, digitalcircuits, and microcontroller applications. This paper outlines the design and integration ofmotor-based labs and projects to enhance student engagement and application-oriented learning.Infusing motor applications could address the perceived lack of technical experience amongfreshmen. The EET program at Buffalo State originated as a 2+2 program where incomingstudents were juniors with a 2-year technical degree and often worked in the field as an associatedegree technician. For the past two decades, the program has offered a complete 4-year set ofcourses, and incoming freshmen are younger, lack technical backgrounds, and are moreunprepared in mathematics [1].Students in the DC Motor section seemed excited to test out their code for moving the
hours.The syllabus for the Arabic Lab is derived from that of the English course it shadows. To reduce theburden on students, most assignments given in the Lab are based on those given in the course. Studentsare then asked to produce the assignments in Arabic and any subsequent discussions are conducted inArabic. Lab sessions normally incorporate a presentation by one student or a group of students of thesubstance of the content taken in the previous course session. Discussions by all students follow thepresentations. Students take it in turn to produce the presentations. In preparing for them, students have tosearch deeper for translations of technical or discipline specific terms they encounter in addition to fullyunderstanding the subject. They
7a minimum of once a month with the mentor. The facilitator documents a summary of allmeetings. This program began in 2002 and the civil engineering group has investigatedattending the National Civil Engineers Conference with their mentor.Summer Internship Pre-College & Engineering Initiative - The Summer Internship,Pre-College and Engineering Initiative, is for an outstanding high school student with aminimum grade point average of 3.0 who also participates in outside activities.The program runs for a period of three weeks during the summer with approximately 2/3of the time spent with and engineering component and 1/3 of the time spent with thePre-College Program. At the end of the three week session each student is provide astipend of
hours.The syllabus for the Arabic Lab is derived from that of the English course it shadows. To reduce theburden on students, most assignments given in the Lab are based on those given in the course. Studentsare then asked to produce the assignments in Arabic and any subsequent discussions are conducted inArabic. Lab sessions normally incorporate a presentation by one student or a group of students of thesubstance of the content taken in the previous course session. Discussions by all students follow thepresentations. Students take it in turn to produce the presentations. In preparing for them, students have tosearch deeper for translations of technical or discipline specific terms they encounter in addition to fullyunderstanding the subject. They
hours.The syllabus for the Arabic Lab is derived from that of the English course it shadows. To reduce theburden on students, most assignments given in the Lab are based on those given in the course. Studentsare then asked to produce the assignments in Arabic and any subsequent discussions are conducted inArabic. Lab sessions normally incorporate a presentation by one student or a group of students of thesubstance of the content taken in the previous course session. Discussions by all students follow thepresentations. Students take it in turn to produce the presentations. In preparing for them, students have tosearch deeper for translations of technical or discipline specific terms they encounter in addition to fullyunderstanding the subject. They
methodsbased on the background from the ADAMS tutorial sessions along with some practical applications andarticles. At the end of the semester, students prepare a comprehensive report, prototypes and posterpresentations.Effective team formation mechanisms and student engagement methods: In general, a teamproject is a natural practice in engineering courses, to fully utilize the potential benefits of thisproject engagement method, the instructor may be benefited by understanding the factors that canaffect team effectiveness and effective team formation mechanisms. Mostly, in a semester longgroup project assigned at the beginning of the semester, there will be challenges as some of thegroup members barely knew each other, this is common especially in
completing a technical college program have often chosen other majorswhere they were successful in the completion thereof 3. While this statement may speak ofcollege students in general, what this may also indicate is that there is a need for the studentswho have left engineering to be more actively engaged during their freshman year. It is a widelyknown fact that the first two years of college are the most crucial in regard to the retention ofcollege students 2. In an effort to aid students in meeting their educational goals and to influencetheir retention, an institution must determine what solutions it has for the educational problemsfaced by its students 3. Several strategies for improving freshman retention have been applied by other COE
