follow FAIR •Public-private principles •Shift to Discovery •Catalogs solutions •Source on the fly Computation• Analytics – Biostatistics – Statistics – Distributed analytics – Machine learning – Optimization• Visualization – Visual Analytics – Depicting results• Management – Business process – Preserving provenance of analytical strategies – Maintaining version control Infrastructure• Commons• Identity management and authentication• Planning and forecasting tools• Business analytics Courtesy Warren Kibbe National Library of Medicine (NLM)• Mission: To
A quick snapshot of how the College ofEngineering and Computer Science has been using Academic Analytics Mark Glauser Associate Dean for Research and Doctoral Programs, College of Engineering and Computer Science Syracuse University ASEE ERC meeting, March 7-9 2016 Strategic Plan Moving Forward•All Ph.D. programs in top 50•Half of Ph.D. programs in top 25• We have been using the Academic Analytics database to measure attainment of these goals.Overview of Academic Analytics from Glauser’s point of view Academic Analytics• Tool for assessment of research productivity• Data gathered for individual faculty members
brainstorm the overarching theme• The first significant concept was developed for a month then discarded; the second lasted for two months• Finally we decided upon a topic Getting Started• Enabling Technology + a Plan for Going Forward The Process at NSFMarch, 2003 STC solicitation issued by NSFJune, 2003 164 preproposals submittedOctober, 2003 37 chosen for full proposalsAugust, 2004 12 chosen for site visitsDecember, 2004 6 recommended for fundingApril, 2005 2 announced, 4 delayedDecember, 2005 Decision to move toward fundingAugust 1, 2006 Funding awarded The Process at NSFMarch, 2003 STC solicitation issued by NSFJune, 2003
out a box, like a rectangle with a laser cutter, and I added this cool design on there as well. Overcome 9% I'm ready for any challenge … I have to keep trying even though if, like sticking say when the computer was shutting down on me, I just didn't give up. point Not give up when I have sticking points, but keep trying. Multi-step 13% My confidence level is pretty high. We've got a project going on, plan actually, we're in the process of just the very basics of creating a vacuform table, so we've started a base. We're attaching the legs very soon… Project 9% I think that's a pretty easy project
) History: The Genetic testing in Human Genome the commercial Project (12 min) world (11 min) What is DNA? (12 min) Genomic economics (8 Protecting privacy min) (9 minutes) Personalized medicine (13 min) Case study: direct- Case study: to-consumer family planning genetics
Ten Top-of-Mind Topics for Success New Deans Forum Engineering Deans Institute 2014 Paul C. Johnson1. “Your” Assignment2. Aspirations & Attributes3. Values & Expectations4. Metrics5. Annual Progress & Planning6. You Have a Plan – So What?7. Your Time, Your Health, Your Growth IRA A. FULTON SCHOOLS OF ENGINEERING engineering.asu.edu Your AssignmentThis is generally what the superpowers and major investors at your institution (e.g.,President, Provost, Chancellor, etc.) expect your school or college to accomplish.Can you articulate your assignment clearly? Can you explain why it is good for yourorganization?It is important that you own it. Your
Engineering and Education (9) Grand Challenges (2) PhD Education – Industry (10) Women in Engineering Leadership (3) PhD Education – University (11) PostDocs in Industry Presidents (12) Systems Dynamics in Forecasting (4) GK12 and Engineering Engineering Manpower needs (5) International Research in (13) Planning for the GI Bill Engineering and Education Planning (Newport Declaration) (14) SBIR/ERC Grantees (6) Healthcare and Engineering*** (15) International Research Education Meeting for PIs (7) K12 and SAT/ACT Opportunity*** (16) Eng Ed Department Heads
all buildingsystems from planning to design and from construction to operations and deconstruction.The construction industry has recently realized the necessity of having their engineers toget acquainted with green building practices. In this paper, a project has been developedand is aimed at developing two pedagogical models within the curriculum; one is to coverthe theoretical and practice-oriented sustainability components, and the other is forimplementing applied research in the area of sustainability. Many students undertookboth models during their program of study and as a result reaped the benefits of theirdeveloped skills in a fairly new realm of engineering, i.e. sustainable engineering andgreen construction. The outcomes of
previously received funding from the NSF/ATEprogram. Through this pilot project funded by NSF, community colleges collaborated withexperienced ATE Center and project directors to identify and develop plans that will enhanceeach college or region’s ability to provide science and engineering technician education,leveraging the work currently in progress through WIRED activities and funding or otherNSF/ATE funding. Mentors have guided community college participants in addressing allaspects of project development, from identifying the intellectual merit and broader impacts of theproject to developing evaluation, measurable outcomes, and dissemination plans. ATE Mentorshelped ensure that participants had the necessary information about the ATE program to
