Nuclear magnetic resonance (NMR) spectroscopy is a very powerful analytical method that has found many applications in physics, chemistry, biology, and medicine. It is an indispensable tool particularly for synthetic chemists because it can be used for a rapid elucidation of the structures of organic compounds. For this reason, NMR spectral…

The flipped classroom is a relatively new active learning pedagogical intervention, gaining popularity as a blended learning methodology. The flipped classroom comprises two distinct parts, directed learning carried out at the student's own pace away from the classroom and an interactive, class-based activity encouraging problem-solving and…

Open-ended problem-solving skills have been identified as employable skills, which undergraduate students will need to have in order to cope with real-life problems in their workplaces after graduation. However, the development and assessment of these skills have been inconsistent across courses offered in universities. This research examined…

The purpose of this article is to provide an example of using real world issues as tools for science teaching and learning. Using real world issues provides students with experiences in learning in problem-based environments and encourages them to apply their content knowledge to solving current and local problems.

One of the most important goals the author has for students in his introductory-level physical geology course is to give them the conceptual skills for solving geologic problems on their own. He wants students to leave his course as individuals who can use their knowledge of geologic processes and logic to figure out the extended geologic history…

Explains the need, general guidelines, expectations, and advantages of student involvement in research at the undergraduate level. Lists selected research projects conducted by students at Burlington County College. (RT)

A trend at U.S. colleges and universities in teaching first-year science courses is discussed. An approach in the classroom and lab in which students engage in science through observation and hypothesis is emphasized. Hands-on science, experiential science, and constructing science through cooperative learning are discussed. (KR)

Points out that research is an inefficient endeavor as it relates to time, but the rewards can be gratifying and of value. Reports on a compilation of faculty and administration observations, alumni and student surveys, and some readings on the topic. (RT)

Suggests ways that colleges can improve the problem-solving skills of chemistry majors and acquaint them with the realities of industrial research. Describes two projects in which undergraduate chemistry majors performed research and development work for a local chemical company. (TW)

The indictment of science education for failing to provide a scientifically and technologically literate citizenry is discussed. A description of successful models used in introductory chemistry classes are provided. The purpose and goals of Project Kaleidoscope and other educational initiatives are discussed. (KR)

Describes a physical chemistry experiment which uses spectroscopy to measure the heat of formation of Na2SiF6. Discusses the opportunities for students to see the use of a familiar instrument in an unfamiliar application, emphasizing that there are often many ways to attack problems in science. (TW)

Describes a new biochemistry laboratory course offered at the University of Scranton (Pennsylvania) which is designed to promote scientific curiosity and creativity. Uses a problems-oriented approach which provides students with independent learning experiences. Provides a listing of some of the course's laboratory exercises. (TW)

Discusses the development and formal thrust of an environmental education program. Indicates that efforts have resulted in a viable learning process which transcends the traditional nature study program. Describes a learning continuum of activities focusing on concepts, values, and problem solving skills, organization of the system, future…

Explains a discipline that requires students to become problem solvers in agronomic and pest areas using computer-simulated models. Describes the seven programing areas. The program is written in BASIC totaling 182K bytes for use with MS-DOS 2.0 or an IBM PC requiring 256 K RAM, color monitor, and card. Lists availability. (RT)

The Interactive Genetics Tutorial (IGT) project and the Intelligent Tutoring System for the IGT project named MENDEL supplement genetics instruction in biology courses by providing students with experience in designing, conducting, and evaluating genetics experiments. The MENDEL software is designed to: (1) simulate genetics experiments that…