Session 11-2 Role-Playing Creates a Valuable Interactive Learning Environment for Biomedical Engineers and Engineering Technologists Chad E. Kennedy, PhD BME Biomedical Engineering Technology Department DeVry University AbstractThere is an ever increasing need for biomedical engineers (BE) and biomedical engineeringtechnologist (BMET) to be able to have greater communication skills and strong technical skills inboth industrial and clinical environments. This is exemplified by the increased
2007.This facility resides in the old study hall on the second floor of Hibbing High School and houses30 Dell Precision 390 workstations, a central server, printers and full network access. Withsupport from the HHS Administration and Building and Grounds, this facility has been central tocourse content delivery. Recent additions through the Applied Learning Institute and CarlPerkins funding including upgraded memory for the computers and a new Dimension seriesprototyper for generating plastic 3D models from student CAD creations.Second (9th 14th): An annual engineering mentoring session is held in November at BARREngineering in Hibbing. Local mining and engineering firms call for volunteer engineers tomeet with students over hors d oeuvres to
small group facilitated discussions. The case studies assistedparticipants to develop an awareness of how unconscious bias may manifest in meetings, how itcan influence the creation and implementation of policy, and what individuals can do to addressit.To launch the session, participants were asked to share thoughts about the role of the AcademicSenate in promoting equity and inclusion at the university. Fig. 1 includes responses from theparticipants. Not all of the text in this graphic is legible. The intent is to demonstrate how Google“Jamboard” was used in a virtual workshop to promote interactivity. Fig. 1. Workshop participant responses to the introductory question of the role of Academic Senate in promoting equity & inclusion at
state of one day is thestarting state for the next day of operation.) In addition, a list of general issues is given.For bike orders, an error is introduced for the demand mix, and the incorrect probabilitydistribution is used for the order interarrival time. However, the information the students are givenis that the issues include (1) the number of arrivals is different than expected, and (2) the resultingmix of bike orders is different than expected. Students then run the simulation model and utilizethe verification and validation techniques discussed in class (observing animation, evaluatingperformance measures, conducting model trace, conducting structure walk-throughs, etc.) toidentify and correct errors/inconsistencies in the model.While
particle-size distributions. As a whole the course provides the opportunity to reinforce the basic laws and Proceedings of the 2011 North Midwest Section Conferenceconcepts of physics, e.g., Newton s laws of motion, Archimedes Principle, pressure and friction.In addition the course is an ideal compliment to fluid mechanics using its basic principlesthroughout, especially those involving friction and the empirical correlations involvingdimensionless groups.AcknowledgementI wish to thank Duane Long for technical assistance.Bibliography(1) MARTIN RHODES, Introduction to Particle Technology , John Wiley & Sons, 1998.(2) RICHARD HOLDICH, Fundamentals of Particle Technology , Midland Information Technology
. During the last fewyears of 1990s programs were given the choice of being evaluated based on the old criteria or thenewly established EC-2000 criteria. Since 2000, all engineering programs requesting accreditationfor the first time or seeking re-accreditation by ABET-EAC must demonstrate that program meetsa set of criteria that include both the general criteria for baccalaureate degree programs as well asthe program criteria required by the program lead society (e.g., ASCE, IEEE, ASME).1 Theprograms must also meet all the requirements listed in the Accreditation-Policy-and-Procedure-Manual of ABET.2Since 2000, there has been minor changes to EAC general criteria and program criteria. Originallythe ABET-EAC-2000 accreditation was based on 7
active learning through “peerinstructions” method (evidence-based interactive teaching method) [3] as the number of correctanswers increases after group discussion.After the lecture, the instructor can obtain an automatically generated report which registersattendance and individual responses. © American Society for Engineering Education, 2022 2022 ASEE Midwest Section ConferenceOffice hours, tutoring and advising sessions were also moved on Zoom. Scheduling was madethrough the scheduling platforms Calendly (free for basic features) or through the D2Lscheduling system Accudemia.The use of Zoom as a communications medium provided some advantages over the normalclassroom. When both the students
