. Typically, the topic is simplified by combining the common characteristicsof all microcontrollers and presenting them generically in a way that enables students to translatethose characteristics to various types of microcontrollers when needed to.1 IntroductionThe title of this article is deliberately exaggerated to stress on what needs to be done in theearly stages of the topic before students are exposed to any specific microcontroller classes. Thisinformation is not covered in a single first lecture only, but rather in the first two or three lectureson the subject. Today, there are many systems that are controlled using microcontrollers; such systems, bet-ter known as embedded systems, constitute the largest share of modern consumer and
also surveyed 130 students enrolled in introductory Technical details of our system [17], [18] and model building procedures psychology courses (“PSY” group), which are also open to all[24], [25] can be found in our other publications about the system. Fig. 1. Student answers to the question, “I view visiting my advisors Fig. 2. Student answers to the question, “When receiving advice from an as...” broken down by those students with a 3.0 or better GPA (N = 145) advisor, I like that the advisor explain...” broken down by those students and those below a 3.0 GPA (N = 54). Students were allowed to select with a 3.0 or better GPA (N = 145
2007. The questions use the dilemma facing David Jackson,the Z-Corp engineer in the case. 1. What are the goals and objectives David Jackson should consider? 2. What alternatives should David Jackson consider? 3. What should David Jackson do and why? 4. Who will be affected by this decision?Students were not alerted to address ethical issues in their answers because one of the purposesof the study was to determine whether students would identify the existence of ethical issueswithout being prompted to do so. In a second and separate session, these same students responded to the DIT-2 instrument.The participants recorded their student identification numbers in both sessions so that theirresponses could
student’s transcript if theUniversity records satisfactory performance during all work sessions and thestudent meets all cooperative education requirements.Internship TrackTo successfully complete the internship track, students will: • Complete at minimum two semester-long internships; summer counts as a semester • Enroll in one credit hour of internship credit during each of the two semesters • Earn two hours of internship credit to count toward their technical elective requirement • Establish a relationship with a faculty advisor to ensure a connection between topics learned in the classroom and skills used on the job • Complete internship academic requirements, as established by each department
Lab Reports and Technical Documentation: Can beremain a challenge, and academic integrity is still a legitimate used to evaluate student work that is submitted using aconcern. However, the use of increasing flexible programing structured lab report format. The format can vary but usuallyand scheduling of sessions helps to reduce the human footprint consists of a hypothesis or objective, the procedure orand the congestion of the labs. Hybrid scheduling also offers methodology providing the detailed steps involved in thesignificant benefit, since the combination of in-person and performance of the intended experiment, and the specificationvirtual learning offers an effective and valued alternative in
- for technical interviews, enhancing their ability to ex- ing class sessions to test and reinforce students’ under- plain concepts clearly and confidently while supporting standing of key course concepts, actively engaging them NACE’s emphasis on critical thinking and professional in the learning process. Exercises begin with instructor- preparedness in real-world settings. provided prompts, such as “We’ve learned about [topic]. 6) Addressing AI Limitations Ask me three questions, one at a time, to test my un- This critical component ensures that students recognize derstanding, and provide feedback after each answer.” In and mitigate AI’s limitations, fostering responsible usage
andfounding advisor noticed the absence of a recognized engineering technology honorsociety at PVAMU. Subsequently, we proposed that there be a chapter at PVAMU andwere approved in Fall 2002.The Texas Eta chapter of Tau Alpha Pi represents community service, a role model forstudents across campus, and an ambassador for the growing engineering technologyprograms. The first year, six students were inducted in the honor society and this yearfour students have been added.Our present and future goals are to improve our retention rate; as well as, instillconfidence in our future graduates to compete with their peers. We have performedcommunity service at a local high school as recruiters. We held information sessions forstudents and parents regarding their
