This article presents the implementation of the constructive alignment theory (CAT) in a power system analysis course through a consensus-based course design process. The consensus-based design process involves both the instructor and graduate-level students and it aims to develop the CAT framework in a holistic manner with the goal of including…

Courses focused on renewable and alternative energy are taking hold across the country as educators seek to channel students' concerns about the environment and conservation into classroom lessons. This article talks about the rising interest in "green" curriculum. Here, the author describes the Green Tech class that introduces students to the…

To keep pace with accelerating technology and workplace expectations, high school and technology center students need access to high-level programs and courses that open the doors to further education and careers. The Southern Regional Education Board (SREB) and nine states have launched a far-reaching program to provide rigorous and relevant…

A concept of transportation as purposeful activities and experiences of a manipulative nature is the real key in meeting the objectives of an industrial arts program based on technology. (GR)

Describes the discipline approach as a potential solution to the problem of developing content and method for industrial arts transportation technology. (GR)

Electrical engineering (EE) curricula in the Gulf Cooperation Council (GCC) region have gone through an evolutionary process, and are now approaching a maturity level. In order to address academic and local industrial needs in a unified way, a need has been felt to investigate EE curricula in a way that highlights theoretical understanding, design…

The article discusses the need for industrial arts teachers to have an understanding of the sources, conversion, control, transmission, and utilization of power and energy, and outlines a proposed scope and sequence in power and energy technology in an industrial arts education college curriculum. (MF)

Energy production is an essential part of American society and the economy. In the best tradition of community colleges, Bismarck State College (BSC) in North Dakota has responded to the specialized training needs of industry for over 25 years by forming various collaborative efforts with the energy industry. This article presents an example of…

This report describes the development of the Project ABLE Power Mechanics program. It is designed to serve as an administrator's and instructor's manual for the organization, implementation and evaluation of a program of individualized instruction utilizing the Project ABLE Power Mechanics Curriculum materials. Training aids, tools, supplies, and…

Examines the potential changes that dislocations in energy sources and uses would have on vocational training in Wisconsin and the new energy technologies which will require curriculum change or development. (MF)

The overall objective of this project was to develop a training program and materials for power plant training in North Dakota. The project utilized four separate instructional units and four separate enrollment times with eight students enrolling in each phase to a maximum of thirty-two students. The course that resulted from the project is…

An upper-division two-year program in electrical power engineering technology developed at Oklahoma State University is described. The typical two-plus-two program in mechanical, electronics, electromechanical, or other related technologies consists of two years of study at the associate level followed by two years at the bachelor's level. (MF)

A curriculum alignment chart is presented that translates mathematics goals/indicators into related vocational skills for the energy and power course in the secondary vocational education curriculum. The chart contains three columns that correlate (1) vocational education performance indicators, (2) vocational education competency and mathematics…