evaluation and mid-semester survey Incorporated additional inquiry based lab activities Strengthened students’ test correction process with conference 2002 Developed CHM 110 placement test Linked ABET learning outcomes into IDEA evaluation Extended students’ peer review session such as lab reports revision 2003 Piloting ‘”Writing Across Curriculum” collaboration with integrated assignments between CHM 110/111with Technical Writing (ENGL 302) courses Figure 5. Summary communicating the process of teaching strategy development and implementation over time.ConclusionWhile the documentation time
several years and has continuedto grow annually with additional course offerings.The students in the Michigan Tech program take two courses – Introduction to RailroadEngineering (3 credits) and Finnish Language and Culture (3 credits). The railroadengineering course is a technical elective for our students and the Finnish language 2007 ASEE North Midwest Sectional Conferencecourse can be used as a general education elective. Typically the railroad classes are inthe morning and the Finnish classes are in the afternoon. Field tours and visits areincorporated throughout the program and are technical, cultural, or a combination ofboth. Tours may occur in the evenings or during the weekends. For example, one visit toa
description of a fictional client and his data needs. The instructor acts the role ofthe client. Through interviews with the client, the students analyze and document his data needsand implement an appropriate database. At the end of the project, students are required to makean oral presentation explaining the database. To make the experience feasible for freshmen, theinstructor highly refines and scales each fictional situation so that the final database requiresapproximately half a dozen relational tables, ten queries and two generated reports.GradingIn completing the project, the students produce three major components. First, there is thedatabase itself, which is graded with respect to its technical correctness and user-friendliness.Second, the
with me to this day and I often think back to [this] class when talking about empathy • Learning about some of why people feel the way they do in a given situation made me more aware of how what I say and do could impact those around meImproved communicationNo open-ended questions were asked in the survey directly relating to the students’ opinions onexperiential learning, although there were a few Likert scale questions relating to the ServiceLearning project, which is a facet of experiential learning, and one question which asked thestudents if they preferred the lecture sessions over the experiential sessions. Of the 29 studentson campus 2 who answered Q6, 17 preferred the experiential classes. Of the 62 students oncampus 1 who
audience.We believe that community service builds strong, empathetic leaders. With this in mind, wetackled this design problem like engineers would and specified the user needs of students likeourselves, our k-12 mentees, and the university—our primary stakeholders. After manybrainstorming sessions, we concluded that we have three main user requirements: (1)professional development, (2) the need for practical, technical experience—a chance to put ourengineering education into practice, and (3) formal mentor training.We used results from a recent a study1 performed by the Lawrence Hall of Science (LHS) andour own experiences to define user requirements for our k-12 mentees including the need formore exposure to science and engineering as well as the
the experiences of others who haveused the DSK. As mentioned in the introduction, the text book Digital Signal Processing andApplications with the C6713 and C6416 by Dr. Rulph Chassaing will provide a quick start. Allthe files or programs listed in the text, except for some student projects, are included on the CDthat accompanies the book. The CD has a C language file for initializing the DSK. This file isnot contained in the CCS. Also include are two other files that have been modified from the filesin the CCS. The needed support files from the CCS software are documented. A summary of thethree examples from Chapter 1 is as follows.Example 1.1: Sine Generation Using Eight Points with DIP Switch Control (sine8_LED.c)The first example is a
ASEE-NMWSC2013-0004 Impact of a Research Experience Program on North Dakota Tribal College STEM Student Retention Audrey LaVallie1, Eakalak Khan2, and G. Padmanabhan2 1 Faculty, Turtle Mountain Community College, Belcourt, North Dakota (e-mail: alavallie@tm.edu) 2 Professor of Civil Engineering, North Dakota State University, Fargo, North Dakota (e-mails: Eakalak.khan@ndsu.edu and g.padmanabhan@ndsu.edu respectively)Abstract Recent educational research shows that students who engage in research projects aremore likely to
. 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
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
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
- 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