Opportunity for development of clear and persuasive writing skills, study of interpersonal communication channels in internal and external environments, and experience in writing business letters, reports, and other written communications. Technological Research and Development Processes for guiding research and development of technological activities. Prerequisite: Senior standing. Information and Communication Technology An investigation of the concepts behind modern telecommunications systems. Students will explore the means by which systems are interconnected. Information will be provided regarding emerging developments in telecommunications hardware and software
SCHOOLIntroduction Current trends and future projections of engineering in the United States indicate a needto better inform, teach, recruit and prepare our youth for the technological age in which we live.In the book Technically Speaking, Why all Americans need to know more about technology, thefirst recommendation made by the National Academy of Engineering and National ResearchCouncil was to further “encourage the integration and increased study of technology in the K-12content, standards, curricula, instructional materials, and assessments” (2002, p. 105). TheAcademy also recently published, Educating the Engineer of 2020, which includesrecommendations of “supporting efforts to improve math, science, and engineering education atthe K-12 level
content retention andtechnology perceptions of the target audience using two e-documents: a static and a dynamic e-document; (3) to develop media assessment tools; and (4) to assess the prototype usability.II. Significance of this studyThe academic, medical, and business communities in today’s world need informed professionals,who are aware of emerging technological strategies to communicate and disseminateinformation. This pilot study focuses on communicating and disseminating state-of-the-artlaboratory procedures, such as non-viral gene therapy for lung diseases. In order for thebiotechnology professor or researcher to communicate the specific Electroporation (EP)procedure to others, it is helpful for the content expert to know what media arts
. R. Evans, S. Pestotnik, D. Classen “ A computer-assisted management program forantibiotics and other antiinfective agents. N Engl J Med, vol. 8, pp. 338:232-8, 1998.7. R. Wildes, “Iris Recognition: An Emerging Biometric Technology”, Proc. IEEE, vol.85, pp. 1348-1363, 1997.8. J.Daugman, “Statistical Richness of Visual Phase Information: Update on RecognizingPersons by Iris Patterns”, International Journal of Computer Vision, Vol.45(1),pp.25-38,2001.9. J.Daugman, “High Confidence Visual Recognition by a Test of StatisticalIndependence”, IEEE Trans.Pattern Analysis and Machine Intelligence, Vol. 15, No.11,pp.1148-1161,1993. Page 11.805.8
?Introduction:It was only a short time ago that the Internet became the vehicle of the “Information Economy”.Today, another innovative and potentially more important convergence of technologies has gainedcritical mass and recognition by business and industry, government, academia, professionalsocieties, and more recently, the public1-6. Many of the world’s leading technology companieshave bombarded the airways with TV ads about the “smarter planet” or similar terms that describethe emerging ecosystem of this new paradigm. These technology companies believe that thisnewest application of the Internet will be the driving force behind their success for the foreseeablefuture. Most call this rapidly evolving development the Internet of Things or IoT (see
developmentthat enabled seminal two-year engineering technology and engineering technician educationopportunities. We also identified that the ability of rural programs to offer instruction inadvanced physical spaces requires an ongoing commitment to appropriate resources, support thatis variously obtained from the institution, local employers, or some combination of stakeholders.Through our methodology and findings, we aim to contribute to a holistic understanding of howto study school-to-career pathways to inform how rural AM programs can advance to achievecompetitive growth.IntroductionSchool-to-career pathways not only represent a students’ journey, but they also represent theeducational program context. One must understand the geographic, political
numeracythrough adaptive learning tools. The potential of AI in education should inspire optimism aboutthe future of learning [6,7,8,9,10,11]. AI has become an integral aspect of contemporary life,prompting governments to prioritize educational advancement on a global scale.Research objectivesIn December 2023, Azerbaijan's Ministry of Education announced plans to establish neweducational standards by mid-2025, including integrating STEAM (Science, Technology,Engineering, Arts, and Mathematics) into the national curriculum [12]. This initiative reflects astrategic response to advancements in information and communication technology (ICT),particularly emphasizing incorporating 3D robotics within technology courses for grade 6 andbeyond. By aligning