Engineering Education is inviting more student involvement. One goal ofthe Student Constituent Committee will be to promote the development of ASEE studentchapters on college campuses. These ASEE student chapters have the opportunity tosignificantly influence the future of engineering education through current engineering students.Current graduate students are understood to be the future educators, so many campuses alreadyprovide at least some resources for students interested in academic careers. In light of thoseexisting resources, how can a new ASEE student chapter maximize its impact on campus?Using a strategic planning process, an ASEE student chapter can maximize its impact onengineering education and bring additional value to ASEE student
,solution planning, and system design tasks during collaboration. The model was initiallydeveloped to improve the effectiveness of engineers performing such tasks in teams and thisstudy posits that the model will be equally effective on student learning.A detailed statistical experiment to study the effect of this model on subjects collaborativelysolving an analysis and design problem was designed and executed. Randomly assigned teams ofstudents were presented with one of four design problems. Half the teams were then exposed tothe CCM while the remaining half was not. The effect on student learning was then measuredusing assessment of team deliverables.1. IntroductionIn a brief survey of the graduate engineering and technology courses offered at
courses and how each has been converted to a primarily ac-tive learning format. These are “Modeling with Computer Applications” (first semester, sophomore); “Opera-tions Design, Planning and Work Measurement” (second semester, sophomore), “Human Factors Engineering”(first semester, junior), and “Total Quality Management” (junior/senior elective). We discuss how we introducestudents to different learning styles, teamwork, provide team training, address conflict resolution, utilize theworld wide web, address “real” problems, use the computer for problem solving, introduce ethics, and stresswritten and oral communications skills. We also discuss issues involved with grading team assignments, main-taining accountability, and student evaluation and
their societies, yet they had not found the most effective means of creating thiscontinuity during the most critical time, the transfer of executive boards. Through their collaborationwith the OMEP, the planning for a leadership retreat began. The students recognized the importance ofan information exchange from the outgoing executive board members to the incoming and the need toshare experience. The student leaders also recognized that the stability and continuity provided by theOMEP strengthens the membership as a whole and enhances the progression of leaders through theorganizations and into indust~.A pilot retreat was held for two days in a remote area of Northern Arizona to allow time to focus onmutual priorities. The activity required
education. ABET has responded by undertaking aprocess which has led to the “drastic downsizing of the criteria and are-orientation of its accreditationphilosophy. ”1 This has resulted in Engineering Criteria 2000 which has been published and distributed forreview and comment for the next two years. That’s the good news. Unfortunately, few engineering collegesare prepared to deal with the challenge of providing evidence in a systematic way which validates studentachievement in the areas defined by “Criterion 3. Program Outcomes. ” That’s the bad news. This paperwill compare the previous ABET criteria to the new proposed criteria and illustrate a process which can beused in the development of a plan to assess student outcomes.What has changed
to either reduce papers, cut feedback, or find another way to provide the neededcomments that all writers need in order to improve their text production. The already existing body ofteaching assistants was tapped to act as readers and evaluators. The issues regarding communicationintegrated into an engineering department, faculty support for the plan, preparation of the graduate students,orientation for the undergraduates who are impacted by the plan, and an evaluation of the process thus farwill be addressed.Introduction Communication skill has always been one of the first things that is considered when deficiencieswithin engineering programs are evaluated. Over the past years many strategies have been undertaken toaddress these
