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A Tablet Pc Based Electronic Grading System In A Large First Year Engineering Course
Author(s) -
Ricky Castles,
Eric Scott,
Jenny Lo,
Vinod Lohani
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--5329
Subject(s) - course (navigation) , computer science , grading (engineering) , tablet pc , multimedia , engineering , civil engineering , aerospace engineering
In Spring 2008, an electronic homework submission, grading, and return system was piloted at Virginia Tech in a freshman engineering course using Tablet PC technology and the Blackboard course management system. This course previously required students to turn in hardcopies of homework assignments once a week, which ranged from a single page to upwards of 10 pages per week per student. Following the successful pilot, a completely electronic grading system was deployed on a large scale in the Fall 2008 semester offering of the same course with over 1,400 students turning in and receiving grades and feedback on all of their assignments electronically. All freshmen in the Virginia Tech engineering program are required to own a Tablet PC and DyKnow technology is used to enhance classroom interactions. This electronic grading system is expected to further justify the use of Tablet-PC technology in instruction. This paper explores the logistics of the grading implementation including the necessary technological and personnel infrastructure. The roles played by faculty members, graduate teaching assistants (GTAs), and undergraduate graders in the electronic grading paradigm are clearly described and compared with the roles played by these groups under the former paperbased system. In order to showcase the environmental benefits of such a system, an estimate of the reduction in paper usage under the fully electronic system when compared with the traditional pen and paper grading system is included. Several foreseen and unforeseen benefits and drawbacks of electronic grading are discussed and compared with traditional paper-based grading including the time graders spend marking assignments, the availability of assignment documentation, some technological challenges, and the training necessary to become a successful grader. Data is presented from student surveys to showcase student opinions on electronic grading. Feedback from graduate teaching assistants, faculty members, and undergraduate graders is also included to showcase the positive and negative aspects of the current grading system.

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