primary role is to coordinate data collection, interpretation and dissemination to support teaching and learning, planning and decision-making across the college.Prof. TJ Tsai, Harvey Mudd College TJ Tsai completed his BS and MS in electrical engineering at Stanford University in 2006 and 2007. From 2008 to 2010, he worked at SoundHound, a startup that allows users to search for music by singing, humming, or playing a recorded track. He completed his Ph.D. at the University of California Berkeley in May 2016, and is now an assistant professor of engineering at Harvey Mudd College. c American Society for Engineering Education, 2018Erasing a Gender Gap in Performance in a Multidisciplinary
PowerPoint presentation onthe research project to all the interns, followed by questions and answers. In the afternoon, eachgroup met in individual research labs to discuss the content and plan of the project with theirfaculty advisor and the student mentor.The computer engineering project group consisted of one full-time intern and four half-timeinterns. The 10-week project activities were divided into two-week project preparation andliterature study, seven-week project design and implementation, and one-week report writing andpresentation preparation. Each intern was assigned to work on a specific part of the project basedon their background and interest. The interns also need to work in small groups or as a wholegroup to integrate their work
process to using thosemethods is equally important to achieve the desired results in colleges thatcurrently use lectures as the primary mode of teaching. The planning processinvolved in such a transition and its effectiveness was investigated by using themechanical engineering department in a leading R1 university as case-study,where a departmental policy of promoting active learning methods inundergraduate classes was newly implemented. Professors and teaching assistantsinstructing mechanical engineering courses in this college were interviewed tounderstand the steps they went through to transition to using more active methodsof teaching. Data collected from instructors-of-record in 5 different sophomoreand junior level courses revealed their
featured pre-defined inquiry questions and design problems,pre-planned investigations, did not ask for model generation, and did not call for mathematizingbeyond very simple linear measurement. Though Practice 8 was demonstrated in Classroom B,there was little opportunity for it in Classroom A, so it was not included in the analysis.This review informed the decision to focus on practices 4, 6, and 7, which involve working withdata, explaining phenomena, designing solutions, and engaging in argument from evidence. Toanalyze the student data for these three practices, we broke them down into sub-practicesaccording to NGSS Appendix F [1] for grade band 3 to 5 (see Table 1).For each classroom, we coded for sub-practices first with the richer data
course or multiple courses.For each course that each student receives honors credit, they are required to explain how theproject will enhance the learning outcomes on a proposal.2.3 Tech FridaysTech Fridays are held three times per semester and are designed and facilitated by peer mentorsand faculty. In addition, industry partners and speakers are invited. Activities are scheduled to bethree hours long and consist of lesson plans and a guided lesson. The lesson plans are printed andprovided to help students with formation in case they get lost or stuck during the lesson. Mentorswalk the room and help the students individually to make sure everyone can persevere whilechallenges are issued to advanced students to keep them working. The Tech
of laboratory learning.Dr. Tony Ribera, Rose-Hulman Institute of Technology Tony Ribera serves as the Director of Assessment in the Office of Institutional Research, Planning and Assessment at Rose-Hulman Institute of Technology. He most recently worked at the Indiana University School of Medicine where he served as the Director of Program Evaluation in the Office of Medical Student Education. Tony has a PhD from Indiana University in Higher Education and Student Affairs. c American Society for Engineering Education, 2018 Work-in-Progress: Developing a Multi-dimensional Method for Student Assessment in Chemical Engineering Laboratory CoursesIntroduction:The impetus for this
Ed.D. in Academic Leadership/Higher Education and an MS degree in Applied Technology/Instructional Design. She has over 10 years of experience teaching, designing instruction, and doing qualitative research both in and outside of a library context. Her research interests focus on library and technology-based instructional planning and course design, assessment and evaluation topics, as well as online teaching and learning.Alyson L. Froehlich, University of Utah c American Society for Engineering Education, 2018 Teach-Flipped: A Faculty Development MOOC on How to Teach FlippedAbstract: The objective of this NSF project was to help faculty learn to