Page 14.1054.2with the client, finalizing the design, testing and implantation of the heir projects and reportingthe results.Course AssessmentThe school of engineering has implemented a formal course assessment plan for every course inthe curriculum, every semester. Although overall the students were meeting the learningobjectives of the two courses, course assessment as well as student feedback indicated a need torevise the course offering structure and sequence. Three issues were apparent after the initialcourse assessment data was collected, and reaffirmed with student evaluations: first, the coursesequencing was not appropriate second, the project needed to be expanded beyond a single clientand third, the courses needed to be offered in
has served the USAF as a developmental test engineer responsible for planning and executing complex weapon system test and evaluation. He is a member of IEEE and the Tau Beta Pi honor society. c American Society for Engineering Education, 2019 Tips and Tricks for a More Effective You: Lessons Learned From a USAFA CadetIntroduction: Established as a means of preparing students to serve as officers in the Air Force, theUnited States Air Force Academy (USAFA) focuses on developing well-rounded leaders whoare charged with excelling in a military environment. This objective is achieved by focusingon the idea of a well-rounded person, as cadets are
Communities”. The partnership between the MAGIC team and theGerontology Department was initially brought about through a conference that is sponsored bythe Mid-America Institute on Aging and Wellness. At the beginning, discussions and planningmeetings for the partnership included many different departments and units throughout campus.In particular, several Engineering faculty produced contributions to the overall project. All of thefaculty members contributing to the present article were involved to varying degrees with theinitial discussions planning of the overall collaboration.The Minka house is characterized by a small and efficient floor plan design that is easilyaccessible, to allow for a longer period of independent living by the residents
are elementary or middle schoolscience or STEM teachers, and the content areas for the units were either earth science orphysical science. The teachers in this study represented eight different schools within two urbandistricts with high diversity in the Midwestern region of the U.S. Teacher grade levels rangedfrom 4th grade to 7th grade.Data Sources & Analysis. The data used for this study consisted of written curriculardocuments generated by the teachers for the four units. These documents included lesson plans,worksheets, rubrics, and other supplemental artifacts such as PowerPoint slides and readings.Content analysis methods were used to examine the documents. This analytical method wasselected because it is a systematic way of
weighted survey sample of roughly two thousand early careerengineering graduates. The research is broadly situated in social cognitive career theory anddraws data from the Pathways of Engineering Alumni Research Survey (PEARS), which was apart of the National Science Foundation (NSF) funded Engineering Pathways Study (EPS).Analyses for this study followed a two-step process. First we categorized the engineeringgraduates into seven occupational groups, and then we compared these seven groups along sixother measures of doing engineering work. Four years after graduation, graduates employed inengineering and computer-related occupations tended to identify themselves, their currentposition, and future plans as engineering-related, while graduates
toweight each criterion based on its importance. Next, students are given a list of materials and their associatedcost. Teams must come up with several different solutions and then evaluate the solutions. After selecting thebest design, the group constructs it. A pegboard base serves as the platform for constructing the thermal panel.Once built, the team tests its performance. Finally, the group optimizes the design and tests it again. Solar Water Heater with Commercial Thermal Panel Pegboard Base for Thermal Panel Construction Unit plan and other solar kit lessons available at
many years. The department head position carries a number ofnew and important responsibilities that can include budgeting, counseling, assigning resources,accreditation preparation, publicity, hiring new faculty members, mentoring of staff, andinterfacing with the Dean, Provost and President. Lately, the responsibilities have extended tofundraising, strategic planning, alumni relations, teaching and research mentoring, and industrypartnerships. The job requires skill at human relations, organization, and leadership. All ofthese responsibilities represent a big change from the teaching, research, and service activitiesexpected of most faculty members. This paper will address the need for specialized training forthis position, a list of the most