intended for faculty, students, parents, and advisorycommittee members, although much of it is also needed for ABET accreditationpurposes. The latter link provides ABET specific information in a format designed toease an evaluator’s task of sorting through all the information needed to assess aprogram. As will be shown shortly, much of the information in the “ABET EvaluatorInformation” link is cross linked with the “Continuous Improvement/Assessment” link.The links are organized so that anyone can easily find all information that is required toview how the PUC technology programs are assessed. This include the institution’s andprogram’s guiding principles, the efforts being conducted, the assessment and evaluationof the efforts in relation to the
Session Number 2004-101 Distance Education Technology Empowers the Fire Service Dave Murphy Lorraine Stanton The University of North Carolina at CharlotteAbstract Due to increasing demands, professional requirements, emergent technologies and newthreats to public safety, fire service professionals have ever-increasing needs for access to highereducation. To aid in this quest, the University of North Carolina at Charlotte has initiateddistance education classes as a part of the Fire and Safety Engineering Technology program.Distance
a previous ASEE conference paper, the author reported on the design of“Communicating Technical Information” (CTI) as part of the online Masters ofEngineering in Professional Practice (MEPP) delivered by the department of EngineeringProfessional Development at the University of Wisconsin – Madison (Ross, 2002).That paper described the development of CTI and the emergence of “technicalleadership” as a theme. Methods, research, and exterior motivations were discussed andthe appropriateness of the theme for a graduate course in technical communication forpracticing engineers was justified. The paper concluded with the following agenda forcontinuous evaluation and of the course and for defining the theme of “technicalleadership with more
formulating questions.• Incorporate instruction in current and emerging technologies and interpersonal interactions (writing effective e-mail; designing and maintaining web pages; holding team meetings; conducting meetings; working in interdisciplinary teams).Many respondents suggested replacing what they (and many engineering professors) call “creativewriting” requirements such as English 101 or 201 with a technically oriented course that coversthe TC basics of writing, speaking, reading, listening, and evaluating technical subject matterintended for a variety of audiences. They also suggested we extend our instruction options toinclude “refresher modules or workshops” for practicing engineers who need to improve their TCskills.While some
students as well asrepresentatives from NGO’s, governmental agencies and international consultants to shareinformation and exchange ideas regarding appropriate technology program and coursedevelopment and/or the integration of appropriate, sustainable technology concepts into existingprograms and courses. A second objective of this workshop was to explore the challenges andbenefits associated with incorporating service-learning into engineering courses.Objective 1: To Provide a Forum to Share Information and Exchange IdeasSixty-three participants from 45 different organizations in eight countries attended the workshopthat consisted of keynote lectures, presentations, breakout sessions, and plenary discussionperiods. Facilitated discussion periods
. Same basic structure as version 1. Added navigation pull-August 1999 down menus. Changed fonts to sans-serif. Added student login to track information. Files given more descriptive names.Version 3 Redesigned color scheme and fonts. Added controls to all videos; controlsNov 2000 allow students to pause, play, and stop videos. Redesigned class activities.Version 4 Seven sections: What is Science and Technology was divided into twoJune 2000 sections: What is Science? And What is Technology? Completely redesigned the structure to follow the “look” and structure of Unit 2. Less linear, information is grouped into larger chunks with page numbers in each chunk
respective domains. After theinvention of the chip-based microprocessor in the 1970’s, the field of computer engineering first Page 12.1108.2began to emerge as an area of study. In the 1990’s, both software engineering and informationtechnology (IT) emerged as separate entities. Further refinements in the information systemsfield continue to occur as well; however, this paper focuses on changes that are more alignedwith the evolution of the traditional fields of electrical engineering and computer science, withemphasis on the area of computing.As we approached the end of the 20th Century, problems like Y2K placed increased demands onthe high technology
Fundamentals Lab 4 – 2D Sketching Implementing Lab 5 – Pick-And-Place SimulationLab1 – Safety LabThe first lab of the project is safety lab. There are safety equipment and technology that are builtwith the robot to protect itself and personnel. This lab includes the main design and rules thatstudents need to follow when they perform labs. For instance, the Deadman switch is included inthis lab so that students would know to press and hold the Deadman switch while programmingand running the robot. The objective of this lab is to provide detailed information of FANUCrobot safety devices and programs to prevent any accidents while performing labs.Safety is one of the significant topics to cover at the beginning of any labs that are
