Report on the subject of teaching research on the construction of high-school chemical knowledge systems and innovative methods of teaching and learning
Contents
I. Pedagogical research report on the construction of high-school chemical knowledge systems and innovations in teaching methods
Ii. Interim report on teaching research on the construction of high-school chemical knowledge systems and innovative teaching methods
Iii. Pedagogical research report on the construction of high-school chemical knowledge systems and innovations in teaching methods
Iv. Pedagogical research paper on the construction of high-school chemical knowledge systems and innovative methods of teaching
Report on the opening of a study on the construction of a high-school chemical knowledge system and innovations in teaching methods
I. Background and significance of the topic
As our educational reform advances further, high-school chemistry education is facing new challenges and opportunities. The construction of high-school chemical knowledge systems and innovations in teaching methods are key to improving the quality of chemical education. In recent years, the teaching of high-school chemistry has achieved significant results in terms of knowledge transfer, competency development and upgrading, but problems remain, such as incomplete knowledge systems and single teaching methods. The study is therefore aimed at exploring the construction of high school chemical knowledge systems and innovations in teaching methods with a view to providing theoretical and practical guidance for high school chemical education reform。
The significance of research on the construction of high-school chemical knowledge systems and innovative teaching methods is reflected in the following:
1. Promote reform of high school chemistry education. Research into the construction of high-school chemical knowledge systems and innovations in teaching methods has helped to promote reform of high-school chemistry education and improve the quality of chemical education。
2. Improving students ' chemistry. The construction of a sound knowledge system and innovative teaching methods will help to develop the chemical thinking, scientific spirituality and practical skills of students and improve their chemistry。
3. Enriching chemical education research. The study will provide new perspectives and ideas for chemical education research and provide a basis for subsequent research。
Content and objectives of the study
1. Content of the study
(1) construction of a high-school chemical knowledge system. Analyse the content of the high school chemistry curriculum, combe knowledge systems and explore how to build a scientific, complete high school chemistry knowledge system。
(2) innovative methods of teaching chemistry in high schools. To study good teaching methods at home and abroad and to explore how to innovate and improve the effectiveness of teaching methods in high schools, taking into account the actual situation in the country。
(3) the relevance of high school chemical knowledge systems to innovations in teaching methods. Analyse the intrinsic links between high school chemical knowledge systems and innovations in teaching methods to provide a theoretical basis for teaching practices。
Research objectives
(1) the construction of a scientific and complete high-school chemical knowledge system。
(2) to propose innovative methods of teaching high school chemistry。
(3) explore the relevance of high-school chemical knowledge systems to innovations in teaching methods。
(4) provide theoretical and practical guidance for the reform of high school chemistry education。
Iii. Studies and steps
1. Research methodology
(1) an overview of the literature. The theory and practice of the construction of high-school chemical knowledge systems and the innovation of teaching methods are refined by reviewing relevant research results at home and abroad。
(2) empirical research. Analysis of the effectiveness of high-school chemical knowledge systems and innovations in teaching methods, taking into account practical teaching cases。
(3) comparative research law. :: explore the feasibility of innovative methods of teaching chemistry in high schools, compared with good teaching methods at home and abroad。
2. Research steps
(1) data collection. To review the results of research at home and abroad and to streamline the theory and practice of innovation in the construction of high-school chemical knowledge systems and teaching methods。
(2) analysis of the current situation. Analysis of the current status of the construction of high-school chemical knowledge systems and innovations in teaching methods, taking into account practical teaching cases。
(3) building knowledge systems. On the basis of an analysis of the current situation, a complete system of scientific and high-school chemical knowledge is being developed。
(4) to propose teaching methods. Based on knowledge systems, innovative methods of teaching high school chemistry are proposed。
(5) validation effect. (b) validation of the effectiveness of high-school chemical knowledge systems and innovations in teaching methods through empirical research。
(6) summary outcome. A summary of the research process and results was prepared and a study prepared。
Expected accomplishments and research value
(i) expected accomplishments
1. Theory
(1) to develop a framework for a scientific, complete high-school chemical knowledge system to provide theoretical guidance for high-school chemistry education。
(2) to develop an innovative system of high-school chemistry teaching which enriches the methods of teaching chemistry and improves its effectiveness。
(3) to reveal the intrinsic links between high school chemical knowledge systems and innovations in teaching methods and provide theoretical support for chemical education reform。
2. Practical results