threshold of around 60 are recognized as possible saws or saw calls andare isolated and extracted as separate audio files of 3.5 to 26seconds.User Validation: Researchers verify detections via an interfacedisplaying spectrograms and waveforms and hearing theaudio. Detected segments are categorized into saws, Neither,or saw call once verified.Saw call Logging: Detected saws (each sawing noise) andcalls (3 or more saws), along with timestamps, categorization,and more are recorded in an Excel database for furtheranalysis.The final output generates a detailed excel report per detectedsegment and a summary of detections per file. The energythreshold based algorithm processes each 1-hour
promote the development of T-shaped professionalsthrough a reasonable balance of theory and practice. The qualities and skills associated with T-shaped professionals also corresponds too many of the skills needed in energy systemsengineering, thus promoting T-shaped professional energy systems engineers. In order todevelop a syllabus that focuses on encouraging student curiosity and innovation, four basicprinciples were established: 1. Engineering education should not amount to the passive delivery of material. It should offer an active learning environment in which the students can build upon the knowledge gained from the classroom. 2. Engineering education is not only about quantitative analysis and technical skills, but
class had both audio and video options. The instructor’s HP tablet had a built in speaker,microphone, webcam, and free-hand drawing/writing capability. The eCompanion is exactly the samecourse shell in eCollege that is used for the online class. See Figure 2 for a snapshot of the main page ofthe eCollege course shell for the database course.The eCompanion of the database class has course material developed by a subject matter expert (SME)for the online DAT604 database class. Tabs shown in the left pane include course outline, instructor’sbio, contact information, university general policies, weekly PowerPoint presentation slides, readingmaterials, assignments, quizzes, midterm exam, final exam, threaded discussions, chat sessions
educational objectives also relates to ABET's Criterion 3 a-k “Program Outcomeand Assessment"1. The relationships are summarized in Table 1. Outcomes Assessment ProcessThe learning objective outcomes are achieved, mainly, through the curriculum. Student activitiesin student professional organizations will augment the curriculum in achieving the statedoutcome. The Accreditation Committee has identified a set of tools to monitor student progressin achieving the outcomes. The assessment instruments fall into three general categories: audits,surveys, and student performance results. Proceedings of the 2003 ASEE Gulf-Southwest Annual Conference The University of Texas at
Best Practices of Honor Societies Steve E. Watkins1 and Nancy M. Ostin2 1 Missouri University of Science and Technology Electrical and Computer Engineering Department, Rolla, Missouri 65409 USA 2 IEEE-Eta Kappa Nu (IEEE-HKN) 445 Hoes Lane, Piscataway, New Jersey 08854 USA E-mail: steve.e.watkins@ieee.org and n.ostin@ieee.org Abstract service learning initiatives, and general engagement for Academic honor societies are widely
Session 063 The Challenges Facing Engineering Management Education: The Clash between Training, Education, and Research Mario G. Beruvides, Ph.D., P.E., Terry R. Collins, Ph.D., P.E., Elliot J. Montes, PhD. Industrial Engineering Department Texas Tech University AbstractAll educators involved in technical or scientific education are faced with the age old dilemmabetween simply training students and educating students. This
0.042 0.040 0 1 2 3 4 5 6 Treatment 1 Treatment 2 Treatment 3 Treatment 4 Treatment 5 Fiber Surface Treatments Figure 3 Effect of Surface Treatments on Damping of VGCF Nanocomposites Teaching and education activitiesThis project introduced in my teaching activities a lot of technical information and at thesame time enthusiasm to students enrolled in
relevance to theirlives (Brown, 2001). For several years, educators have been worried about the relatively smallnumber of students in general, and girls in particular, who choose science and technology inhigh school and undergraduate programs (Holmegaard et al. in Bamberger 2014). According tothe Georgetown University Center for Education and the Workforce, “For every100 womenwho enter college, 12 will graduate with a Bachelor’s degree in a STEM major, 5 of them will beworking in STEM after 2 years, only 3 of them will still be working in STEM after 10 years(Carnevale, Smith, & Melton, 2014). As the need for females in STEM careers continues therehas been many studies designed to try to pinpoint the reason for the low representation offemales
assignments andexposed them to the economic factors surrounding the assignments, especially factors related tothe governmental permitting process.Introduction“Unlikely Partners” is the name given to a series of experimental faculty collaborations started atRochester Institute of Technology to bring faculty from different disciplines together in theclassroom and see what linkages or insights might arise from the pairings.The collaborations arose from grassroots campus organization, the Creativity and InnovationWorking Group, that included faculty, staff and student representatives from across the Institute(http://www.rit.edu/~ciwg/).1 The Working Group was spear-headed by a faculty member fromthe College of Liberal Arts and started in the Spring of
