… There are many resources we can utilize and mobilize e.g. mosques, municipalities health houses, schools, and religious teachers, health instructors, non-scientific instructors, universities, sex clinics, 20 000 health centers all over the country, ministry of Islamic culture and guidance.
Table 1 Codebook used for content analysis Definition Example item Instructional format codes Connect course content to scientific research Instructor relates concepts directly to scientific work.
Scientific teaching implies that instructors establish an active educational context that supports student engagement and provides mechanisms for regular feedback on students' progress.
Reliance on content knowledge assessed by closed-ended, multiple-choice questions as a proxy for a more direct measure of student thinking and scientific literacy may cause instructors to overlook the very student outcomes that they hope to assess.
And the more students and instructors integrate scientific practices and habits of mind into everything about the teaching and learning of college biology, the more authentic each classroom experience will be, and the more each student will experience being a scientist.
A potential pedagogical rationale (see Lawson and Worsnop 1992) is that when instructors show students scientific data and if the students use sound scientific reasoning the logical conclusion would be to reject non-scientific views (e.g., special creation, young earth) in favor of evolutionary theory.
According to the physical laws experienced with the body (i.e., gravity, momentum, inertia) and the image or narrative given by the instructor, the scientific explanation was provided either during the dance or in short pauses used for discussion circles.
In particular, incorporating scientific teaching into practice requires instructors to refocus their efforts on student learning rather than teaching.
An interesting finding that emerged in the process of developing the TOSLS is the disconnect between instructors' value of scientific literacy, their teaching of these skills, and their assessment of students' skill proficiency.
The crux of scientific teaching is twofold: the instructor approaches teaching with the same guiding practices and philosophies of scientific research, while in parallel affording opportunities for students to experience the iterative process of thinking and discovery that is characteristic of science.
Trainees are encouraged to attend courses on how to publish scientific articles; in these courses the instructors focus not on research advances but on tricks to accumulate publications.
