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Published on: December 15, 2017
[The practice and explorations on optimization instructional design of genetics]
1College of Life Science, Shaanxi Normal University, Xi'an 710 062, China. cnguwei@sina.com
This study enhances genetics education through student-centered instructional design, integrating technology and internet resources to boost learning and foster active engagement. The goal is to develop skilled biology educators for the future.
Area of Science:
- Genetics Education
- Instructional Design
- Science Pedagogy
Context:
- Focus on improving student understanding and knowledge construction in genetics.
- Emphasizes integrating information technology within the genetics curriculum.
- Leverages internet resources to enhance genetics information literacy and active learning.
Purpose:
- To foster students' comprehensive abilities through improved research experiment operations.
- To create a harmonious and interactive teaching-learning environment.
- To nurture excellent biology educators equipped for the 21st century.
Summary:
- The genetics teaching approach is redesigned to be student-centered, enhancing knowledge acquisition.
- Information technology and online resources are integrated to promote information literacy and active learning.
- Experimental components are refined to develop students' overall capabilities, preparing them as future educators.
Impact:
- Transforms students' knowledge and abilities, aligning with 21st-century educational demands.
- Cultivates essential skills for future biology educators through interactive and technology-enhanced learning.
- Establishes a student-centric model for effective genetics instruction and educator development.
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