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Project Outcomes

Displaying 111 - 115 of 333

Implementing and Assessing Open Access Physiology Learning Modules

Keith Schillo

Adirondack Community College

2015

Type of GrantIITG Tier Two

Amount of Award:$15,700.00

  • Learning Space (Facility)

Project Summary:

Coupled with NSF funds, open access materials to support physiology case studies are being developed to simulate and support research and clinical practices.

Increasing Technology-Based Pedagogy in Graduate Nursing Students Using the TPACK Model

Cheryle Levitt

Adirondack Community College

2015

Type of GrantIITG Tier Two

Amount of Award:$20,000.00

Project Summary:

Development of online and blended modules to assist with pre-service nursing training and assessment.

The Necessity of Accessibility Online

Michael Case

Alfred State College

2015

Type of GrantIITG Tier One

Amount of Award:$10,000.00

  • Accessibility - ADA

Project Summary:

Faculty development conference to support online accessible content.

Project Outcome:

We are working on making our course content accessible to the widest possible student population, which will increase enrollment by reaching those students that need additional support. We are also training and educating faculty about accessibility, which will also ensure that our courses have no barriers to students with special needs and make us a compassionate campus.

Collaborative Initiative on Problem Based Learning in Music

Natalie Sarrazin

Brockport

2015

Type of GrantIITG Tier One

Amount of Award:$10,000.00

Project Summary:

Case studies for Problem Based Learning to support a music course, including student learning of rubric development.

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)

Project Summary:

Creation of OER learning objects (videos and lab experiment materials) for Introductory Mechanics courses.

Project Outcome:

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.