Difficulty securing adequate professional development (PD) has long been a barrier to the effective implementation of educational technology. Concerns about the dearth of PD for helping teachers integrate technology into their instructional practices raised nearly 25 years ago appear to still hold true despite repeated calls for increased…

Transition from face-to-face to the online classroom is an enlightening journey. This is the cutting edge of a paradigm shift in K-12 education, and it is important for teachers to understand it. Many teachers may not receive a formal training program and should realize that it is not always an easy transition. Anything can happen, and never…

When LoTi was first introduced in 1994 as the Levels of Technology Implementation framework, the intent was to create a tool to help district leadership quantify how teachers were using technology in the classroom. After serving the past 15 years as a research framework, self-reporting technology integration survey, and school improvement model,…

Tremendous growth in educational technology tools, applications, and Web 2.0 resources have created a plethora of new methods to meet the learning needs of all students. Unfortunately, the potential of these methods is hardly understood before a new technological breakthrough makes its way into the classroom, through either teachers or, more…

The previous article reviewed the range of educational technology professional development session and program goals. In this article, the second part of four-part series, the author presents and explains educational technology-related professional development (ETPD) models. ETPD models can be classified into five general types of professional…

Presents Abraham Maslow's hierarchy of needs (physiological, safety, belonging, esteem, self-actualization) as a model for developing technology training and support for teachers, identifies basic technology-related needs that must be met before higher levels of technology integration can be achieved, and offers seven implications to help…

Understanding research on innovation diffusion can help technology leaders in schools develop strategies to encourage the support and adoption of technological innovation. Discusses Everett M. Rogers' research on innovation diffusion, considers social systems and innovation, and describes group size and traits of innovators, early adopters, early…

Presents a model based on a bicycle metaphor for teaching problem solving and computer-mediated solutions, discusses its implications for education, and lists ten strategies applied using the model. Provides a unit plan on using spreadsheets to explore Australian convict history, outlining establishment, development, interpretation, and…

Describes how computer simulations can enhance students' learning of physiology. Discusses how computer models enhance experimentation; using computer modeling in high school science; three steps in students' writing of a simulation; and the value of simulations. Lists six software vendors who offer packages on the PC or Macintosh platforms. (AEF)

Phase 9, a teacher-designed, classroom centered model, takes teachers through a nine-step process that results in the development of integrated instructional units. Teams of teachers come to an intensive five-day training with lessons they know work well with students. In interdisciplinary teams, they fold technology, state and national standards,…

Presents seven activity structures for Internet-based problem solving projects to aid teachers in designing effective educational telecomputing experiences that can be curriculum-based and adapted to learning needs and preferences of students. These projects include information searches; electronic process writing; sequential creations; parallel…

If technology is to have more than a modest impact on curriculum design, educators must embrace a new paradigm integrating technology in the classroom. Describes LoTi (levels of technology implementation), an instrument to measure the degree to which computers are used to support concept-based or process-based instruction, consequential learning,…

Provides a model for task computing for fifth graders that meets educational technology goals and challenges students to take full advantage of available hardware and software. Highlights include task rotation; assessment; benefits, including integrating technology into the classroom, computer literacy skills, peer tutoring, cooperative learning,…