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Veale, Clinton G. L.; Jeena, Vineet; Sithebe, Siphamandla – Journal of Chemical Education, 2020
Practical skills in chemistry are considered an essential outcome of an undergraduate chemistry degree. To achieve this, chemistry curricula are designated a substantial number of hours in teaching laboratories. However, the general method of a summative assessment of these sessions is through a written laboratory report and not through the actual…
Descriptors: Chemistry, Science Process Skills, Undergraduate Study, College Science
Hainsworth, Mark – Primary Science, 2017
The author shares his vision of what 21st century science education might look like in the future and discusses how to develop an e-learning capability to shape the science curriculum in your school. Good teaching and learning should always be a teacher's first priority but there is little doubt in the author's mind that the implementation of an…
Descriptors: Science Education, Web 2.0 Technologies, Electronic Learning, Science Curriculum
McGee, Christy – Gifted Child Today, 2018
Tomlinson's explanation of Artful Teaching and her 2017 expansion of this concept The Five Key Elements of Differentiation provide the theoretical framework of this examination of the need for science investigations in elementary schools. The Artful Teaching framework uses an equilateral triangle with vertices labeled The Teacher, The Student, and…
Descriptors: Teaching Methods, Science Instruction, Science Experiments, Elementary School Students
Siegel, Marcelle; Roberts, Tina M.; Freyermuth, Sharyn K.; Witzig, Stephen B.; Izci, Kemal – Journal of College Science Teaching, 2015
The authors describe a collaborative group-testing strategy implemented and studied in undergraduate science classes. This project investigated how the assessment strategy relates to student performance and perceptions about collaboration and focused on two sections of an undergraduate biotechnology course taught in separate semesters.
Descriptors: Science Curriculum, College Science, Higher Education, Alignment (Education)
Naylor, Stuart – Education in Science, 2013
The new National Curriculum Programme of Study for primary science in England includes most of the topics with which primary teachers are familiar. However, when looking at the science enquiry section, the changes are much more far-reaching. Science enquiry has been renamed as "working scientifically" and is integrated with developing…
Descriptors: Foreign Countries, National Curriculum, Science Instruction, Elementary School Science
Wilson, Christopher James – PRIMUS, 2014
We describe specific curricular decisions employed at Butler University that have resulted in student achievement in the actuarial science major. The paper includes a discussion of how these decisions might be applied in the context of a new actuarial program.
Descriptors: Majors (Students), Risk Assessment, Educational Objectives, Degree Requirements
Talanquer, Vincente; Pollard, John – Chemistry Education Research and Practice, 2010
Despite multiple calls for reform, the curriculum for first-year college chemistry at many universities across the world is still mostly fact-based and encyclopedic, built upon a collection of isolated topics, oriented too much towards the perceived needs of chemistry majors, focused too much on abstract concepts and algorithmic problem solving,…
Descriptors: Majors (Students), Chemistry, Problem Solving, Educational Change
Paysnick, Rebecca – Science Scope, 2010
If we want our students to become capable practitioners of scientific inquiry, we should not stop at providing opportunities to do inquiry. We need to be intentional about assessing and teaching the competencies necessary for inquiry. However, the ability to conduct scientific inquiry can be difficult to assess. Therefore, the author created The…
Descriptors: Science Education, Science Curriculum, Inquiry, Science Instruction
Bull, Ally – Primary Science, 2010
In New Zealand, as in many other countries, recent curriculum revisions have seen a change in focus in science education. There is an increased emphasis on students knowing about how the discipline of science works, with the aim of equipping them to become more critical users of science. In the New Zealand Curriculum document (Ministry of…
Descriptors: Science Tests, Foreign Countries, Sciences, Science Education

Holbrook, Jack; Tenzin, Wangpo – Science Education International, 2002
Describes the structure of science education in Bhutan, a kingdom in the Eastern Himalayas. (YDS)
Descriptors: Evaluation Methods, Foreign Countries, Problem Solving, Science Curriculum

Manogue, Corinne A.; Siemens, Philip J.; Tate, Janet; Browne, Kerry; Niess, Margaret L.; Wolfer, Adam J. – American Journal of Physics, 2001
Describes a new curriculum for the final two years of a B.S. program in physics. Defines junior progress from a descriptive, lower-division understanding to an advanced analysis of a topic by phenomenon rather than discipline. (Contains 17 references.) (Author/YDS)
Descriptors: Engineering Education, Evaluation Methods, Higher Education, Physics

Hickey, Daniel T.; Zuiker, Steven J. – Science Education, 2003
Outlines a sociocultural perspective on program evaluation consistent with sociocultural views of knowing and learning. Perspective is characterized by rigorous use of multiple-choice tests, performance assessments, and event-based analyses; a dialectical approach to conflicting conclusions from individual assessments and between individual and…
Descriptors: Accountability, Elementary Secondary Education, Evaluation Methods, Identification (Psychology)
Linik, Joyce Riha – Northwest Teacher, 2002
Reports on a group of teachers using formative assessment tools to pilot their students toward deeper understanding. Suggests that their efforts help in the implementation of the district's inquiry-based science curriculum. (MM)
Descriptors: Elementary Secondary Education, Evaluation Methods, Formative Evaluation, Inquiry

Hofstein, Avi; And Others – School Science and Mathematics, 1982
The Learning Environmental Inventory is promoted as a tool that has been used extensively to ascertain differences in class environment and how student environment perceptions relate to achievement and attitude. It's felt that teachers can improve their classrooms through careful use of the instrument and application of knowledge gained. (MP)
Descriptors: Curriculum Enrichment, Educational Environment, Educational Improvement, Evaluation

Squire, K. H. – Education in Chemistry, 1980
Presents a discussion of the new scheme for planning and implementing assessment procedures for each college represented by the Technician Education Council. (Author/SA)
Descriptors: Chemistry, Educational Programs, Evaluation Methods, Paraprofessional Personnel