,design, assessment, implementation, test, maintenance and reengineering.Web Information Retrieval (IR) courses are being offered for both undergraduate and graduatestudents in many schools such University of Arkansas, University of Texas at Austin, New YorkUniversity, and Lehigh University. Harding University offers Search Engine Development as anelective undergraduate course for sophomores, juniors, and seniors. The course builds a searchengine through a set of bottom-up projects. It also develops projects to modify an existing opensource search engine.MotivationResearchers have often studied open source software engineering solutions for healthcareinformation technology including OSCAR, FreeMed, TORCH, and OpenEMR. These solutionshave provided
supposed to suppress alcoholism by artificially increasing alcohol sensitivity. Studentgroups are assigned different formulations, each altering different parameters in their massbalance model, and are asked to analyze the effects of their drug to determine its efficacy.Formulations can vary from detrimental to beneficial, requiring students to develop analyticalskills and engineering judgment as they assess the drug performance.By combining computer technology and biochemical principles, we created a self-contained,group, project module which introduces students to a number of different biotechnological andhuman health issues, and develops critical thinking, team work, and communication skills. Thisproject addresses students’ professional
background material. A basic procedure has been developed. Aparticular technological domain or category of related technical systems is selected for study. Page 15.1324.11The most common or characteristic subfunctions of that domain are identified. These might becalled the core technologies of the domain. These individual characteristic subfunctions or coretechnologies are analyzed. This includes underlying principles of operation, inputs, outputs, andoperating characteristics. A functional analysis is carried out on a representative technicalsystem based on these core technologies. As an assessment method, students create functionalanalysis diagrams
AC 2010-1108: A COMPUTATIONAL INTRODUCTION TO STEM STUDIESEric Freudenthal, University of Texas, El Paso Eric Freudenthal is an Assistant Professor of computer science at the University of Texas at El Paso.Rebeca Gonzalez, Chapin High School Rebeca Gonzalez is a mechanical engineer working as a teacher of computer science, pre-engineering, and math at Chapin High School in El Paso, Texas.Sarah Hug, University of Colorado Sarah Hug is an assessment and technology consultant. Dr. Hug also serves as the Graduate Admissions Coordinator for the Alliance for Technology, Learning, and Society at the University of Colorado in Boulder and a researcher for the National Center for Women and
). Creativity as an Exact Science. Luxembourg: Gordon and Breach.2. Anderson, J.R. (1983). The Architecture of Cognition. Cambridge, MA: Harvard University Press.3. Angelo, T., & Cross, P. (1993). Classroom Assessment Techniques: A Handbook for College Teachers. San Francisco, CA: Jossey-Bass.4. ASME Council on Education (2004). A Vision of the Future of Mechanical Engineering Education. ASME.5. Ball, L., Evans, J. B., Dennis, I., & Ormerod, T. (1997). Problem-solving strategies and expertise in engineering design. Thinking and Reasoning, 3, 247-270.6. Bilalić, M., McLeod, P., & Gobet, F. (2008). Inflexibility of experts – Reality or myth? Quantifying the Einstellung effect in chess masters. Cognitive
managers, and it is a reminder of need for managers in thesecircumstances to be engineering literate.35 There are, of course, more recent cases asa paper Learning from disasters’ shows.36 The same paper also illustrates an articlethat achieves the primary aim of a course in engineering literacy. There are otherarticles that can be used to both develop and assess basic engineering science.37Other case studies may be provided to show how engineering science is used inengineering design. For example, the matrix in exhibit 3 is from a series of matricesthat were designed to show the parameters that have to be taken into account whendesigning an aircraft ventilating system.38 But there is nothing like practice and thiscan be achieved through projects
specific fuel their plant would consume), and hydroelectric. The groups would beassigned their power plant at random.The students would be required to proceed through a research period and present theresults of that research to the “City Council” through a written report and a presentationwith visual aid. To insure that each student in the group contributed to the final productand that all students were focused and efficient in their research, the written reportassignment was divided into several smaller domains which would then be assembled forand submitted for assessment. The report was divided into portions for which the groupas a whole would be responsible and portions for which individuals in the group wouldbe responsible.The portion of the