, yet in this paper, we focused on specific tasks to allowus to create the foundation for implementing the overall study.Overall study: 1. To determine if a correlation exists between track choice and career choice, 2. To determine if a correlation exists between track choice and obtaining an internship/co- op, 3. To determine if a correlation exists between undergraduate research experience and entry-level BME/BIOE industry jobs, and 4. To determine industry perceptions of bioengineering student competencies.Objectives of this works-in-progress study: 1. Review the literature on BME/BIOE curriculums 2. Review departmental data as a pilot of the planned study 3. Develop instruments to acquire data needed for our study
forward until obstacle is detected Lab #5: Avoid obstacle using lidar (introduce path planning) Lab #6: Turtlebot mapping and localization (team projects exploring obstacle avoidance using vector field histograms and other advanced algorithms)An example of MATLAB code to move the Turtlebot forward for 10 seconds is shown in figure2. This is considerable less code and less steep learning curve than would be necessary inPython or C++ in a Linux environment. ipaddress = '192.168.1.1‘ % IP of Turtlebot (will depend on your setup) rosinit(ipaddress) % start ROS robot = rospublisher('/mobile_base/commands/velocity'); % publish velocity topic velmsg = rosmessage(robot); % get message format for velocity tic
Session CEED 432 Leveraging Co-op Experiences• Job search process can help students transition from feeling like outsiders to developing awareness of their own strengths and capabilities (Sangganjanavanich, Lenz, & Cavazos, 2011)• Refine career plan and decisions Proceedings of the 2018 Conference for Industry and Education Collaboration Copyright ©2018 American Society for Engineering Education Session CEED 432• Increased engagement in academics (Esters & Retallick, 2013)• Ask about individual career goals – stay in US, return home, etc.• Sponsorship: language proficiency, connections, high level
. Table 1: Fall 2016 incentive plan for spatial skills component Spatial Novice (0 pts) Spatial Intermediate (3 pts) Spatial Master (5 pts) Test score < 60% Test score 60% - 69% Test score > 70%Following assessment using the PSVT:R, all students were invited to attend the workshop althoughspecial emphasis was placed on students in the lower two categories attending for a chance to earnmore points and improve their spatial skills. These students then completed a four week workshopsession and those who attended all four sessions had the opportunity to re-take the PSVT:R.Students were again placed in one of the three categories based on their new test scores. Studentsin the first two categories
oralcommunication, leadership, planning, and teamwork in preparation for a more successfulindustry sponsored senior capstone course. In the course, students enter knowing little of whatengineering writing looks like, where to go for engineering background research, how to scopeprojects, create project timelines, etc.The curricular structure of the course does not allow for long term projects as students completetwo projects during the course of the semester. The first projects are developed frominternational humanitarian partners that the works with during the summer. Each project teamconsists of four to six students, an on campus faculty or staff member from a differentdepartment who is familiar with the international non-governmental organization and
, personalconceptualizations and prior learning experiences related to the problem [11]–[13]. Taskinterpretation is broadly defined as students’ judgment about the required cognitive processes toanswer a problem [14]. Studies reported that people who can self-regulate appropriately (i.e.,engage in coherent planning, enacting, and monitoring activities) based on a correct andcomplete interpretation tend to be more successful in academia [15], [16], problem-solving [17]–[19], and engineering design [4], [20], [21].Task Interpretation in Self-Regulated Learning Task interpretation refers to one’s understanding of a problem, including knowledge ofthe required cognitive process to solve it [14]. Students’ interpretation of tasks is considered asan important work
planning and development of a capital investment strategy in the next three-year period for Apple, Inc. to follow its new strategy in building new manufacturing capability in the United States to enhance its design, production, future new product deployment, and market dominance in the US market and support the promotion of Made-in-USA national manufacturing strategy. The expected investment budget is 800 million dollars to 1 billion dollars of the present-day value. This project needs to consider the issues of moving manufacturing activities from Asia to the US, including all the supply chain & supplier issues. The project needs to provide what the strategy should be, how much to
fieldsparticipated in a pilot internship program with a variety of athletics programs on campus.Following an encouraging pilot phase (based on informal interviews/testimonials), we now workto establish a formal research and assessment plan for the internship program Via surveys andinterviews with student participants as well as participants' supervisors (i.e., athleticcoaches/assistants), we seek to investigate the components of the internship and explore how theexperience impacts students career interests and self-efficacy related to pursuing a career in dataanalysis in particular as it relates to sports programs. We introduce the partners, provide anoverview of the anticipated research and assessment plan, and discuss preliminary lessons fromthe program
