Report on the study of teaching strategies for the construction of a high-school chemical knowledge system
Contents
I. Pedagogical and strategic research report on the construction of a high-school chemical knowledge system
Ii. Interim report of the pedagogical and strategic research study on the construction of a chemical knowledge system in upper secondary schools
Iii. Pedagogical and strategic research report on the construction of a high-school chemical knowledge system
Iv. Pedagogical and strategic research papers on the construction of high-school chemical knowledge systems
Pedagogical and strategic research report on the construction of a high-school chemical knowledge system
I. Background and significance of the study
As educational reform progresses, the teaching objectives, content and methods of high school chemistry courses are constantly being updated. The construction of a scientific, systematic high-school chemical knowledge system is important for improving students ' chemistry, developing their innovative and practical abilities. However, there are still many challenges in the current high-school teaching of chemistry to effectively build knowledge systems and improve their effectiveness。
In recent years, the teaching of chemistry in upper secondary schools has become the focus of educational attention. The pedagogical strategy study for the construction of a high school chemical knowledge system aims at exploring how to effectively organize, transmit and internalize chemical knowledge in the teaching process to meet the needs of educational development in the new era. The study has the following background and significance:
1. 1 background of the study
1. 1. 1 the challenges of high school chemistry teaching in the context of educational reform
1. 1. 2 need and urgency of building a high-school chemical knowledge system
1. 1. 3 status of research on the construction of a chemical knowledge system in high schools at home and abroad
1. 2 research implications
1. 2. 1 theoretical significance: to enrich high school teaching theory of chemistry and provide theoretical guidance for teaching practice
1. 2. 2 practical significance: improving the quality of high school chemistry teaching and promoting the overall development of students
Ii. Research objectives and content
2. 1 research objectives
The aim of this study is to explore teaching strategies for the construction of high school chemical knowledge systems, with the following specific objectives:
2. 1. 1 analysis of characteristics and structure of high school chemical knowledge systems
2. 1. 2 establishment of a high school chemical knowledge system adapted to the educational requirements of the new age
2. 1. 3 introduction of an effective teaching strategy for high-school chemical knowledge systems
2. 2 content of the study
2. 2. 1 characteristics and structural analysis of chemical knowledge systems in high schools
2. 2. 2 theoretical basis for the construction of a high-school chemical knowledge system
2. 2. 3 practical exploration of teaching strategies for the construction of high-school chemical knowledge systems
2. 2. 4 assessment of the effectiveness of the teaching strategy for the construction of high-school chemical knowledge systems
Iii. Methodologies and technologies
3. 1 research methodology
The study uses the following research methods:
3. 1. 1 an overview of the literature: an understanding of the current status and theoretical basis of research on the construction of a high-school chemical knowledge system by reference to relevant national and international research literature
3. 1. 2 case analysis: selection, in-depth analysis and summary of examples of the development of representative high-school chemical knowledge systems
3. 1. 3 empirical research methods: collecting opinion and recommendations from front-line teachers and students through questionnaires, interviews, etc., to provide evidence for the formulation of teaching strategies
3. 2 technical route
The technical route of the study is as follows:
3. 2. 1 analysis of characteristics and structure of high school chemical knowledge systems
3. 2. 2 establishment of a high school chemical knowledge system adapted to the educational requirements of the new age
3. 2. 3 proposing an effective teaching strategy for high-school chemical knowledge systems
3. 2. 4 empirical studies: questionnaires, interviews, etc
3. 2. 5 impact assessment: assessment and feedback on the effectiveness of the implementation of the teaching strategy
3. 2. 6 preparation of studies: consolidation of research results, preparation of opening and final studies
Expected accomplishments and research value
4. 1 expected accomplishments
The study is expected to achieve the following results:
The 4. 1. 1 system provides a clear knowledge framework for the teaching of high school chemistry by combing the characteristics and structure of the high school chemical knowledge system。
4. 1. 2 build a high-school chemical knowledge system adapted to the educational requirements of the new age, covering the theoretical, experimental, applied, and so forth。
4. 1. 3 a series of targeted, innovative and effective teaching strategies for high-school chemical knowledge systems are proposed to provide concrete guidance for teaching practice。
4. 1. 4 develop an empirical study on teaching strategies for the construction of high-school chemical knowledge systems to inform educational decision-making。
4. 1. 5 publication of relevant academic papers, promotion of research results and improvement of the overall level of high school chemistry teaching。
4. 2 research value
The study has the following research value:
4. 2. 1 theoretical value: this study will enrich high school teaching theory of chemistry and provide theoretical support for subsequent relevant research。
4. 2. 2 practical value: the pedagogical strategies proposed in this study are of practical application and contribute to the improvement of the quality of teaching of chemistry in high schools and the overall development of students。
4. 2. 3 social values: this study focuses on the practical aspects of the reform of high-school chemistry education, which will help to promote the development of high-school chemistry education and improve the quality of the population。
4. 2. 4 value of innovation: the study offers new ideas and approaches in the construction of high-school chemical knowledge systems, providing new perspectives for research in related areas。
V. Progress plan for the study
5. 1 phase i (1-3 months)
5. 1. 1 collect and collate relevant national and international research documents and analyse the status of research on the construction of high-school chemical knowledge systems。
5. 1. 2 establish a research framework and prepare a research programme。
5. 2 phase ii (4-6 months)
5. 2. 1 analysis of the characteristics and structure of high school chemical knowledge systems。
5. 2. 2 establishment of a high school chemical knowledge system adapted to the educational requirements of the new age。
5. 3 phase iii (7-9 months)
5. 3. 1 a teaching strategy for the construction of a high-school chemical knowledge system is proposed。
5. 3. 2 carry out empirical research to gather the opinions and recommendations of front-line teachers and students。
5. 4 phase iv (10-12 months)
5. 4. 1 analysis of empirical research data to assess the effectiveness of teaching strategies。
5. 4. 2 preparation of a study summarizing its findings。
Vi. Funding budget and resource
6. 1 funding budget
The projected budget for the study is as follows:
6. 1. 1 documentation access: $500
6. 1. 2 printing of questionnaires: $1,000
6. 1. 3 documentation and processing costs: $500
6. 1. 4 report writing and printing fees: $1,000
6. 1. 5 other miscellaneous expenses: $500
Total: 3,500
