description. For example, “it is both mandatory and extremely helpful” and “b/c itwas very beneficial and gave us guidance.” The next most prevalent specific reason was for helpwith their topic (24; 16%). For example, “librarians are great at helping narrow down a topic tosomething we can reasonably write about” and “it helped focus our efforts in finding a topic.”The only reasons provided for not scheduling an appointment were graduating and beingcomfortable with databases.Discussion The students’ feedback was important in assessing teaching effectiveness and consideringfuture changes on consultations. In the fall 2018 questionnaire, the subject librarian wanted toknow if a library session was needed prior to this class. During some
the ability to generate questions isfundamental to all engineering problem-solving. The ability to develop a research question isalso an essential information literacy skill that provides focus, strategy, and structure to aresearch paper. Critical thinking, writing and research skills, are important course componentsthat students will continue to develop throughout their academic and professional careers.At New Jersey Institute of Technology (NJIT), a mid-size technology university, the instructorsand university reference librarians collaborated to create a research assignment [1]. Thisassignment was given to students in a First-Year Engineering Course, Fundamentals ofEngineering Design (FED101) starting in the fall semester of 2017. This
completing first year are currently admittedto the Department of Civil and Environmental Engineering (CEE) – around 200 students in2008.Course overviewIn the common first year, students gain exposure to fundamental engineering and scientificprinciples across a wide range of subject material. Over the following years, students buildon this core material for their specialisation, as well as developing technical andcommunication skills. Throughout the papers there is a strong emphasis on problem solvingand students are encouraged to think creatively. The School of Engineering is guided in itsteaching by the University of Auckland Graduate Profile1, which expects graduates to be ableto understand and appreciate the characteristics of scholarship
a senior member of IEEE and is a member of ASME, SIAM, ASEE and AGU. He is actively involved in CELT activities and regularly participates and presents at the Lilly Conference. He has been the recipient of several Faculty Learning Community awards. He is also very active in assessment activities and has presented dozens of papers at various Assessment Institutes. His posters in the areas of Bloom’s Taxonomy and Socratic Inquisition have received widespread acclaim from several scholars in the area of Cognitive Science and Educational Methodologies. He has received the Assessment of Critical Thinking Award twice and is currently working towards incorporating writing assignments that enhance students’ critical
served in engineering and management positions within Eastman Chemical Company from 1991-2000. At N.C. State, she is currently the Director of Undergraduate Studies in Chemical Engineering. Her research interests include the integration of teaming, writing, and speaking into the undergraduate curriculum. Page 11.1309.1© American Society for Engineering Education, 2006 The Literate Engineer: Infusing Information Literacy Skills Throughout an Engineering CurriculumAbstract Research and information skills have become increasingly important for the current andfuture success of
com world, but it’s not as good for the dotresearch world.The Pedagogical Context: The Technical Communication Class and the CapstonesOne of the dilemmas faced by those of us who teach engineering students is how best tofulfill the requirements mandated by the national accreditation board. In the case oftechnical communication, that means helping our students develop their so-called“professional” skills; that is, communication, team work and lifelong learning skills.Recently, the writing-across-the-curriculum (WAC) and writing-in-the-disciplines (WID)models have approached these requirements by integrating communication within varioustechnical classes. In these models, the communication instructors have some input intoboth curriculum and
courses the instructor teaches, students are required to conduct some sort of literature review related to the course topic. When queried for the first step for information gathering, the students almost always answer “Google it!” or in the best case “Find the related article in Wikipedia!” The other side of the problem is that students do not know how to properly acknowledge others’ work. It is ironic that in the so called “information age”, we have an “information literacy crisis”. The objective of this project was to add components to the Mechanical Engineering program that would address these fundamental problems in the engineering curriculum. Currently, there is an immense expansion and broadening of knowledge in
