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Co, Elizabeth – Journal of College Science Teaching, 2019
Critical thinking skills are sought after in the workforce and are often included in course, departmental, and programmatic learning objectives. However, in the curriculum of many courses we tend to focus on content rather than on fostering the growth of the cognitive skills needed to improve critical thinking ability. Further, skills are…
Descriptors: Curriculum Development, Critical Thinking, Lecture Method, Scaffolding (Teaching Technique)
Armbrecht, Jose´ Pen~aranda; Arago´n-Muriel, Alberto; Micolta, Germania – Journal of Chemical Education, 2014
High school students have had some difficulties in understanding chemistry due to traditional ways of teaching this specific science. It is important to improve teaching methods that increase student motivation, not only to enhance their capacity for understanding, but also to generate a greater level of interest in the study of chemistry for…
Descriptors: High School Students, Chemistry, Program Descriptions, Program Evaluation
McCrady, Nate; Rice, Emily – Astronomy Education Review, 2008
The typical "Astro 101" lecture-based course is passive, and adding well-designed learner-centered labs allows students to experience science as a pattern of thought. In this article, we present an approach to developing an introductory lab course. Identification of goals and student outcomes, particularly skills, and process and attitudinal…
Descriptors: Constructivism (Learning), Teaching Assistants, Astronomy, Introductory Courses
Pierre, J. W.; Tuffner, F. K.; Anderson, J. R.; Whitman, D. L.; Ula, A. H. M. S.; Kubichek, R. F.; Wright, C. H. G.; Barrett, S. F.; Cupal, J. J.; Hamann, J. C. – IEEE Transactions on Education, 2009
This paper describes a one-credit laboratory course for freshmen majoring in electrical and computer engineering (ECE). The course is motivational in nature and exposes the students to a wide range of areas of electrical and computer engineering. The authors believe it is important to give freshmen a broad perspective of what ECE is all about, and…
Descriptors: Introductory Courses, Problem Based Learning, Computer Science, Engineering
VonDras, Dean D. – Educational Gerontology, 2008
This article discusses self-assessment of gerontology teaching practice. Through a process of self-reflection one may find insight into their teaching and, concomitantly, develop best-practices for enhancing student learning in gerontology. A self-assessment framework is presented, illuminating best-practices in the areas of the lecture-discussion…
Descriptors: Curriculum Development, Educational Gerontology, Teaching Methods, Reflective Teaching
Amaral, Katie E.; Vala, Martin – Journal of Chemical Education, 2009
A peer mentoring program was added to an introductory chemistry course at a large university. The introductory chemistry course prepares students with little or no previous chemistry background to enter the mainstream general chemistry sequence and is part lecture and part small-group problem-solving. Faculty instructors are responsible for the…
Descriptors: Mentors, Group Activities, Chemistry, Problem Solving
Eichler, Jack F. – Journal of Chemical Education, 2009
A guided-inquiry exercise conducted in both the lecture and laboratory components of a college introductory chemistry course for non-science majors is described. The exercise gave students the opportunity to independently determine the relationship between the temperature of water in an aluminum soda can and the intensity of implosion upon placing…
Descriptors: Integrated Activities, Student Interests, Chemistry, Lecture Method

Baker, Linda; Lombardi, Bruce R. – Teaching of Psychology, 1985
The amount and kind of information included in the notes taken by undergraduate psychology students were found to be related to test performance. Most students included in their notes less than 25 percent of the propositions judged worthy of inclusion and only 50 percent of the targeted main ideas. (Author/RM)
Descriptors: Educational Research, Higher Education, Introductory Courses, Lecture Method
Rath, Kenneth A.; Peterfreund, Alan R.; Xenos, Samuel P.; Bayliss, Frank; Carnal, Nancy – CBE - Life Sciences Education, 2007
Supplemental instruction classes have been shown in many studies to enhance performance in the supported courses and even to improve graduation rates. Generally, there has been little evidence of a differential impact on students from different ethnic/racial backgrounds. At San Francisco State University, however, supplemental instruction in the…
Descriptors: Introductory Courses, Graduation Rate, Scientific Methodology, Cooperative Learning

Blumenthal, Arthur L. – International Journal of Social Education, 1991
Discusses an analysis of 10 common introductory psychology textbooks. Argues that the books tend to present psychology as tedious, even silly, and as a canned, multimedia, self-teaching program. Concludes that replacing textbooks with lectures based on the instructor's personal knowledge and experience would improve the teaching of psychology. (SG)
Descriptors: Educational Improvement, Experience, Higher Education, Humanistic Education

Windschitl, Mark – College Teaching, 1999
Describes and evaluates a technique used in two science lecture courses (biochemistry and introductory meteorology), in which lectures were interspersed with frequent, brief discussions within spontaneously formed small groups. Some differences were found in the ways the two professors managed the technique, but both felt in-class participation…
Descriptors: Biochemistry, Classroom Techniques, College Instruction, Comparative Analysis
Mitchell, Vicki L. – Innovation Abstracts, 1984
While researching the lives of well-known artists for a new unit in an art survey course, the instructor developed the idea of dressing in costume and presenting their lives in the first person. The primary goal of each lecture is to provide memorable information about the artist; a secondary goal is to integrate the social and political climate…
Descriptors: Acting, Art Education, Art History, Artists

Benjamin, Ludy T., Jr. – Teaching of Psychology, 1991
Discusses methods of personalizing the large introductory college psychology class. Contrasts active learning by students with lecturing by professors. Suggests that separating the large class into smaller units can facilitate active learning. Argues that active learning also can be promoted in the large class setting. (SG)
Descriptors: Class Size, Classroom Environment, Educational Improvement, Group Activities

Raimondo, Henry J.; And Others – Journal of Economic Education, 1990
Examines whether class size in the introductory-level economics course affects subsequent performance in intermediate-level economics courses. Studies University of Massachusetts (Boston) students who are allowed to choose large or small lecture classes. Finds that students enrolled in large sections received lower grades in subsequent…
Descriptors: Academic Achievement, Class Size, College Students, Conventional Instruction

Bierzychudek, Paulette; Reiness, C. Gary – Bioscience, 1992
Describes a course entitled "DNA and Evolution" in which students develop an appreciation for what science is and how it is practiced as well as an understanding of how some of the most central ideas in biology were developed and tested. Discusses the design of the course, the lecture and discussion topics, and the results and their…
Descriptors: Biology, Course Content, Course Descriptions, Discussion (Teaching Technique)
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