particular technology-baseddecision or debate in question, the specific knowledge needed will vary considerably, anotherfeature shared with STS. Figure 1: Definitions of STS*Welcome to our subject guide on STS. This guide is intended for use by students, staff andfaculty at the University of Alberta with an interest in STS, an emerging field of academicstudy, interdisciplinary in nature, that examines science and technology as social and culturalphenomena.http://www.ualberta.ca/~slis/guides/scitech/kmc.htmPrepared by: Catherine McCabe, Melanie O'Neil and Karen RowswellSchool of Library and Information StudiesUniversity of AlbertaEdmonton, Alberta, CanadaThe Program in Science, Technology, and Society (STS) at the
/knowledge acquisition” as well as to the manufacturing/commerce automation.The ability to acquire information and even to control instruments/devices at fingertips over theInternet is becoming desirable not only to the professionals but also to the general public.Thanks to the development of Internet Technology, distance learning and distance control ofdevices are emerging realities. Students nowadays can access information and receive educationat home over the Internet. There have been many distance learning (web based) courses offeredby academic institutions to benefit many students who might be constrained by distance andtime. However, most web-based courses are “lecturing courses” that still cannot fulfill the needof engineering and technology
medium size companies, that entry-level Page 4.315.1technical employees possess the required skills in order to be productive as soon as they join theworkforce. Moreover, almost all companies are now faced with the burden of continuallytraining their employees in order to keep up with the rapidly changing technology and the needfor qualified technical personnel will continually grow.One of the fastest growing and rapidly changing technical fields is the telecommunicationindustry. This includes the software/hardware involved in the sending, transmitting, andreceiving voice, data, and video information. New applications, such as e-mail, the
techniques forstudent development and enrichment in learning.With the continual desire to shorten the matriculation of engineering training by thereduction of credit hours, and the compactness of technical content, the traditionalmethods of instruction will not be able to effectively transfer the technical knowledgeneeded for tomorrow’s engineer in four short years of matriculation. With the rapid andemerging developments of information technology (IT) and multimedia tools availablefor learning, one approach to addressing the above challenge is to use IT software forinstruction and learning in engineering education. We define multimedia tools as Page
Session: 2258 The Ethnography of Cultural Diversity Considerations Within Human Computer Interface Design Ronald Gonzales Brigham Young UniversityAbstractThe emergence of strong Human Computer Interface design processes has positively impactedthe growth and development of information system design and administration throughout theworld. Associated with the development and standardization of user interface (UI) designguidelines is the determination of continued growth and development of web communicationbeyond the fundamental consideration
Abstract—Computer System Technology is an there are a large number of careers that graduates from ITenormously vibrant field that emerged at the end of the programs enter [8]. Those careers show an enormous diversitylast century as our society experienced a fundamental and the knowledge base and skill sets required for eachchange from an industrial society to an “information consequently vary widely as well. The curriculum shouldsociety.” This in turn demands changes to the curriculum therefore be designed in a way that gives an institutionof Computer Systems degree programs at colleges and considerable freedom in tailoring the curriculum to the needsuniversities so
consistently looks at ethics cases to determine andsupport policies for emerging technology. In the case of nanotechnology, the public awarenessand activism has been notably low concerning this area and nanomaterials. As new nanoinnovations have moved from the research lab to market, the general public has experienced theimpact of this technology, without really understanding or comprehending the social,environmental, or economical advantages or disadvantages.A 2009 national survey by the Woodrow Wilson International Center for Scholars (WWICS) onEmerging Nanotechnologies indicated that Americans’ awareness of nanotechnology is still low.In its national survey conducted for WWICS, the Hart Association found that the US publicopinion on nanotechnology
within their areas of expertise in order to benefit society. The rapid pace oftechnological change in today’s economy challenges this notion of narrow focus byplacing a premium on the multi-disciplinary skills of generalists rather than deeper , morenarrowly focused skills of the specialists. As engineering students enter a marketplacecharacterized by rapid technological change, there is a growing need for educators toreconsider approaches to problem solving. New approaches would address preparingtoday’s engineering graduates to solve problems for a broader assortment of products andprocesses than past generations of engineers. In emerging areas like nanotechnology, theproducts and processes may involve new principles that engineers learn and