Session 2238 Defining Exper tise in the Use of Constr aint-based CAD Tools by Examining Pr acticing Pr ofessionals Nathan W. Har tman Pur due Univer sityAbstr actAcademic engineering graphics curricula are facing a rapidly changing knowledge base andcurrent teaching and assessment methods are struggling to keep pace. Engineering graphicscurricula within an academic setting should examine industry-based techniques in an effort toimprove classroom instruction. This paper is the second in a two-part series which examinespracticing engineering
Paper ID #9573Does Engineering Attract or Repel Female Students Who Passionately Wantto Help People?Dr. Angela R Bielefeldt, University of Colorado, Boulder Angela Bielefeldt, Ph.D., P.E., is a Professor in the Department of Civil, Environmental, & Architec- tural Engineering at the University of Colorado Boulder. She has been on the faculty since 1996. She serves as the ABET Assessment Coordinator for the Department. Professor Bielefeldt teaches introduc- tory courses for first year engineering students, senior capstone design, and environmental engineering specialty courses. She conducts engineering education
support from the external organization project sponsor. 4. Develop the project individually or collaboratively with other students from the class. 5. Submit for approval, one month prior to defense, a customized, deliverable rubric for project assessment created in consultation with a Capstone Project Advisor. 6. Deliver a project report on or before the final presentation The instructors will: 1. Ensure that the project selected is relevant to the student’s area of specialization, has academic relevance, and will produce learning outcomes relevant to the program. 2. Review that the project selected is feasible within the timeframe allotted. 3. Help refine the project goals and outcomes as
skills,for example, are mentioned to be affected by imprecise expressions which may lead touncertainty5. On the other hand, Wood6 argues that uncertainty should be considered in designdecision making. Page 24.468.3Considering uncertainty helps not only to assess several options during the design process butalso to design in such a way that the design could be less influenced by uncertain parameters 4,7.These options in design will make the design process less difficult than the deterministicapproach where changes at a later stage may be difficult or expensive. The importance of DUUis also directly proportional to the complexity of the design7
given apresentation on how a financial services firm has benefitted from using technology to enhancetheir business practices, as well as some discussion on their software process.We next had a panel consisting of representatives from other local offices and companies. With alittle effort, we were able to get a mix of male and female panelists. Each panelist talked aboutthe company he or she worked at and the types of software development they were involved in.These local firms added to the diversity of opportunities that the students saw. When the industryspeakers concluded, we switched the focus and gave the students the opportunity to demonstratethe mobile phone apps they had created to the professionals.4. EvaluationFor assessment purposes
(Excel, spreadsheet), knowledge of industry standards, willingness to relocate / commute to rural area, willingness to get dirty, accept non-office jobs, knowledge of basic calculus (mean, standard deviation), ability to handle biologically active products, workplace safety knowledge; and bulk processing knowledge.• Advanced Technical Skills - knowledge of: biologics, Lean manufacturing, bioprocessing, microbiology, CFR 21, process controls, regulations, operating systems and standards (GFSI, ISO, OSHA, EPA, IDEM), project analysis, risk mitigation, hygienic design, project management, biosecurity and traceability, and industry case assessment also an ability to work with advanced technology and electronics
classroom, a context thathas received less attention to date. This paper aims to show development of a methodology to Page 24.558.2examine in-class design projects that will help to explicate how beginning designers work inthese contexts and if students are engaging in activities that match the learning goals of theproject. With some revision, this may be used as a tool to evaluate projects to determine ifstudents are actively engaging in the intended learning experiences.Studies of first-year engineering students have predominantly focused on retention andachievement. This has been assessed primarily through the use quantitative data in the
, and Distribution Platoon Leader, assistant operations officer, and Troop Commander. Page 24.620.1 c American Society for Engineering Education, 2014 Flipping the Engineering Classroom: Results and Observations with Non-engineering Students Flipping a classroom is an innovative teaching method in itself. Thismethod faces additional challenges when the students are not actually engineeringmajors. The purpose of this paper is to discuss the development, implementation,and assessment of a flipped classroom for a thermal-fluids course for non-engineering majors
