Transitioning Learners to Calculus in Community Colleges (TLC3) is a research project aimed at transforming institutional approaches to matriculating underrepresented racial minority (URM) students into and through Calculus II in the nation's 1,023 public associate degree-granting institutions (community colleges). The broader goal of the TLC3…

Novel trends and innovations have enhanced contemporary educational environments. When applied properly, these computing advances can create enriched learning opportunities for students. "Mobile Technologies and Augmented Reality in Open Education" is a pivotal reference source for the latest academic research on the integration of…

How laser videodisc technology can be used to improve mathematics instruction is described, with note of the development of a videodisc curriculum on mastering fractions. Relevant research is reviewed, as well as how teachers can use the technology. The instructional design is described, and field-testing and revision reported. (MNS)

The poor achievement of secondary students with learning disabilities in mathematics is often affected by prior low achievement, low expectations for success, and inadequate instruction. Good instruction involves careful selection of examples; explicit instructional design; a parsimonious use of time and resources; and techniques such as direct…

Describes and illustrates five areas of instructional design in mathematics well suited to students with learning disabilities. Suggested learning strategies for teachers to incorporate include using big ideas and conspicuous strategies; teaching efficient use of time; giving clear, explicit instruction on strategies; and taking time for…

Based on the premise that meaningful learning in mathematics occurs when children link their understandings with the symbols and procedures they are taught, three places are identified where children can link symbols and their referents, procedural rules and conceptual knowledge, and answers to problems with other knowledge about what is…

Examines issues which emerged during the development of estimation materials produced by the Technology and Basic Skills-Mathematics (TABS) project. Special attention is given to the use of feedback in computer-based instruction on estimation. (JN)

It is argued that the outdoor environment provides an opportunity for students to use and master the metric system and that the metric system allows data to be collected and tabulated easily and exactly. Specific activities for using the metric system in the outdoors are suggested. (Author/EB)

The design, selection, and organization of instructional materials that integrate calculators are described in relation to a model based on movement and representational level. Instructional resources and advantages of the model are described. (MNS)

This paper explains what curriculum-based measurement (CBM) is; presents a case study to describe how special education teachers can use CBM to develop instructional programs, focusing on mathematics; and discusses future directions for ongoing monitoring systems. Four graphs and a skills analysis chart illustrate the case study. (JDD)

This final report summarizes work done to formulate and test some cognitively-based principles useful for designing instruction in scientific or engineering fields. These principles stress the coherence and interpretability of the knowledge acquired by students. The principles were specifically applied to: (1) analyze the underlying knowledge and…

Arguing that high attrition rates and low grades in trigonometry classes underscore the need for changes in the approach to trigonometry instruction, these papers suggest an instructional model and present a proposal for its adoption at the College of San Mateo (CSM). The first paper begins with the argument that students' lack of preparation for…

Four ways of using curriculum-based measurement (CBM) in instructional decision making and monitoring of mathematics operational skills are described. These are evaluating progress and determining modifications; targeting skills for instruction; judging the adequacy of end-of-year goals; and determining effectiveness of different interventions.…

The Peabody Reintegration Project utilizes curriculum-based measurement (CBM) to help integrate pupils with mild and moderate disabilities into mainstream math instruction. CBM is seen to be particularly relevant to a transenvironmental programing process involving environmental assessment, intervention and preparation, promoting transfer across…

What students need to know in a world where most computations are done by machine is discussed. Needed changes in the mathematics curriculum are then detailed in relation to mental arithmetic, numeration, decimals and fractions, paper-and-pencil computation, order of operations, problem solving, and instruction on calculator use. (MNS)