Schares, Eric

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eschares@iastate.edu
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Schares
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Eric

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ILL Communication: Analyzing five years of Iowa State University’s print Interlibrary Loan requests

2019-06-18 , Schares, Eric , Schares, Eric , Reference and Instruction , University Library

Interlibrary Loan (ILL) is a service offered by libraries to supply patrons with materials which are not immediately available for lending. This could be for many reasons; the library might not own the item, the library may own a copy but it is already checked out to another patron, or the assignment of a required but expensive textbook spurs high demand for a particular title.

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Work in Progress: FLEx—Iowa State University’s Mobile Technology Classroom

2017-01-01 , Evans, Peter , Schares, Eric , Schares, Eric , Industrial Design , Reference and Instruction

This proposal describes the FLEx (Forward Learning Experience) program, a mobile learning environment in a 16-foot trailer designed to deliver advanced technology outreach to students around the state of Iowa. A joint effort of Iowa State University’s College of Design, College of Engineering, and Extension and Outreach, the FLEx has engaged 35,000 K-12 students, educators, and families in 171 events since the fall of 2014.

The trailer provides hands-on experiences with virtual reality, immersive visualization, prototyping, augmented reality through an Oculus Rift, interactive circuit building, a Makerbot for 3D printing, and a CNC (computer numerical control) router for complex precision material cutting. The FLEx utilizes learning theories such as constructivist, experiential and situational learning, universal design and game theory, and supports tinkering, play, and self-directed exploration. An early informal program review showed that Design and STEM interest among grades 3-8 increased 72% due to exposure to the FLEx.

The FLEx is a groundbreaking program which improves a land-grant university’s potential to reach its state constituents in a novel and focused manner. The program has received national awards, recognition, and interest in its early and initial configuration.

Future work will partner with University Extension and 4-H to build capacity to increase exposure and provide this experience to many more students across the state, with a particular focus on supporting rural students and underserved communities. Research is ongoing and being formally proposed to show the educational benefits of the program through workshops and longterm positive outcomes in partnership with state-level educational task forces.

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Publication

ILL Communication: Analyzing five years of Iowa State University’s print Interlibrary Loan requests

2019-06-01 , Schares, Eric , Schares, Eric , Reference and Instruction , University Library

Interlibrary Loan (ILL) is a service offered by libraries to supply patrons with materials which are not immediately available for lending. This could be for many reasons; the library might not own the item, the library may own a copy but it is already checked out to another patron, or the assignment of a required but expensive textbook spurs high demand for a particular title.

Analysis of historical ILL request data is a useful exercise to undertake as each request represents a patron with an information need which was not able to be immediately filled by the library’s collection. Each ILL request comes with a guaranteed circulation of at least one interested patron, and the request information is compiled in a dataset and preserved. Loans which are not able to be filled are still recorded and included in the dataset. Investigating trends and tendencies of a user base through this data can lead to more informed collection development practices, and understanding these data sets can reveal gaps in coverage or highlight areas where the user community may find the collection lacking.

This study is an analysis of five years worth of Iowa State University’s ILL requests of print books, spanning calendar years 2013-2017. 18,841 borrowing requests were analyzed, and monograph title data available for conducting this analysis include loan author, title, year, publisher, edition, and lender library. Patron information includes department affiliation and status; no further identifying information is recorded in the dataset used here.

This analysis focuses mostly on requests made by patrons from engineering departments, and it analyzes trends over time by constructing visualizations to look at:

  • the most active academic departments and their request activity over time
  • the most heavily requested titles
  • requests by patron status (undergraduate, graduate, faculty, staff, unaffiliated)
  • the total number of requests made over time
  • what peer libraries are used to fill the requests

This work focuses on requests for print books only; the scope does not include electronically delivered PDF journal articles, book chapters, or conference proceedings.

The analysis is done in the statistical software JMP, and the procedure to automatically create the plots which appear in this paper has been coded, saved, and uploaded for others to use or adapt to their home institution’s ILL data sets at: https://github.com/eschares/ILL-analysis

This study is intended to illuminate the ILL request activity at a large, public, land-grant university in the United States, demonstrate the tendencies and trends of the campus community, and discover where users’ information needs are not immediately being met through the print collection. This work can inform future collection development activities not only at the local institution but also at other universities worldwide.

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Electron mobility in nanocrystalline silicon devices

2006-01-01 , Stieler, Daniel , Schares, Eric , Dalal, Vikram , Muthukrishnan, Kamal , Noack, Max , Schares, Eric , Electrical and Computer Engineering

Electron mobility in the growth direction was measured using space charge limited current techniques in device-type nin structure nanocrystalline Si:H and nanocrystalline Ge:H structures. The films were grown on stainless steel foil using either hot wire or remote plasma enhanced chemical vapor deposition techniques. Grain size and crystallinity were measured using x ray and Raman spectroscopy. The size of grains in films was adjusted by changing the deposition conditions. It was found that large ⟨220⟩ grain sizes (∼56nm)" role="presentation" style="display: inline; line-height: normal; word-spacing: normal; word-wrap: normal; white-space: nowrap; float: none; direction: ltr; max-width: none; max-height: none; min-width: 0px; min-height: 0px; border: 0px; padding: 0px 2px 0px 0px; margin: 0px; position: relative;">(∼56nm)(∼56nm) could be obtained using the hot wire deposition technique, and the conductivity mobility at room temperature was measured to be 5.4cm2∕Vs" role="presentation" style="display: inline; line-height: normal; word-spacing: normal; word-wrap: normal; white-space: nowrap; float: none; direction: ltr; max-width: none; max-height: none; min-width: 0px; min-height: 0px; border: 0px; padding: 0px 2px 0px 0px; margin: 0px; position: relative;">5.4cm2/Vs5.4cm2∕Vs in films with such large grains. The plasma-grown films had smaller grains and smaller mobilities. The mobility was found to increase with increasing grain size and with increasing temperature.

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Publication

FLEx—Iowa State University’s Mobile Technology Classroom

2017-06-01 , Evans, Peter , Schares, Eric , Schares, Eric , Industrial Design , Reference and Instruction

Iowa State University’s FLEx (Forward Learning Experience) program is a mobile technology classroom housed in a 16-foot trailer, designed to introduce K-12 students, educators, and families to advanced technology and design thinking concepts. Since the fall of 2014, the FLEx has engaged over 35,000 participants through 171 events across the state of Iowa.