Paper ID #9430Beginning to Quantify the Pool of Engineering-Eligible Prospective Studentsthrough a Survey of Access PracticesBeth A Myers, University of Colorado Boulder Beth A. Myers is the engineering assessment specialist for the Integrated Teaching and Learning and BOLD Programs at the University of Colorado Boulder. She holds a B.A. in biochemistry and M.E. in engineering management and is currently a PhD student at the College of Engineering and Applied Science at the University of Colorado Boulder. She has worked for the University of Colorado in various capacities for 15 years, including as a program manager for a
. Many faculty consider real-time engagement with students to be an essential element of assessing understanding and guiding students to a higher intellectual level. Many want to probe and assess student knowledge and field student questions in real-time so that they can shape instruction accordingly. Early on, there was a recognition that online students did not want to be and should not be isolated learners. To succeed, they not only needed connection into class sessions but also the opportunity for substantive interaction with others in their courses and degree program outside of class sessions - to solve homework problems, to resolve misunderstandings of concepts presented in class, and to work
Disorder (ASD) is $3.2M.2Sleep disorders in children with an ASD are more prevalent (50-80%) than in age-matchedneurotypical children (9-50%),3, 4 and poor sleep quality in autistic children correlates withaggressive behavior, anxiety, and developmental regression.3 Nocturnal polysomnography is thegold standard for diagnosing sleep disorders and assessing the impact of interventions. Thistechnique involves continuous measurement of multiple neurophysiological andcardiorespiratory parameters, including electroencephalograms (EEGs), electrooculograms(EOGs), electromyograms (EMGs) of the chin and lower-limbs, electrocardiograms (ECGs),oronasal airflow, and arterial oxygen saturation.5 A polysomnograph (PSG) is clinically used todiagnose sleep
inherent inour instrument in the phrasing that is confusing to these students. However, when the instructorswere shown the task they did not suggest that they felt their students would find this task difficultto understand.3.3 Student ideas about internal energyInternal energy was the only state variable asked about in this task. It was also the only one forwhich an explanation was not specifically asked for in most versions of the task. We note that asmany as 40% of students in each group consequently did not provide reasoning; this hamperedour ability to assess student knowledge. The answer distributions for both students that did anddid not provide reasoning was not statistically significantly different (p >0.1). Because of this, wehave
Paper ID #9937Leadership in Multidisciplinary Project Teams: Investigating the emergentnature of leadership in an engineering education contextMegan Kenny Feister, Purdue University Megan K. Feister is a doctoral candidate in the Brian Lamb School of Communication at Purdue Uni- versity. Her research focuses on organizational identity and socialization, team communication, ethical reasoning development and assessment, and innovation and design. Megan holds a B.A. in communica- tion from Saint Louis University and a M.A. in Organizational Communication from the University of Cincinnati.Dr. Carla B. Zoltowski, Purdue
can help to set up expectations for those that are not familiar with the delivery method. The objectives and agenda should be provided in writing, as well as described verbally.11 It is important to mention how the information that will be presented is relevant to participants to keep their attention in the environment, and also to show enthusiasm for the technology.15, 21, 22 Smile and avoid speaking in a monotone.20, 22 A background knowledge probe can be used to learn more about the audience and assess their comfort level with the content and their previous knowledge. This can be done using open discussion questions via the chat option or enabling participants’ microphones, or it can be
concepts. Thus they are of specialvalue when doing integrative or review assignments.Assessment BasesFormative assessments in the first part of the semester included several homework assignments.Past mid-semester, the class was given a large open-ended assignment that served to integrate thetheory and prepare the students to do aerodynamic design. Since the switch to the semestersystem in 2000, this assignment, done in teams of two, has been to select two high-speedairplanes, and use aerodynamic analysis to determine their lift to drag ratio at a subsonic cruisecondition and a supersonic dash (or cruise if possible) condition. The weight at each condition(and hence the lift) was to be estimated from performance estimates of the aircraft given in
that the students learn, by way of edited drafts, my e-mail writingstyle and structure. The editing is very subjective based on my judgment and is specific to myown experiences. Special care is needed not to edit simply because the style is different thanmine. I must refer to the many references (7)(18)(23)(33)(35) on effective writing and not edit based onmy own writing style. Because of these concerns, a pilot study was completed whereexperienced engineers evaluated the students’ e-mails.Pilot StudyThe pilot study’s objective is to develop a protocol to score the student e-mails in a way thatreflects the working world. Driskill (14) and Miller (25) discuss various assessment methods oncommunication and point out that “these methods do not
