Determining if Custodial Grandparents of Pre-K - Third Grade Students Perceive Delivery of Information and Services Offered as Effective in Decreasing Early Chronic Absence

This study examined the delivery of information and services offered to grandparents who had become the primary caregivers of pre-k through third grade students to determine if the information and services were effective in decreasing chronic early absence as defined by Chang and Romero (2008). This mixed-method, multi-case study focused on the perceived needs of custodial grandparents and examined if the school system was meeting their needs through delivery of information and services. The researcher sought participation from 5 custodial grandparents who had grandchildren in pre-k, kindergarten, first, second, or third grades in a Northeast Tennessee school system and whose grandchildren had accumulated absences that met the definition of chronic early absenteeism (10% or more absences) as defined by Chang and Romero (2008). Skyward Database provided a list of families who met the aforementioned criteria. The average age of this group of grandparents was 51.8 with a range of ages from 48 to 54.The comparison group, also retrieved from the Skyward Database, included 4 custodial grandparents whose grandchildren had the highest attendance rates (top 5%). The average age of this group was 53 with a range of ages from 48 to 59. Researcher-developed questionnaires and interviews were used to determine outcomes and major findings. [a1] Major findings included 1) A Chi Squared Test determined that children in grandparent-led households were significantly more likely to meet the criteria of chronic early absence than children from parent/other guardian-led households; 2) 100% of grandparents in both groups had not heard of chronic early absence, 33% of teachers had not heard of chronic early absence, and 50% of Family Resource Center Staff had not heard of chronic early absence; 3) 47% of grandparent-led households met the criteria of chronic early absence while only 18% of parent/other guardian-led households met criteria of chronic early absence; 4) 0% of the parents were involved in the child’s life or education in the grandparent-led households while 50% of the parents were involved in the child’s life or education in parent/other guardian-led households; 5) 20% of children in grandparent-led households with chronic early absence had disciplinary actions while 100% of children in grandparent-led households with high attendance had significant disciplinary actions; and 6) Sickness was the primary reason for absences in grandparent-led families with chronic early absence; 7) A majority of grandparents in both groups used verbal communication with teachers and school staff, but written communication was preferred by each group

Keynote: NGLC Blended Learning Study Report and Where Do We Go from Here?

Drs. Cassidy and Spohrer will give an update on the Next Generation Learning Challenges Wave I grant-funded study of blended learning, including an overview of preliminary findings from courses taught at our partner colleges over the 2012-2013 academic year. We will also present and discuss possible next steps for 2013-2014

Keynote: NGLC Blended Learning Study Report and Where Do We Go from Here?

Drs. Cassidy and Spohrer will give an update on the Next Generation Learning Challenges Wave I grant-funded study of blended learning, including an overview of preliminary findings from courses taught at our partner colleges over the 2012-2013 academic year. We will also present and discuss possible next steps for 2013-2014

Project Overview and Research Findings

Provost Kim Cassidy and Jennifer Spohrer give an overview of the blended learning study funded by the Next Generation Learning Challenges Wave I grant. They explain the origins of the project, introduce some of the blended courses developed to date, and mechanisms for measuring their impact. They will also present preliminary findings from the research done on fall-semester courses and discuss opportunities and support available for faculty at partner institutions who want to develop and teach blended courses in AY2012-2013 as part of the project

Emergent pedagogy: learning to enjoy the uncontrollable—and make it productive

This essay reflects the shared experiences of four college faculty members (a biologist, a psychologist, a computer scientist, and a feminist literary scholar) working together with K-12 teachers to explore a new perspective on educational practice. It offers a novel rationale for independent thinking and learning, one that derives from rapidly developing interdisciplinary and transdisciplinary inquiries in the sciences and social sciences into what are known as “complex” or “emergent” systems. Using emergent systems as a model of teaching and learning makes at least three significant contributions to our thinking bout teaching, in three very different dimensions. It invites us into an awareness that the brains of individual students and teachers operate as emergent systems that are neither possible nor desirable to control fully. It invites us to appreciate as well that the activities and benefits of a classroom are not all individual interactions between teacher and student. Interactions among students and teachers are collectively contributing to a somewhat unpredictable project with an insistently social dimension, which is in turn crucial to the individual achievements of all involved. Finally, emergent pedagogy encourages us to consider more carefully the relations between the individual classroom and the larger educational community of which it is a component, including a challenge to rethink the matter of assessment

Emergent pedagogy: learning to enjoy the uncontrollable—and make it productive

This essay reflects the shared experiences of four college faculty members (a biologist, a psychologist, a computer scientist, and a feminist literary scholar) working together with K-12 teachers to explore a new perspective on educational practice. It offers a novel rationale for independent thinking and learning, one that derives from rapidly developing interdisciplinary and transdisciplinary inquiries in the sciences and social sciences into what are known as “complex” or “emergent” systems. Using emergent systems as a model of teaching and learning makes at least three significant contributions to our thinking bout teaching, in three very different dimensions. It invites us into an awareness that the brains of individual students and teachers operate as emergent systems that are neither possible nor desirable to control fully. It invites us to appreciate as well that the activities and benefits of a classroom are not all individual interactions between teacher and student. Interactions among students and teachers are collectively contributing to a somewhat unpredictable project with an insistently social dimension, which is in turn crucial to the individual achievements of all involved. Finally, emergent pedagogy encourages us to consider more carefully the relations between the individual classroom and the larger educational community of which it is a component, including a challenge to rethink the matter of assessment

General Chemistry Students’ Cognitive Engagement During Intermolecular Interactions Activity Involving Sodium Ions, Chloride Ions and Water

In chemistry, three-dimensional models are used to help students understand advanced topics. Understanding what causes an increase in cognitive load is critical because a greater cognitive load is often related to three-dimensional models. To understand cognitive load in relation to models, students were given both a virtual simulation to complete and three-dimensional models to use. Question four of the activity was further analyzed and broken down into smaller sections based on the molecules involved. With the three-dimensional modeling kits, the students were given water molecules, sodium ions, and chloride ions. The students were asked to figure out if certain molecules interacted with each other and what interactions took place between them. The students then used this kit to model various interactions that occurred in question four of the exercise. They subsequently completed a chart on a worksheet related to this task. EEG data was taken directly from the scalp by a 16-channel Electrocap. Results will include Pope Engagement Index data and a comparison of what parts of the brain were active when completing each section of question four

General chemistry students’ cognitive engagement and what they attend to during a three-dimensional modeling activity focused on chemical and physical properties of coordination complexes

In chemistry, three-dimensional models are being used to help students comprehend advanced topics within the subject. Because a greater cognitive load is often related to three-dimensional models, learning what raises the cognitive load and determining the best way to measure it is critical. From there, steps can be taken to help lower the cognitive load and make the material easier for students to comprehend. To understand cognitive load concerning models, students were presented with physical three-dimensional models of various coordination complexes and asked to determine bond angles, the metal present in the complex, polarity, and to draw possible isomers and the most favorable interactions that would occur if a counter ion was present. Students simultaneously completed a worksheet related to the physical tasks. Tobii Glasses 2 were used to track eye fixations and visits while students completed the exercise, and an electroencephalogram (EEG) cap was used to determine what parts of the brain were most active to measure cognitive load. Results discussed will include the relationship between average engagement index and fixation duration/visit count and how it relates to cognitive load, as well as a comparison of how fixation duration/visit count varied between two years of students when the activity instructions were changed from year to year