the related area of information technology, JosephEkstrom and his co-authors from Brigham Young University suggest that IT be taught as anintegrative technology. They recommend “a change in orientation from focusing on thetechnologies to focusing on the interfaces between technologies.”4 Telecommunicationsengineering technology has, in the opinion of the author of the present paper, two central themes:network design, and interfaces. In other words, TET focuses on how to design a near-optimumnetwork to accomplish the required business functions within the prescribed budget, and how tointerface and manage the equipment and software that comprise that network. In this way, TETdiffers fundamentally from EET, which focuses on the design of the
-person/on-line hybrid 2+2 B.S. Program in Information Technology program. After only two years the program produced its first two graduates in Spring 2007. The program has an impressive retention rate of over 90%. • Students in the California State University, Fresno Industrial Technology online/hybrid program continue to progress. Over 50% of the initial 2005 cohort have graduated with their B.S. degrees. • A feasibility study was conducted to access the need for a new four-year engineering technology program in the region.Objective 3: Implement regional programs in Information Technology, Engineering Technology and Manufacturing Technology that reflects existing and emerging industry needs. • CREATE has developed and
accomplished? Based on information from the MassachusettsInstitute of Technology (MIT) library web site, mechanical engineering students are firstdirected to search the national standards network to determine if there is an AmericanNational Standard (ANS). However, a standard becomes an ANS only if the standardsdeveloping organization (SDO) is accredited by the American National StandardsInstitute (ANSI) and subsequently submits the standard to ANSI for approval.Consequently, not all standards students could be working with are ANS's. In fact, MITmaintains a collection of all ANSI approved standards in its library, along with those ofASTM International (ASTM) and the Institute of Electrical and Electronic Engineers(IEEE) (electronic access). It also
revolution, however, most of the problems to be solved by work-ing engineers will be novel problems, often created by new technology or the combination ofcross-disciplines. Certainly professors created knowledge previously in their minds, yet theytypically do not transmit to students the insights and judgments used in producing the knowl-edge. Providing students (especially Millennials) the reasons why selected information was in-cluded/excluded in course content is a critical part of the knowledging process. Useful insightson how experts (professors) differ from novices (students) enhance understanding.5Knowledging is to teach the student the process of creating by judgment the knowledge to solvethe given problem. Yet, once this knowledge, which is
evolution 29, 1. Organizations whenviewed as information processing systems organize their information technologies forprocessing, exchanging and distribution information required for effective task performance.Hence, measures of performance of organizational systems relate to measures of performance forinformation processing functions. Ahuja and Carley 1 have extended the concept of socialnetwork modeling to measuring emergent structural properties of virtual forms of organizingwork. The degree of centralization 36 refers to the degree to which interactions among membersin the organization are mediated by a supervising member who plays a focal role in taskaccomplishment 14. The reciprocity that exists among members of a virtual community is also
by enhancing the information processing skillsof STEM majors. Key words: Critical Thinking; STEM Education and MinoritiesIntroduction and Statement of the Problem Numerous initiatives, policies, and programs currently exist in recognition of the severityof the educational disparities that emerge in elementary school and culminate in the extremeunder-representation of African Americans, Latinos, and Native Americans among doctoralcandidates. A number of variables have been identified in the literature explaining, in part, one ofthe factors that contribute to the under-representation of minorities amongst students receivingdoctorate degrees in STEM subjects.Academic Background and Preparation First, academic under
-Class, On-Campus Events Associated with the First Year Seminar EVENT DESCRIPTION • Mandatory Events “Putting Penn State Technology to Work for You. Instructional Technology Workshop presented a review of Penn State Technology Resources, including the portal, e-portfolio, web-mail, and personal web space. Sponsored by IIT and Career Services. Library Open House. This event introduced the student to the Library’s collections and services. “An Overview of the AAA's of Academic Success.” A review of Academic Policies, Advising Responsibilities, and the Audit. All the information students need to know to be on top of the policies and to prepare for the mid