processes for product production applications such as forming, molding, separating, conditioning, joining, and finishing.5. Utilize 2-D and 3-D computer-aided design systems to create drawings and models for products, machines, jigs, fixtures, and other mechanical devices used in manufacturing environments.6. Read and interpret manufacturing documentation such as blue prints, technical drawings and diagrams, production plans, tooling plans, quality plans, and safety plans.TEC333 also has specific course objectives. Upon successful completion of the course, studentswill be able to:1. Identify geometric characteristic symbols and the other symbols associated with geometric dimensioning and tolerancing.2. Identify features with size and
encourages both horizontal and vertical curriculum alignment. By the end ofthe summer program, participants are expected to produce a final deliverable for theirclassrooms, which may take the form of a lesson or unit-plan, which infuses knowledge gainedfrom their research experience into their classroom practice.WE2NG summer trainings have three distinct “phases” – starting with an orientation week(typically a half-week), followed by four-to-five full weeks focusing on research and curriculumand development, and concluding with a week that consists of a “Showcase of Lessons” (apresentation of the final deliverable) and extended field trip. The orientation week consists of acampus tour, explanation of program expectations, final deliverable
Paper ID #23902How Structures Move: Three Projects in Deployable StructuresDr. Sudarshan Krishnan, University of Illinois, Urbana-Champaign Sudarshan Krishnan specializes in the area of lightweight structures. His current research focuses on the structural design and behavior of cable-strut systems and transformable structures. His accompanying in- terests include the study of elastic and geometric structural stability. He teaches courses on the planning, analysis and design of structural systems. He has also developed a new course on deployable structures and transformable architecture. As an architect and structural
. Agile software development emerged as the most prominent approach to softwaredevelopment around the turn of the millenium. Still widely-adopted, Agile contrasts withprevious approaches that had rigid planning by emphasizing adapting quickly to evolvingcustomer needs. Agile enables responding to change by operating on short intervals of deliveringsoftware to the customer, eliciting feedback, and adjusting accordingly. The Agile principles [5]include: “Business people and developers must work together daily throughout the project, [...]the most efficient and effective method of conveying information to and within a developmentteam is face-to-face conversation, [...and] our highest priority is to satisfy the customer throughearly and continuous
Francis delivered an encyclical on the environment and humanecology. “Laudato de si” [10] which calls upon all peoples of the world, especially those of theChristian faith, to recognize the Earth as sacred and to direct daily actions accordingly. Byfocusing attention on what can be done at the individual and local levels, individuals andcommunities become accountable for preserving resources and living in a more sustainablemanner. Joining in this call are a number of other faith leaders.Germany has been addressing sustainable policy and practices in business, industry and withintheir municipalities for decades. The results are impressive when considering sustainable urbanstructures and planning, renewable energy usage, national recycling
laboratory components and exercises.Examples of implemented laboratory follows the next section followed by results of a conductedexit survey. The paper concludes by discussing potential planned improvements for futurelaboratory sessions.Lab Description and Implementation The learning objectives outlined for the proposed research is vast and continuallyevolving. Covering all the considered engineering concepts will take multiple laboratorysessions. In order to accommodate GO-CAPS students only a subset of the considered learningobjectives were implemented and include: 1. Understand how resistors are connected in series and parallel on a breadboard. 2. Develop skill in using an ohmmeter, voltmeter and ammeter to measure basic electrical
resourceful, knowledgeable learners, strategic, goal-directed learners, andpurposeful, motivated learners: “A key premise of UDL is that a curriculum should includealternatives to make it accessible and applicable to students with different backgrounds, learningstyles, abilities, and disabilities and to minimize the need for assistive technology” [4]. Thefollowing statements explain each of the three main principles of the UDL framework: ● Principle 1 suggests representing information in multiple ways. For example, including video lectures with built in navigation through slides or captions. ● Principle 2 recommends integrating options for planning and composition. For example, providing varied forms of graphic organizers
