Other Activities

Graphic-Enhanced Elementary Science (GEES) Project

Graphic-Enhanced Elementary Science (GEES) is an NSF project under the Discovery Research K-12 program started in January, 2008. The goal of the project is to create and assess teacher professional development materials that support effective use of student-generated graphics for science learning in grades 2-5. The primary context of use is with science notebooks and inquiry-based activities in the classroom. The materials will help teachers support the creation and use of graphics by students during inquiry activities and as a formative assessment tool for teachers.

The central aims of this project are to:
  1. Provide an overarching vision—guided by learning sciences research—for the use of student-produced scientific graphics in inquiry-based activities through elementary science notebooks.
  2. Create a series of individual case studies demonstrating how graphics can be used effectively as part of inquiry-based science activities at the elementary school level.
  3. Model effective strategies for instruction through and with graphics, leading to improved teacher pedagogical content knowledge (PCK).
  4. Provide the professional development modules in a form that can easily be integrated into existing professional learning communities and are scalable at a national level.
GEES will be building off of the previous work of the Labwrite and VISE projects with a specific focus on student-generated graphics in the context of science writing at the elementary level. Co-PIs on the project are James Minogue (Elementary Education) and Michael Carter (English). Graduate Research Assistants are Lauren Madden and John Bedward.

UBEATS Project

Universal BEATS is a is an NSF project under the Discovery Research K-12 program started in January, 2008. Its goal is to explore how to more deeply engage elementary school students in science through innovatively infusing concepts and methods from music education and the emerging scientific field of BioMusic into standards-based elementary science and music curricula. The project is an innovative, and cutting-edge look at multidisciplinary education experiences based on multisensory research in the sciences and humanities. The content covers a wide range of scientific, technical, and sociobiological areas that exemplify the National Science Education Standards (NSES) focus on fostering the spirit of and capacity for scientific inquiry among a wide range of students, including non-native English speakers and low vision/blind students. This project is a joint effort by the Music Research Institute at UNC-Greensboro, the Kenan Fellows and the Friday Institute. The PI is Patricia Gray (Music Education, UNC-G). Other co-PIs include Sarah Carrier (Elementary Education) and David Teachout (Music Education, UNC-G)

CPATH-CB Computing Across the Curricula Project

CPATH-CB: Computing Across the Curricula is an NSF project under the CISE Pathways to Revitalized Undergraduate Computing Education program started in July, 2007. . This project will develop undergraduate standards for computational literacy in the engineering curricula and propose academic and institutional reforms to support these goals. The PI is George Rouskas (Computer Science). Other co-PIs include Lisa Bullard (Chemical Engineering), Jeffery Joines (Textile Engineering), and Larry Silverberg (Mechanical and Aerospace Engineering)

Virtual Computer Lab (VCL) Initiative

Supported by a Faculty Development Grant from IBM and State of NC funds to the NC Community College System, this project is looking at how middleware tools such as the Virtual Computer Lab (VCL) can be effectively used to promote learning in K-16 education. A overarching goal is the use of remote computing technologies (i.e., cloud computing) to provide equal access among all schools to powerful computer-based tools for learning. The current focus has been an evaluation project with the NC Community Colleges, planning for maximizing the effectiveness of an eventual statewide role-out of the VCL system. Research as part of this project is building off of a theoretical framework of technological innovation in instruction and integration of new technologies into organizations. This project is coordinating its work with the North Carolina Connectivity Project, which has as its goal to bring cost-effective high-speed network connectivity to all K-12 schools in North Carolina. As this project progresses, these technologies will be evaluated and studied in K-12 settings. Graduate Research Assistants are Tara Behrend and David Sharek.

21st Century Teaching and Learning Initiative

Since the summer of 2005, the Friday Institute has been collaborating with educators from northeastern North Carolina school districts to create innovative classroom practices – and a technology infrastructure to support them – in rural public schools. In a project headed up by Lisa Grable, Meg Blanchard and Eric Wiebe, the Institute has been collaborating with educators from school districts in Franklin, Roanoke Rapids, Granville, Weldon City, Northhampton, and Halifax counties. The initial focus is to look at how new, technology-based learning tools will enable interactive, collaborative and engaging learning experiences that boost creativity and self-directed learning skills. Partnerships with some of the world’s leading technology companies (Cisco, IBM, Nortel and SAS) will help integrate technology into the classroom. A particular focus is for middle school science and math teachers to help their students use scientific instruments and sensors (from partner Vernier Software and Technology) to engage in data-rich inquiry-based learning methods.

Visualization in Science Education Project

The Visualization in Science Education project was funded by the NC GlaxoSmithKline Foundation to support the Mathematics and Science Collaboratory of the Friday Institute. This project is engaged in basic research into how graphics and other visiospatial materials are used in science education as well as looking at how to more effectively produce, test, and disseminate these materials to classrooms. Much of this work is being carried out under Project VISE (Visualization in Science Education). The GSK project team has set up a research lab at Friday Institute that includes eye tracking, video and audio recording, and screen capture equipment, allowing researchers to capture all aspects of student/teacher/media interaction. The project was actively involved in designing, purchasing, and installing equipment in the new Friday Institute building, which opened Fall 2005.

LabWrite Project

LabWrite is a NSF-funded project working to improve the quality and instructional effectiveness of undergraduate laboratory reports. The project has produced websites for students and for instructors to help support the lab report writing process. The website was supplemented by on-site training and course support. In the Fall of 2000, lab courses in Biology, Chemistry, Geology, and Materials Science and Engineering participated in a pilot of the LabWrite material. In 2003 the project was refunded and a new, redesigned site was developed. A new round of piloting is currently underway at NC State, Duke, Meredith College, Central Carolina Community College, and NC A&T. These schools, along with others nationally are using both our old and new sites.


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Rev. EW 5/08