college-wide formal program, although the libraryconducted many instruction sessions that promoted and taught information literacy concepts. Asthe program developed, a curriculum-integrated approach was initiated, and individualdepartments were encouraged to write their own standards, using ACRL standards as a guideline.Departmental standards are sequenced and discipline-specific, with identified skills andresources students must learn as they move through their majors6. A primary portion of thiseffort involves librarians working with departments to develop and adopt information literacystandards. As of this writing 14 departments now have programs (nearly 40%), with 23 indiscussion7.Phase two of this program is assessment. Already, some data are
science and engineering students gained valuable experience in effectiveoral and written communication skills and received constructive feedback. Through their coursereviews, the women said that the class helped them build confidence in making presentations.8. Conduct a seminar for women engineering students preparing for the Fundamentals of Engineering (FE) exam, the first step towards becoming a Professional Engineer (PE)Fewer than 12 percent of all PEs are women but there are many advantages of holding a PElicense. A PE license generally is a benefit in negotiating salary and can be an advantage in thehiring process.11 The FE exam is the first of two exams that an engineer must pass to be licensedas a PE. Engineering students may take the
and processes would be unwieldy. There are toomany components involved to create an accurate, useful diagram.It is easy to distill the components into fundamental sets of resources and group them intocategories that academic libraries provide to their patrons through the home page. Thereference services that are focus on for the purposes of this model are the catalog,databases, services, and guided reference. The survey was conducted for this paper used a Page 14.154.2random set of 88 member institutions of ARL with a population of 114 possible ARLinstitutions that are college and university libraries. This gives a 95% confidence leveland a confidence
collections development liaison to the Civil and Mechanical Engineering Departments.Carla S Paterson, University of British Columbia Carla Paterson is a Sessional Lecturer in the Faculty of Applied Science, and the Department of History, at the University of British Columbia. She is interested in service learning and community-based research, and is a co-author of Fundamental Competencies for Engineers. Page 22.1682.1 c American Society for Engineering Education, 2011What information sources do engineering students use to address authentic socio-technical problems
seeks to assess the impact of the current information literacy instruction programoffered by the engineering librarian on freshmen engineering students’ abilities to criticallyevaluate and select credible and meaningful resources in their research and writing. Trends inlibrary literature suggest that students often skip library resources in favor of more familiarsearch strategies used in their daily lives. However, there is significant, positive correlationalevidence which suggests that using the library is closely associated with students’ academicperformance and university retention. In order to determine if the local library intervention hasan effect, this study includes multiple data sources that are used to examine students
Instructional Technology at Purdue (IT@P)¹. The grant consists of two main pieces,an expert system to provide a first line of reference assistance directing students to appropriateresources, and an animated tutorial that educates students on the nature of the technicalinformation sources that they might use for the assignment. The grant was funded for $14,520directed towards paying time for engineering library and Mechanical Engineering Technologyfaculty to design the tool and student technology employees and IT@P staff to create the tool.Since this online learning tool is concerned with the fundamental question of locating technicalinformation, another goal of the project is to meet the needs of general users who don’t choose orare unable to interact
-consuming if a large number of families is involved.7. Searching Cited Non-patent Literature in Patent DatabasesPatents often contain references to non-patent literature such as journal articles, books, andwebsites. Like cited patent references, these can be searched in patent databases that havesearchable non-patent literature cited reference data. As mentioned earlier, non-patent literaturereferences that have been cited in an EPO search report or classified under the CooperativePatent Classification system can be retrieved in Espacenet. In the USPTO database, searcherscan use the OREF field to retrieve non-patent literature references in patents from 1976 to thepresent.For example, the book Fundamentals of Microfabrication: The Science of
, and as a result of anearly iteration of this analysis, the library purchased a copy of the book in November of 2017 andplaced it on a 2-hour restricted checkout through Course Reserves to help alleviate thedemand.One of the books tied for second place had similar borrowing patterns. “Fundamentals of SupplyChain Theory” (2011) was requested three times in 2014, then 17 times in 2016. IMSE graduatestudents were wholly responsible for the requests of this title in 2017, but which course wasdriving this demand could not be determined. As of this writing, the library has not purchased acopy.The other second place title, “Basic Engineering Data Collection and Analysis,” (2001) had amuch broader reach. While it saw most of its ILL requests in 2017