the College of Arts &Sciences by combining the new Institute of Engineering Science and the established B. S. inComputer Science program, which was previously offered through the Department ofMathematics. When the initial faculty had completed planning for a full degree program with anappropriate set of all new engineering courses, the 1985-86 catalog announced the full degreerequirements and curriculum plan for the new B.S. in Engineering Science program, initiallywith computer, electrical, and mechanical “options.”In 1988, the Department of Engineering and Computer Science, still a unit within the College ofArts and Sciences, moved into its own new building, called the Rogers ECS Building, after thedonors whose contribution enabled the
Rogers gives EC2000 implementers collective a grade of “F,” for failing to identify alimited number of performance indicators for each outcome. Based on personal observationsfrom accreditation visits, the author shares this opinion. While this is likely the most difficultelement in creating an effective assessment plan it is also the most important because it requiresfaculty to collectively decide what are appropriate measures of student learning.Like most new undertakings, much can be learned from studying the success and failure ofothers -which approaches constitute best practices, and which assessment methods should beavoided. The good news is that it is up to faculty and administrators to develop and implementassessment plans that fit
Skills Page 8.1147.1 § Communication Skills Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright 2003, American Society for Engineering Education § Project Management § Agreements and Contracts § Continuous Quality Improvement § Business Management § Professional EthicsImplementation of this new curriculum began in the spring of 2001. The planning, design, andimplementation of this integrated curriculum will be discussed in the paper.Initial Action:The need to enhance the professional practice skills of students in engineering has
related sectors is much lower than the numberset within the targets of the 5 Year Plan [1] This national plan as prepared by the Iranian government, isthe Third Five-Year Socio-Economic and Cultural Development Plan, and was put in action in 2000. Inthis paper, the present situation of biotechnology education especially in K-12 grades is surveyed andsome guiding points are presented for developing human resources related to biotechnology througheducation in secondary schools in Iran. Biotechnology uses living organisms or parts of organisms to produce or modify products, toimprove plants or animals, to develop microorganisms for scientific use, to identify targets for smallmolecule pharmaceutical development and to transfer biological
Department of Industrial Technology is providing the needed support and educationalmaterials and graduate students support for both STC and South Texas technical colleges toassist them with this task. This include faculty training, updated software, online training,resources needed to train qualified manufacturing technicians, and recruiting and promotingadvanced manufacturing careers as an attractive option to high school seniors. Page 25.727.3 Total College Technical College City Degrees Offered Degree Plan
. Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright © 2003, American Society for Engineering EducationTable 2. Criteria for Evaluation of Oral Proposals • Purpose of the project is clearly stated. • Project is related to team’s topic. • Selected standard is appropriate to topic. • Background information justifies the project. • Team understands technical aspects of this proposed project, and is able to explain them clearly. • Justification is provided to support the work. Why is this important enough to be approved? • Problem is stated clearly, in technical terms. • Problem is stated clearly, in statistical terms. • Experimental plan is
its simplest forms adictionary definition will suffice: "to make preliminary sketches of, sketch a pattern or outlinefor, plan to plan and carry out in a skillful way; to form in the mind, contrive, to developaccording to a plan." With these ideas in mind it is a relatively easy step to begin formulatingone’s own plans to involve students in the world of design, a world where the participantsunderstand that design is the heart of engineering. It is also relatively easy to direct the students’attention to the importance of working together to form the best ideas for a design, to use all theirindividual skills to perfect the best choice, and finally to build the unit and test its performance.With time a premium, the students can experience the
followed by anin-depth look at the engineering management content that is covered. Teaching / learningstrategies adopted in covering the content and assessment strategies used in evaluating theeffectiveness are addressed. Non-engineering management faculty planning to introduceengineering management in some of their courses may find some of the material in this paperuseful. Faculty who focus on engineering management may find the paper providing some insightand hence ideas of their own as to how engineering faculty approach or must approach the subjectof engineering management.OBJECTIVES OF THE SENIOR DESIGN PROJECT COURSEThe Senior Design Project Course (ME4930) in Mechanical Engineering at the University ofWisconsin-Platteville is offered to