students.Cohort BuildingOne of the requirements of the NSF S-STEM Scholarship grant is cohort building. In the firstyear of the award, there were only two students in the program and cohorting was achieved byregular meetings with the program director. In the subsequent years, the group has increased insize and more planned cohorting activities, both in-class and outside-the-class, were developed.To start with, the students were assigned the same academic advisor in order to select classesthey can take together. We will first briefly describe the general process of class selection forengineering freshmen and then the process used for the STEM students to build cohorts. All new students at UM-Dearborn are required to attend orientations and take
Technology ●! Information Graphics ●! Cutting ●! Design Validation through ●! Appropriate Technology ●! Visual Design ●! Milling Calculations ●! Inclusion & AccessibilityProject Management ●! Turning Engineering Algebra ●! Public Participation in Decision ●! Initiating and Planning ●! Grinding ●! Recognizing, Selecting, and Making ●! Scope, Time and Cost ●! Reaming Applying Appropriate Algebraic Careers in Engineering Management
professor at Rowan University. In this role, he helped develop a series of experiments for a freshman engineering course that explored introductory engineering concepts through chocolate manufacturing, and another series of experiments involving dissolvable thin films for a similar course. Alex is also the president of the Syracuse University Chapter of ASEE, and has been working diligently with his executive board to provide seminars and workshops for their fellow graduate students. Alex’s plans upon graduation involve becoming a professor or lecturer, specifically at a primarily undergraduate institution.Ms. Shelby Buffington, Syracuse UniversityDr. James H. Henderson, Syracuse UniversitySally B. Mitchell, Rye High School
engineering practices, 2) crosscutting concepts, and 3) disciplinary core ideas[5]. The science and engineering practices include foundational skills embedded in scienceinstruction, such as asking questions and defining problems, planning and carrying outinvestigations, and engaging in argument from evidence. Crosscutting concepts includeinterrelated themes that may be applied to many scientific disciplines, for example, cause andeffect, system models, and structure and function. Disciplinary core ideas have broad importancein various sciences (e.g., physical, life, Earth) or they may be key organizing concepts in onediscipline [5].With school districts across the nation planning for the implementation of NGSS, there is a needfor well-designed
well-educated and skilled employees in technical areas of national need”. TiPi project providedscholarship support of $8,000 to 75 students ($8,000 × 75 = $600,000). In support of this grant,our university contributed $50,000 after the grant period to ensure that continuing TiPi scholarshad adequate financial support to help them graduate on time. 95% (71 out of 75) of the TiPischolars have been retained, and have either graduated or will soon graduate as per theirindividualized academic plan (IAP). The outcomes from the TiPi project are described in thenext section.VTAB project is funded by a five-year grant from NSF that began in September 2017. In itsprogram solicitation [7], the new goals stated are: (i) to increase the number of low
] methodology begins withthe students completing a detailed step by step cookbook style lab and then allowing students in groupsof two develop lab plans based on the following topics: objective, data to be collected, equipment,procedure, equations required for data reduction, how data is to be presented, and then references.In summary, these papers introduce a traditional step-by-step lab procedure often referred to as“cookbook” style labs and then move to more open-ended labs increasing in complexity and reportingrequirements where the students formulate a problem, select and manipulate the equipment, executethe experiment, and then write a technical lab report. Attempting to build on this crawl-walk-run styleof executing laboratories, the methodology
USB drives. Sincecomputer manufacturers are phasing out optical drives, users now have few options forusing library materials that are formatted on disks of any kind. This “technologicalobsolescence” has prompted the engineering librarians at U-M to investigate how tocontinue providing access to materials that are published on computer disk in a future agewhere computer users will not have the required hardware or software available forreading the disks. Working with the library’s Digital Preservation Librarian, theengineering librarians will determine which of the engineering resources that are publishedin disk format must be preserved, and they will plan for best practices for preservation of,and access to, the selected resources. Only
, EESTo enhance student learning of the subject matter, several writing exercises were included.Informal writing involved a critical review of different stormwater pollution management issuesand current best management practices and a comparison of the alternatives. Free writing wasgiven in class to promote free thinking and thinking through writing. Exploratory writingexercise involved a topical discussion of stormwater treatment process. A formal writingexercise was given in the form of a stormwater pollution prevention plan (SWPPP) assignmentwhich included a peer–review session prior to final grading. A reflective writing exercise wasincluded to summarize learning experiences through classroom and writing activities throughoutthe semester to