A Framework to Manage through Control and Automation a semester long student Project assignment in e-Learning Environment
Author | Chaumun, Mamade Ajmal |
Available date | 2015-11-02T08:14:13Z |
Publication Date | 2013-03 |
Publication Name | The Global Summit on Education |
Citation | Chaumun, Mamade Ajmal , "A Framework to Manage through Control and Automation a semester long student Project assignment in e-Learning Environment", The Global Summit on Education, March 2013 |
Abstract | Managing semester-long project assignments is not always an easy task since teachers need to keep track of many elements of the project that will reflect in a proper assessment of the students’ work. Integrating an LMS into the educational process and therefore to assign, track, and assess the project may add to the complication, this can be very challenging and especially when students work in groups. Students expect support and guidance from teachers in all stages of the project. In turn, teachers should have access to vital information. Only then, the support will be effective and timely at these critical decision-making points. Learning Management Systems (LMS) tools support effective teaching and learning using various features. In this paper, an approach is proposed to help teachers manage the project assignment by taking advantage of existing tool features provided by a commercial LMS. From the start of the project till the end, the approach fully supports the teacher’s decision-making and the support students by helping them keep up with schedule, timeline, deliverables and important instructions related to their collaborative work. This approach has been implemented for many semesters and it has received very positive feedback from teachers and students as well. This approach can save time, increase the evaluation process e and can streamline the various processes involved in a typical project assignment. |
Language | en |
Subject | Project Control and Automation Learning Management System Adaptive Release (Blackboard) |
Type | Conference Paper |
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Materials Science & Technology [310 items ]