upon the service aspect, to actuallyimpacting open access publishing. The concept behind their platform is institutionalcustomization that transforms the IR from an archival vault to a way for faculty to organize andshowcase their scholarly work4.In addition to preservation and stewardship there is another concept that IRs address, that of“fundamentally changing the way scholars disseminate their research.”5 Lynch addresses thisaspect in an interview and states that open access is not about saving libraries money, desirableand welcome as this might be. Rather “the first and most central point of the Open Accessmovement is to facilitate the growth and dissemination and use of knowledge and scholarship byremoving barriers and friction.”6 Law
, to support the needs of our engineering students.Fig. 8. GRIC Library services supporting the research lifecycle.Since communication skills in English are fundamental to succeed in STEM fields, especially forEnglish as Second Language students, the GRIC has also integrated peer-to-peer support with ateam of Graduate Writing Facilitators (GWF). The GWF’s are a team of three graduate studentswith diverse multidisciplinary backgrounds (Engineering, Science, and English), trained to offeracademic services in oral and written communication in English to meet the needs of all ourgraduate programs. Through writing clinics (e.g., English grammar and style, tone and audience,visual design, transition and clarity, and oral presentations in general
requirements that focus on scientificfundamentals and practical applications. However, ABET, the Accreditation Board forEngineering and Technology, Criteria for Accrediting Engineering Programs is driving some ofthe science and engineering departments to see more need for information literacy instruction.ABET General Criterion 3(g), (h), (i), and (j) - Student Outcomes, requires “an ability tocommunicate effectively”, “the broad education necessary to understand the impact ofengineering solutions in a global, economic, environmental, and societal context”, “a recognitionof the need for, and an ability to engage in life-long learning”, and “a knowledge ofcontemporary issues’ [1]. To meet this criteria, more writing assignments are being included
students favor books and popular periodicals as theybegin to explore the engineering literature. Web resources were the second most frequently citedtype of resource after books. This decreased dependence on web resources seems to stemdirectly from an imposed limit of two web citations per paper. Page 15.278.3BackgroundAt our institution, the majority of first-year engineering students entering in the fall term arerequired to complete Drexel University’s Freshman Writing Program (ENGL 101-103). This is athree course, year-long writing intensive sequence focusing on building the skills necessary tosuccessfully complete college-level coursework. As
informed of changes to the program or new needs that may arise. 2. Visit the newly created 500-level DAEN “Fundamentals” course [19] to orient students to the University Libraries and introduce them to DiSC and its services. 3. Offer a pre-capstone workshop for DAEN students the semester before the Capstone class. In this workshop, library staff could discuss developing a research question and a realistic project scope, data sources and license restrictions, and more. Learning to develop a realistic project scope is especially important for students since the project must be completed in one semester.References[1] M. Parry, “Data Scientists in Demand: New programs train students to make honest sense ofnumbers
. The course schedule rotatesaround three experiments, for which the students are expected to deliver a presentation and fulltechnical report. The overall goal is to ensure that students leave the class with an understandingof the entire experimental process from literature review to analyzing results to presenting theirfindings. The specific goals of the course are: • To reinforce the fundamental knowledge of thermodynamics, fluid mechanics and heat transfer students have obtained in prior classes. • To apply both analytical and “hands-on” knowledge to performing fluid and thermal measurements. • To develop student’s ability to design and conduct fluid and thermal measurements. • To develop
.2 McCabe, Donald L. “Classroom Cheating Among Natural Science and Engineering Majors.” Science andEngineering Majors 3.4 (1997): 433-45.3 McClelland, Heather. "How Original Is Your Writing?" Accident and Emergency Nursing 14.3 (July 2006): 131-32.4 Poole, Clifton H. “Plagiarism and the Online Student: What Is Happening and What Can Be Done?” Journal ofInstruction Delivery Systems 18.2 (Spring 2004): 11-14.5 Townley, Cynthia, and Mitch Parsell. "Technology and Academic Virtue: Student Plagiarism through the LookingGlass." Ethics and Information Technology 6.4 (Dec 2004): 271-77.6 Granitz Neil, and Dana Loewy. "Applying Ethical Theories: Interpreting and Responding to Student Plagiarism."Journal of Business Ethics 72.3 (2007): 293-306.7
