Project Outcomes
Open SUNY Information Literacy Initiatives
Logan Rath
Brockport
2014
Type of GrantIITG Tier Two
Amount of Award:$20,000.00
- Open Educational Resources (OER)
Creation and facilitation of a system for identification and curation of shareable content produced by SUNY faculty.
The Open SUNY Information Literacy Portal provides faculty and librarians a central location for the sharing of best practices in information literacy-related content development as well as a database containing raw files of creative commons-licensed curated instructional materials including videos, online tutorials, lesson plans, assignments, and syllabi. By leveraging our collective talent, we hope to reduce duplication of effort and encourage an atmosphere of collaboration.
Collaborative Initiative on Problem Based Learning in Music
Natalie Sarrazin
Brockport
2015
Type of GrantIITG Tier One
Amount of Award:$10,000.00
Case studies for Problem Based Learning to support a music course, including student learning of rubric development.
Outcomes TBD (August 2016)
Developing online lessons to improve student success in general chemistry and organic chemistry labs
Elizabeth Middleton
Adirondack Community College
2015
Type of GrantIITG Tier One
Amount of Award:$10,000.00
Creation of online OER content for general and organic chemistry courses to assist with content retention.
Outcomes TBD (August 2016)
Development of a Mastery-Learning Open Online Course in Motor Development Analysis
Helena Baert
Adirondack Community College
2015
Type of GrantIITG Tier One
Amount of Award:$10,000.00
Development of a mastery based online course in motor develoment and analysis.
Outcomes TBD (August 2016)
iPad Mechanics Physics Instruction
Dan MacIsaac
Buffalo State College
2015
Type of GrantIITG Tier One
Amount of Award:$10,000.00
- Mobile Learning; Open Educational Resources (OER)
Creation of OER learning objects (videos and lab experiment materials) for Introductory Mechanics courses.
We employed new technologies (tablet video analysis and production) to physics learning in both entry level and advanced pedagogical methods classes in new ways, seeking to extend subject appeal to more students, including hopefully, traditionally underrepresented students. The intervention was iPad (Tablet) based, but we hope to extend to mainstream modern smart camera phones.