speaking Skills • Demonstrate an Awareness of What Needs to be Learned • Follow a Learning Plan • Identify, Retrieve, and Organize Information • Demonstrate Critical Thinking Skills • Reflect on One’s Own Understanding iiiShuman’s outcomes correlate well iv with the ACRL Information Literacy standards for Science andTechnology, which briefly are • Determine the extent of information needed • Access the needed information effectively and efficiently • Evaluate information and its sources critically • Incorporate selected information into one’s knowledge base
Intelligence and Design Informatics (CInDI) Laboratory and the Product Development and System Engineering Consortium (PDSEC). Dr. Kim’s research focuses on assembly design; collaborative product development; computational intelli- gence and informatics for product design and development; sustainable and renewable energy product design; and design and manufacturing of soft products. Dr. Kim has received over $5.9M by external funding from several U.S. federal agencies including NSF, NIDRR, and Department of Energy, the Ko- rean Ministry of Knowledge Economy, and industries including Ford and GM. Currently, Dr. Kim is a planning site director for the NSF Industry and University Cooperative Research Center (I/UCRC) for e
learning gains promisingly. We are continuing the developmentand plan to apply the system to other local institutions for biomedical or other engineeringstudents.IntroductionBiomedical engineering (BME) education, a part of STEM, has developed as an interdisciplinaryengineering training area in the last 30 years. Based on the current ASEE College Profiles12,BME undergraduate enrollment has become one of the most rapidly growing engineering majors(Figure 1 left panel).Figure 1 Left panel: BME undergraduate enrollment has been monotonically increasing from1999 to 2009 and has exceeded 20,000. Right panel: The difference between the number of BMEprograms and the number of online medical imaging teaching materials indicates a potentialdevelopment area
. In response, we have developed a yet broader first year experience encompassinga pair of two unit courses, one each in fall and spring. In the first, professionaldevelopment topics are followed by creation of an independent, ten page researchproposal. The second, spring semester effort requires the student, in consultation withher new advisor, to develop a NSF length proposal for the prospective PhD effort, andpresent it to her nascent PhD committee and course instructor. Additionally, earlierengagement with the PhD committee is now achieved through a January, second yearoral report to the PhD committee. The customary university Preliminary Exam occurs atthe beginning of year three, and includes both a document (progress and plans) and
categories of devices: 1. Mobile Phones – Students can respond to questions posed by the instructors using text messages, also known as the short messaging service or SMS. To respond, students simply text their answer to a 5-digit short code (i.e. a shortened telephone number) with their desired response. It should be noted that most students have text messaging plans and do not incur extra charges. Actual data regarding the number of students with text messaging plans was collected in an introductory course and detailed further in §5. 2. iPhone/iPod/iPad and Android Smartphones – Many student possess high-powered mobile devices ranging from smartphones to iPods. The MPS provides an installable application
the semester so that in class activities, homework and exams can be provided to students at the right time. This provided the students a tentative schedule so that they can plan their other activities accordingly. 3. Clear and Concise grading guidelines were prepared to grade homework and exams. Thought was put into coming up with the grading guidelines such that students get more points for showing higher level of understanding. 4. Detailed grading rubric was created for the project. 5. Students were encouraged to post on discussion boards. 6. An outline for the exams was created after a thorough analysis of the topics that need to be
of Xeragen, Inc., a San Luis Obispo-based biotechnology startup company. He has also served as an Assistant Professor at Milwaukee School of Engineering and was employed by McDonnell Douglas Space Systems Company, where he was a lead engineer and Principal Investigator on projects to develop technology evolution plans for the Space Station.Daniel W. Walsh, California Polytechnic State University Daniel Walsh is currently a Professor of Biomedical and General Engineering, and a Professor of Materials Engineering at the College of Engineering at California Polytechnic State University, San Luis Obispo. He received his B.S. (Biomedical Engineering) , M.S. (Biomedical Engineering) and Ph.D. (Materials Engineering
