Cyberinfrastructure (CI) empowers the foundational computation resources underlying data analytics, spatial modeling, and many other domains serving the growing knowledge economy in the United States. In every part of these interactions with CI, questions of how to seamlessly integrate CI training into educational programs exist. In this article,…

Serious identification of the gifted started with the work of Lewis Terman early in the 20th century. Terman's model, based largely on IQ, may have made sense in the early 20th century, but it no longer makes sense today. The problems that society needs its gifted individuals to solve in the 21st century require much more than IQ--in addition to…

Teaching "Engineering Graphics" to freshman engineering students poses challenges to instructors as well as to students. While the instructors are confronted with a lack of material / text book that covers the broad scope of the subject matter, the students struggle to correlate newly developed skills to real-world engineering design problems…

When the global economic recession hit the world some 18 months ago, very few could predict the impact this would have on government spending on higher education. Higher education institutions in the United Kingdom face spending cuts. Notwithstanding, they are expected to deliver quality education with fewer resources. This article discusses…

Finding solutions to complex health problems, such as obesity, violence, and climate change, will require radical changes in cross-disciplinary education, research, and practice. The fundamental determinants of health include many interrelated factors such as poverty, culture, education, environment, and government policies. However, traditional…

The Futuristic Problem Solving Model teaches gifted 8- to 18-year-olds about the future by developing problem solving skills that require them to write problem statements pertaining to future issues, create goals and objectives, conduct force field analyses, and forecast probable consequences of problem solutions. (CB)

Presents several conceptual models dealing with issues in environmental education. Models described are: (1) Population/Resources/Pollution, (2) Cause-and-Effect Analysis, and (3) Ethical Analysis. (CS)

The National Research Council has suggested that science classes need to become more active and authentic. To help with this effort, Thayer Model Engineering was created several years ago as an inquiry science course at Champlain Valley Union High School in Hinesburg, Vermont. In this school, the students apply the Thayer Model--a four-step…

This article focuses on content of the United States' Department of State Study called the Global 2000 Report issued by the Carter Administration on July 24, 1980. The report discusses the present trends which will lead to a more crowded, more polluted world, vulnerable to disruption. (Author/SA)

Focusing on the third world nations, this paper discusses the need for global education and presents a teaching model which involves students in contemporary world problems. As background information, terms are defined, third world efforts during the last twenty years to equalize the distribution of the world's wealth are traced, and contemporary…

Activities of the Federal Interagency Committee (FIC) during the 1981 International Year of Disabled Persons (IYDP) are highlighted. In chapter I, a management report provides the goals established by the FIC, how they were met, and the processes used to meet them. Agency actions are reported in chapter II. The superior accomplishments of five…

This second volume of the Global 2000 study presents a technical report of detailed projections and analyses. It is a U.S. government effort to present a long-term global perspective on population, resources, and environment. The volume has four parts. Approximately half of the report, part one, deals with projections for the future in the areas…