this collaboration confident that students andinstructors alike benefited from the project’s pedagogical approach. Students in the coursesagreed that their knowledge of standards improved, and in their evaluation of the librarypresentations, were overwhelmingly positive in reporting the usefulness of the integrativemeasures taken by the research team. Given the success as reported by students and instructorsalike, the authors have turned this study into a pedagogical and collaboration case study that cansupport other collaborative efforts involving standards and librarian integration.Pedagogical Case Study ApproachThe purpose of EAS360 is to provide undergraduate engineers with the fundamental technicalcommunication skills they will need to be
AC 2011-465: COLLABORATIVE INFORMATION BEHAVIOUR OF EN-GINEERING STUDENTS IN A SENIOR DESIGN GROUP PROJECT: APILOT STUDYNasser Saleh, Queen’s University Nasser Saleh is Associate Librarian and the Integrated Learning Librarian at Queen’s University Engineer- ing and Science Library. He received a Bachelor’s Degree (Hons.) in Electrical Engineering (University of Khartoum), a Master’s Degree in Telecommunications and Networks Management (Syracuse Univer- sity), and a Master’s Degree in Library and Information Science (Syracuse University) and he is currently a PhD Candidate in Information Studies at McGill University researching Collaborative Information Be- haviour of Undergraduate Engineering Students. Nasser is
of one being a peer reviewed publication. Citations are appropriately used and formatted.The above example is the only institution that didn’t use their capstone design to measure 3.g.Another institution used the VALUE rubric for Oral and Written Communication to assess 3.g),(Cooney [19] maps all of the VALUE rubrics to ETAC student outcomes) which contains anoutcome “Sources and Evidence” with a rubric description at the ‘proficient’ level of Demonstrates skillful use and citing of high-quality, credible, relevant sources to develop ideas that are appropriate for the discipline and genre of the writing. [20]This institution also indicated that they had an embedded information literacy outcome, The ability
students to complete work for thischallenge.To complete the information use and acknowledgement challenge, students could submit workfrom the seminar, the design lab, or other coursework completed during the semester that theyfelt demonstrated the required knowledge.Traditional Classroom Page 26.275.5Overview of the CourseDesign Thinking in Technology, TECH 120, is a core curriculum design course for College ofTechnology students at Purdue University. The course gives students exposure to the designprocess while critically analyzing real world problems and solutions. Students in the coursecover topics like writing problem statements, ethnographic
the most relevant resultsfor a given query(14). While these approaches may have brought success in high school, thisquickly creates difficulty in successfully completing academic writing and research assignments.It is broadly agreed upon that there is a “significant skills gap in information competencies” ofincoming university students(15), such as identifying the type of information needed, findingjournal articles, and developing advanced search strategies(16). This does not necessarily renderincoming students information illiterate, for they are demonstrating a capacity to findinformation that can be further expanded. In the case of engineering students, the incomingcohorts are initially unaware of the vast information resources and
Paper ID #27122Best Practices for Engineering Information Literacy Instruction: Perspec-tives of Academic LibrariansDr. Jeanine Mary Williamson, University of Tennessee, Knoxville Jeanine Williamson is the engineering librarian and a professor at the University of Tennessee, Knoxville.Dr. Natalie Rice, University of TennesseeProf. Carol Tenopir, University of Tennessee, Knoxville Carol Tenopir is a Chancellor’s Professor in the School of Information Sciences, College of Communica- tion and Information, University of Tennessee.Ms. Jordan Kaufman Research Associate for the Center for Information and Communication Studies with an
. Measuring the effectiveness of a brief United diagnostic essay as an A technical writing courseScharf [58] 2014 States of 274 assignment and as a pre- ACRL IL SET for upper-year students. America and posttest to measure information literacy skills. A Fundamentals of
-related events and workshops, and directly tograntees from the OER incentive program, however, the course recruited few instructors lookingto adopt OER into their courses. The majority of participants were taking the course for generalinterest or because of their involvement with the campus Writing Center’s OER project. Whilethe certificate program is welcome to all types of participants, the team plans to recruit morecourse instructors in hopes they will finish the program feeling equipped and compelled to useOER in their courses - thus increasing the number of OER courses across campus. For the nextiteration of the certificate program, the team plans to directly contact department heads, askingthem to encourage their faculty to