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Using Robotics To Equip K-12 Teachers: Silicon Prairie Initiative For Robotics In Information Technology (Spirit), Alisa Gilmore, Bing Chen, Neal Grandgenett
Using Robotics To Equip K-12 Teachers: Silicon Prairie Initiative For Robotics In Information Technology (Spirit), Alisa Gilmore, Bing Chen, Neal Grandgenett
Teacher Education Faculty Proceedings & Presentations
The Silicon Prairie Initiative for Robotics in Information Technology (SPIRIT) is a unique collaborative effort between the University of Nebraska-Lincoln (UNL) College of Engineering, the University of Nebraska at Omaha (UNO) College of Education, and the local Omaha Public Schools (OPS) system. With funding from an NSF ITEST grant, from 2006 – 2008 the initiative recruited and trained 97 math and science middle school teachers through summer workshops and follow-up sessions during the school year, with the goal of equipping teachers in hands-on engineering design principles and providing curriculum development support for STEM instruction. The centerpiece of the training was …
Using Online Learning Resources To Promote Deeper Learning, Roger Bruning, Arthur I. Zygielbaum, Neal Grandgenett
Using Online Learning Resources To Promote Deeper Learning, Roger Bruning, Arthur I. Zygielbaum, Neal Grandgenett
Teacher Education Faculty Proceedings & Presentations
This paper describes research on four web-based learning applications that employ a variety of assessment approaches and student tracking and data aggregation mechanisms. These applications are aimed at promoting deeper learning in web-based learning applications and courses and at facilitating a research-based, design experiment approach to prototype development and improvement. Developmental research on two of these tools, Affinity Learning and Critical Thinking, is discussed in this paper. Affinity Learning uses database-driven software to capture the teaching skill of a master teacher. Students are guided through online activities and assessments in accord with their skills and rate of learning. When a …
Affinity Learning In Mathematics, Arthur I. Zygielbaum, Neal Grandgenett
Affinity Learning In Mathematics, Arthur I. Zygielbaum, Neal Grandgenett
Teacher Education Faculty Proceedings & Presentations
Teaching complex subjects such as mathematical modeling is intrinsically challenging. It is more so in a typical classroom setting. In this paper, we explore the use of technology to provide an electronic tutor that interacts with both teacher and student to provide a personalized and focused learning experience. Affinity Learning is an environment that captures the skills of a master teacher in a dynamic but simple technical embodiment and presents lessons and assessments online to a student. Initial results not only indicate that learning has occurred, but also distinguish male from female performance and give interesting insight into the learning …
Using Web Pages To Teach Mathematical Modeling: Some Ideas And Suggestions, Elliott Ostler, Neal Grandgenett
Using Web Pages To Teach Mathematical Modeling: Some Ideas And Suggestions, Elliott Ostler, Neal Grandgenett
Teacher Education Faculty Proceedings & Presentations
Mathematical modeling can perhaps be best defined as “the process of scientific inquiry” for mathematics. This is obviously a comfortable mode for teachers of science, but is rarely seen in the mathematics classrooms of today. This paper explores the possibilities of using interactive web pages to help facilitate an understanding of practical applications based mathematics. Because the scientific process is emphasized as the general operating framework, situations where students can hypothesize and experiment, and create data tables are most valuable. Special emphasis is placed on the fact that students and teachers both need to re-conceptualize effective mathematics instruction in order …
Mathematical Modeling Within A Technology Based Learning Environment: Some Principles For Adaptive Instruction, Neal Grandgenett, Elliott Ostler, Arthur I. Zygielbaum, Scott Henninger, Char Hazzard
Mathematical Modeling Within A Technology Based Learning Environment: Some Principles For Adaptive Instruction, Neal Grandgenett, Elliott Ostler, Arthur I. Zygielbaum, Scott Henninger, Char Hazzard
Teacher Education Faculty Proceedings & Presentations
This paper describes a set of research based instructional plans being developed by a multidisciplinary team of researchers at the University of Nebraska within a National Science Foundation Proof-of-Concept Grant. The project is seeking to establish a prototype effort for teaching mathematical modeling within a technology based learning environment, which includes components of adaptive instruction for the student. Seven curriculum based design principles for the adaptive instruction that are being followed in the development of the project are described in the paper as they relate to research on effective mathematics instruction, and in particular the enhancement of mathematical modeling activities.