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Heldman, Bill – Learning & Leading with Technology, 2010
With few exceptions, students interact with technology in one way or another every day. And yet, in most U.S. schools, the term "computer science" (CS) refers only to generic skills classes, such as keyboarding and computer applications. Even most Web programming classes usually teach students only how to use conventional graphical user…
Descriptors: Computer Science, Computer Science Education, Curriculum Development, Models
Barr, David; Harrison, John; Conery, Leslie – Learning & Leading with Technology, 2011
In a seminal article published in 2006, Jeanette Wing described computational thinking (CT) as a way of "solving problems, designing systems, and understanding human behavior by drawing on the concepts fundamental to computer science." Wing's article gave rise to an often controversial discussion and debate among computer scientists,…
Descriptors: Educational Objectives, Computer Science, Thinking Skills, Cognitive Processes
Murakami, Christine – Learning & Leading with Technology, 2011
It's no secret that fewer and fewer women are entering computer science fields. Attracting high school girls to computer science is only part of the solution. Retaining them while they are in higher education or the workforce is also a challenge. To solve this, there is a need to show girls that computer science is a wide-open field that offers…
Descriptors: Females, Computer Science, Grade 5, High Schools
Tu, Jho-Ju; Falgout, Billie – Learning & Leading with Technology, 1995
Describes a lesson designed to teach a computer programming construct, the "if-then" statement, and to help students gain insight into computing concepts, stimulate students' creativity, and develop their higher order thinking skills. (JKP)
Descriptors: Computer Science Education, Concept Formation, Creativity, Integrated Activities
Schwill, Andreas – Learning & Leading with Technology, 1997
Describes a way to teach computer science based on J.S. Bruner's psychological framework. This educational philosophy has been integrated into two German federal state schools. One way to cope with the rapid developments in computer science is to teach the fundamental ideas, principles, methods, and ways of thinking to K-12 students, (PEN)
Descriptors: Computer Science Education, Educational Philosophy, Educational Theories, Elementary Secondary Education
Siek, Katie A.; Connelly, Kay; Stephano, Amanda; Menzel, Suzanne; Bauer, Jacki; Plale, Beth – Learning & Leading with Technology, 2006
Some women have various misconceptions about technology careers. Some of them think that one has to be a geek in order to become a computer scientist. When the Women in Computing Group at Indiana University (WIC@IU) was looking for ideas on how to increase the number of women in computing majors at IU, the authors realized that women were turning…
Descriptors: Womens Education, Careers, Majors (Students), Females
Royer, Regina D.; Richards, Patricia O. – Learning & Leading with Technology, 2005
In this edition of Learning Connections, the authors show how technology can enhance study of weather patterns, reading comprehension, real-world training, critical thinking, health education, and art criticism. The following sections are included: (1) Social Studies; (2) Language Arts; (3) Computer Science and ICT; (4) Art; and (5) Health.…
Descriptors: Weather, Reading Comprehension, Health Education, Art Criticism
Benander, Alan C.; And Others – Learning & Leading with Technology, 1997
Provides a model for planning a summer computer camp program to introduce inner-city high-school students to current computer technology. Topics include outside sources of funding; personnel, including instructors and assistants; recruiting students; curriculum, which emphasizes discovery and creativity; organization of activities; and evaluation.…
Descriptors: Computer Literacy, Computer Science Education, Course Evaluation, Course Organization