,and financial resources. The survey is composed of sixty-two questions, the majority of whichuse a five point Likert scale ( “1” =not at all, “5” =very much) to assess student experiences.Graduate students enrolled in 19 UW science and engineering departments in March 2004 wereincluded in the sample. All students who were female and who were members of under-represented ethnic groups were selected for inclusion in the sample. Additionally, the number ofAsian American men and White American men were each made equal to the number of WhiteAmerican women in the sample, using a random sampling technique. The number ofinternational men was made equal to the number of international women in the sample. Thisstrategy under-represented White and Asian
fact, thedesigner can have several hotspots (or buttons) on a particular scene for the desired time. Thesecan activate links to other scenes, web pages, audio, other videos, and an endless number ofoptions. With these abilities, instructional designers can develop interactive performanceexercises that can challenge the learner.Visualization and InteractivityBy definition, interaction is a “mutual or reciprocal action or influence” (“Webster’s”, 1989). Inthe traditional sense of the word, interactivity refers to control and/or manipulation of objectsand space. Barker and Giller (2002) explain, “Typically, interactivity is used: to facilitatenavigation through the corpus of materials that make up the product; to provide assessment andfeedback
of this course. Table 4. Preliminary Content of “Introduction to Nanomanufacturing” Week Topic Week Topic 1 Introduction 8 Nanoscale registration and alignment 2 Nanoscale characterization 9 Modeling 1 3 Basics of semiconductor fabrication/ 10 Measurement of material properties Nanolithography 4 Polymers/nanoscale polymer processing 11 Contamination and defect control 5 Handling of nanoparticulates 12 Ethical and regulatory issues 6 Dispersion of nanoparticulates 13 Economic assessment of processes 7 Advanced
goals for your research project? • Is this summer experience helping you to develop your career and/or educational goals?Problems identified in this midterm evaluation include issues such as inoperative supportingequipment or delays in securing supplies. The REU program Co-Directors and Coordinator havealways been able to address any problem identified at this point in the program.Another evaluation component involves a visit by the REU Co-Directors and Coordinator toeach laboratory that is hosting an REU student. We use this opportunity to assess the progress ofthe research, identify any problems, and to take photos of the REU student and his/her facultyadvisor and graduate student mentor.At the end of the ten-week REU summer program
they can be “pulled back” into the lesson.Lectures are Recorded: As was mentioned earlier, Silicon Chalk provides a recording of thestreamed material on each computer participating in the virtual session. This is beneficial on twolevels: first, it provides an exact record of what was presented to the class, and second, itprovides a time-synced record of the lecture including "board work" and audio.A secondary benefit to the instructor is that having a recording of class presentations is anexcellent method to later judge the quality of work and to find room for improvement. Manyteachers and professors have their classes video-taped from time to time to assess their teaching.Silicon Chalk allows the instructor to assess all or any of his or her
incorporate the followingstrategies: 1. Professional education for teaching studio-based courses: Teaching and learning-assessment committees should be created to assess the teaching competence of faculties and solicit recommendations from students. Teaching subcommittees at each school should be established to monitor and improve the materials and methodology of fundamental and common courses. 2. Supporting diversity and collaboration: A well-planned schedule of classroom work should reduce duplicate classes and increase opportunities for students to enroll in elective courses that expand learning opportunities and horizons. These electives should emphasize what McCormick (2004:166) describes as “collaborating
institutional levels to improvestudent learning/success by enhancing faculty technical currency.1. At the personal level: Faculty members should do a yearly self-inventory of their technical currency, and should identify areas of improvement and pursue professional development activities to enhance their technical currency, and do a self-assessment of their skills.2. At the program/department level: a. Administrators/chairpersons need to realize the importance of technical currency. Moreover, they should provide training opportunities for faculty to enhance their technical currency in order to improve student learning/ success. Appropriate funds should be allocated. b. Curriculum development and revision activities should be