allotted time and that all comments were captured onto stickynotes and clustered on the corresponding whiteboard (pertaining to discussion question 1, 2, or3). Across the five breakout sessions, we engaged with one staff member and 22 facultymembers (representing roughly one-third of faculty in the department), including teachingfaculty, research faculty, and tenure-track faculty across all existing focus areas as defined by thedepartment (Table 1).4.2 Findings from focus groups In the focus groups, we asked the question: “What are the perceived benefits andconcerns for adding a design PhD research focus area?” Overall, we received strong supportfrom faculty members across the department to develop a specific design focus area, with onlyone
printed on single sheets of paper, that when cut out andassembled, would create of a simple solid. After each teacher constructed his or her net, each drew thesolid in Pro-E. A screen shot of the solid is show in the figure below.Verbal feedback of the tutorial session was generally positive, although some teachers struggled with themechanics of the software as more advanced features such as rendering were introduced. Still theexercise provided an excellent connection between grade level and grade span expectations for theteachers and was completely adaptable to an individual teacher’s lesson plan.Although conceived of as an exercise for use in their classrooms, the major result of presenting thetutorials proved to be a means for establishing a
printed on single sheets of paper, that when cut out andassembled, would create of a simple solid. After each teacher constructed his or her net, each drew thesolid in Pro-E. A screen shot of the solid is show in the figure below.Verbal feedback of the tutorial session was generally positive, although some teachers struggled with themechanics of the software as more advanced features such as rendering were introduced. Still theexercise provided an excellent connection between grade level and grade span expectations for theteachers and was completely adaptable to an individual teacher’s lesson plan.Although conceived of as an exercise for use in their classrooms, the major result of presenting thetutorials proved to be a means for establishing a
printed on single sheets of paper, that when cut out andassembled, would create of a simple solid. After each teacher constructed his or her net, each drew thesolid in Pro-E. A screen shot of the solid is show in the figure below.Verbal feedback of the tutorial session was generally positive, although some teachers struggled with themechanics of the software as more advanced features such as rendering were introduced. Still theexercise provided an excellent connection between grade level and grade span expectations for theteachers and was completely adaptable to an individual teacher’s lesson plan.Although conceived of as an exercise for use in their classrooms, the major result of presenting thetutorials proved to be a means for establishing a
including theASEE, ANS, ASME, IEEE, ACM, AAAI, and SIAM. He has been active in professional society 8activities as technical session organizer, conference co-organizer, and reviewer. His professionalexperience also includes consulting services for industrial and government agencies. He holds a Ph.D. inNuclear Engineering and a B.S. in Mathematics both from the Oregon State University.Dr. Nassersharif has been an active participant in NSF Advance program both at New Mexico StateUniversity and at the University of Rhode Island. He is the recipient of an NSF Advance recognitionaward from New Mexico State University and currently serves on the NSF Advance Internal AdvisoryCouncil at the University of
, Backward design, STEM, Construction, Pedagogy.IntroductionUndergraduate courses in science, technology, engineering, and math (STEM) are mostly taughtusing traditional teaching methods (teacher-centered). Despite traditional teaching methodsexcelling in tackling large bodies of content, undergraduate students graduate with a lack intechnical skills needed for professional growth and success [1]. This gap in technical skills can bereduced by altering the pedagogical approach. Active learning pedagogy has been proven toincrease student performance [2], [3], [4].Active learning refers to the employment of techniques that give the students the opportunity towork together in a small group setting using class activities that are relevant to the course
