Our concern was that the proposed new National Curriculum "consists of endless lists of spellings, facts and rules", that the sheer volume will lead to "rote learning without understanding" leaving too little time for the development of "problem-solving, critical understanding and creativity", and demanding "too much too young".
The letter said: "This mountain of data will not develop children's ability to think, including problem-solving, critical understanding and creativity.
Also, we are interested in investigating if dolphins can perform more complex cognitive tasks without rest, like problem-solving or understanding an artificial language".
What is the relationship between particular dimensions of teaching and particular outcomes for learners (e.g., motivation, attitudes toward the subject, autonomy in problem solving, problem-solving biases, nature-of-science understanding, and epistemological lessons), and when do they overlap?
SCALE-UP has been shown to improve student problem-solving abilities, conceptual understanding, attitudes toward science, retention in introductory courses (Beichner et al. [2007]; Beichner et al. [2000]), and performance in later courses (Dori et al. [2003]).
This study proposes a computer-assisted system named MathCAL, whose design is based on four problem-solving stages: (1) understanding the problem, (2) making a plan, (3) executing the plan and (4) reviewing the solution.
Initiating efforts to teach problem-solving skills or understanding of the nature of science may well require a shift in modes of assessment and/or grading standards.
It was seen as one of the components of intelligence, being learning, reasoning, problem-solving, and language-understanding.
Henry Jay Becker, a professor at the University of California at Irvine, said schools serving poor children were more likely to emphasize word processing and other simple tasks while those serving more affluent students taught computer skills to promote problem-solving and a deeper understanding of an area of study.
Statistical process control (SPC) is a powerful collection of problem-solving tools useful in understanding process variability, achieving process stability, and improving process performance through the reduction of avoidable variability.
In their research aimed at understanding problem-solving approaches used by novices and experts in biology, these researchers interviewed undergraduate students, graduate students, and biology instructors as they solved problems in Mendelian genetics.