Joint Regional Fall Conference Planning Committee Member CIC/McNair SROP 2008 National Conference Planning Committee National Consortium for Graduate Degrees for Minorities in Engineering and Science, Inc. (GEM) University Representative, 2007-Present Advancing Minorities Interest in Engineering (AMIE) Membership Committee, 2007-Present Institu- tional Service Staff Adviser, National Society of Black Engineers, Michigan State University Chapter, 2006-Present Staff Adviser, Society of Hispanic Professional Engineers, Michigan State University Chap- ter, 2008-2009 MSU Pre-College Committee, 2006-2009 MSU IDEA Coordinators, 2007-PresentKyle P. Foster, Diversity Programs Office, College of Engineering, Michigan State
. In response, we have developed a yet broader first year experience encompassinga pair of two unit courses, one each in fall and spring. In the first, professionaldevelopment topics are followed by creation of an independent, ten page researchproposal. The second, spring semester effort requires the student, in consultation withher new advisor, to develop a NSF length proposal for the prospective PhD effort, andpresent it to her nascent PhD committee and course instructor. Additionally, earlierengagement with the PhD committee is now achieved through a January, second yearoral report to the PhD committee. The customary university Preliminary Exam occurs atthe beginning of year three, and includes both a document (progress and plans) and
Mobile GIS and GPS software. Additionally, thiscourse provides students with the opportunity to plan and implement field surveys in a teamenvironment, as well as perform laboratory-based geospatial data analysis on informationcollected in the field. The course emphasizes the integration of geospatial technologies for fieldsurveys. Topics include: • Principles of Global Positioning Systems (40%) • Data accuracy requirements (10%) • Mobile GIS software (10%) • Field mapping planning and implementation (20%) • Location-based services and asset tracking (20%)Educational and career outcomes • Students will be able to describe the principles of Global Positioning Systems (GPS) location measurement • Students will be
extent ofknowledge, readiness, and comfort level of science teachers in teaching engineering andtechnology innovation.An extensive literature search was also conducted on pre-existing science experiment orlaboratory kits produced by other universities and published as peer-reviewed research, as wellas websites that sell products for science teachers in high school.ResultsThe response rate was 40% out of the total questionnaires distributed, with 90% of the responsesreceived online. In addition, 90% of the respondents were from schools outside of St. John’s, thecapital city of NL. Sixty-two (62%) percent of the respondents were male; 38% were female.Of all respondents, 71% indicated that they were aware of at least one student who had plans
for significant innovation at the interfaces between disciplines.By understanding expert mental models of innovation, engineering students can be prepared withboth specific skills for early career contributions to innovation, as well as insights into key leversfor the overall innovation system. By teaching these insights, educators may influence ongoing,self-directed education throughout an engineer’s career, enhancing the value creation frominnovation education.We are continuing the analysis to build a composite mental model that fully represents the tenexpert interviews, and are also planning more interviews. Moving forward, we plan tocomplement the insights from innovation experts with those from educators as well as students.References
Prior to this effort either thesources for senior sources for student department or students paid for thedesign projects over past 3 parts required in the projects. years Over the past 3 years our efforts have led to funding from both the Air Force and the Navy for senior design projects.VIII. Conclusions and Plans for Future WorkBased on the results presented here, the authors conclude that the use of SDR in senior designprovides many benefits. It provides a platform that
and set up a competitive lab. There are manyapproaches and innovative ideas to accomplish such a task [5, 6]. While some lab developmentcan be supported by substantial grants [7-9], things can easily become very disappointing whenstartup funds are unavailable to support the faculty’s research plans. The task of setting up a labmay often be vital, as research results in the lab and publications can provide additional grantproposal ideas for external funding, which can promote new research at higher levels.Nevertheless, solutions can sometimes be found [1, 6, 10]. This article discusses the plan and the Page 22.489.2decisions made in designing