including theASEE, ANS, ASME, IEEE, ACM, AAAI, and SIAM. He has been active in professional society 8activities as technical session organizer, conference co-organizer, and reviewer. His professionalexperience also includes consulting services for industrial and government agencies. He holds a Ph.D. inNuclear Engineering and a B.S. in Mathematics both from the Oregon State University.Dr. Nassersharif has been an active participant in NSF Advance program both at New Mexico StateUniversity and at the University of Rhode Island. He is the recipient of an NSF Advance recognitionaward from New Mexico State University and currently serves on the NSF Advance Internal AdvisoryCouncil at the University of
including theASEE, ANS, ASME, IEEE, ACM, AAAI, and SIAM. He has been active in professional society 8activities as technical session organizer, conference co-organizer, and reviewer. His professionalexperience also includes consulting services for industrial and government agencies. He holds a Ph.D. inNuclear Engineering and a B.S. in Mathematics both from the Oregon State University.Dr. Nassersharif has been an active participant in NSF Advance program both at New Mexico StateUniversity and at the University of Rhode Island. He is the recipient of an NSF Advance recognitionaward from New Mexico State University and currently serves on the NSF Advance Internal AdvisoryCouncil at the University of
led by a teaching assistant. Due to the relatively small size of the summer offering, lessthan 50, the discussion session was combined with the regular lectures. Given the nature oflecture time in the flipped format (which is closer to a discussion hour than a traditional lecture),this simply added to the instructor contact hour and thus may have reinforced the notion of `extrawork’ often associated with the flipped class room (extra work for students and instructor).The key component of the flipped format is that the class time is turned into 1/3 review of themost difficult to comprehend lecture segments, 1/3 question and answer, and 1/3 setting up andbreaking down of the homework assignments. While the online material was common betweenthe
% MatE Civil 22% 14% EE Computer ISE 17% 3% 2% General 10%Figure 1: Majors of 59 San José State University students enrolled in Engr 102 from Fall 2008to Fall 2010. Proceedings of the 2011 PSW American Society for Engineering Education Zone IV Conference Copyright © 2011, American Society for Engineering Education
processes whose form and function achieve clients’ objectivesor users’ needs while satisfying a specified set of constraints.” 1 Computer-aided engineering (CAE)software packages such as Pro/Engineer (Pro/E) 2 are among the modern engineering tools available toassist engineers to generate and evaluate their designs.In this paper, we begin in the Introduction with a description of the mechanical engineering curriculumat Binghamton University. The process that we have developed in the department for continuousimprovement (Departmental Course Review Process and ABET Accreditation) will be presented next.Following this will be a description of the CAE course and how it fits into the overall departmentalreview process.In the second section, the
processes whose form and function achieve clients’ objectivesor users’ needs while satisfying a specified set of constraints.” 1 Computer-aided engineering (CAE)software packages such as Pro/Engineer (Pro/E) 2 are among the modern engineering tools available toassist engineers to generate and evaluate their designs.In this paper, we begin in the Introduction with a description of the mechanical engineering curriculumat Binghamton University. The process that we have developed in the department for continuousimprovement (Departmental Course Review Process and ABET Accreditation) will be presented next.Following this will be a description of the CAE course and how it fits into the overall departmentalreview process.In the second section, the
hunger, safety, shelter, with future indications of conditions becoming sustainable then spare energiesmay be devoted to exploration, art, and development of greater survival skills and prosperity. In parallel with theorganizational evolution of families, tribes and social structures there will be training and transmission of customs.Learning and skills development would be accompanied by varieties of ‘rites of passage.’ There would behierarchies of priests, shaman and other levels of highly regarded instructors [1]. Learning was achieved byfollowing examples and likely repeated replication.In particular, whether we follow the examples illustrated by the discoveries in the tombs of Egypt, or in the librariesof the Vatican, the monasteries across
. Sustainable Energy Choosing Among Options. MIT Press, 2006. [3] A. Pongtornkulpanich, S. Thepa, M. Amornkitbamrung, and C.Butcher. Experience with fully operational solar-driven 10-ton libr/h20 single-effect absorption cooling system in thailand. Renewable Energy, 33(5):943–949, May 2008. [4] M. W. Wildin. Results from use of thermally stratified water tanks to heat and cool the mechanical engineering building at the university of new mexico. Technical Report ORNL/Sub-80-7967/1, University of New Mexico, Albuquerque (USA) Mechanical Engineering, June 1983. [5] I. Atmaca and A. Yigit. Simulation of solar-powered absorption cooling system. Renewable Energy, 28(8):1277–1293, July 2003. [6] Z. F. Li and K. Sumathy. Performance