(1) preparation of a collection of high-school teaching cases on chemistry to demonstrate examples of application of innovations in the construction of knowledge systems and teaching methods。
(2) the formation of a professional training programme for high school chemical teachers to upgrade their teaching and innovation skills。
(3) development of a system of evaluation of the quality of teaching of chemistry in high schools to provide evaluation criteria for the improvement of the quality of teaching of chemistry。
(ii) research value
Academic values
(1) this study provides a theoretical basis for the reform of chemistry education in high schools and contributes to the development of chemical education research。
(2) the study enriches the field of research in the field of teaching methods of chemistry and provides new perspectives and ideas for follow-up relevant studies。
(3) the study has validated the effectiveness of high-school chemical knowledge systems and innovations in teaching methods through empirical research and has provided useful lessons for chemical education practices。
2. Practice value
(1) the study has helped to improve the teaching level and innovation of high school chemistry teachers and to promote their professional development。
(2) the study provides a concrete operational programme for the reform of high school chemistry education and contributes to the quality of chemical education。
(3) the study focuses on the improvement of students ' chemistry and contributes to the development of highly qualified people with innovative and practical skills。
V. Progress plan for the study
1. Phase i (1-3 months): collection of information, literature review, compilation of national and international research results and clarification of the research framework。
2. Phase 2 (4-6 months): analysis of the current situation and the construction of a high-school chemical knowledge system, taking into account practical teaching cases, with innovative teaching methods。
Phase iii (7-9 months): empirical research to verify the effectiveness of high-school chemical knowledge systems and innovations in teaching methods。
4. Phase iv (10-12 months): summary of results, preparation of studies, compilation of teaching cases, development of teacher training programmes and quality evaluation systems。
Vi. Feasibility analysis of the study
1. Research team: the research team has extensive experience and practical capabilities in chemical education to ensure that research is carried out smoothly。
Research resources: the study has a wealth of information and resources, both domestic and foreign, as well as practical teaching cases, to facilitate its development。
3. Basis of practice: the study focuses on the reform of high-school chemistry education, which is closely linked to practical teaching and has a better practical basis。
4. Policy support: the country's educational reform is well under way, and the study is in line with the national educational policy guidelines and contributes to its dissemination and application。
Timing: rational schedule of research to ensure that research is completed on time。
Interim report on teaching research on the construction of high-school chemical knowledge systems and innovative teaching methods
Introduction
The mid-term report of this pedagogical study aims to report on the progress of research projects on the construction of high-school chemical knowledge systems and innovative teaching methods. Since the start of the project, the research team has carried out research activities in an orderly manner, in accordance with the established research programme. The present report provides detailed information on the background and objectives of the study, its content and methodology, as well as current milestones。
Ii. Background and objectives of the study
(i) research background
As educational reforms deepen, high-school chemistry education is facing new challenges and opportunities. The construction of high-school chemical knowledge systems and innovations in teaching methods are key to improving the quality of chemical education. At present, there are such problems as inadequate knowledge systems and single teaching methods in high-school chemistry, and there is an urgent need to explore new teaching methods and strategies for building knowledge systems。
(ii) research objectives
1. The construction of a scientific, complete high-school chemical knowledge system to provide theoretical guidance for high-school chemistry education。
2. To propose innovative methods of teaching high school chemistry, to enrich the methods of teaching chemistry and to improve its effectiveness。
3. To explore the intrinsic links between high-school chemical knowledge systems and innovations in teaching methods and provide theoretical support for chemical education reform。
Iii. Content and methodology of the study
(i) research content
1. High-school chemical knowledge system construction
The study is based on our high school chemistry curriculum standards, analyses the contents of the high school chemistry curriculum, combes knowledge systems and explores how to build a scientific, complete high school chemistry knowledge system。
2. Innovation in high school teaching methods of chemistry
This study, through a literature review and empirical research, explores good teaching methods at home and abroad, and proposes innovative methods of teaching high-school chemistry, taking into account the actual situation in the country。
3. Relevance of high-school chemical knowledge systems to innovations in teaching methods
The study analyses the intrinsic links between high school chemical knowledge systems and innovations in teaching methods and provides a theoretical basis for teaching practices。
(ii) research methodology
1. Overview of the literature
2. Empirical research
Analysis of the effectiveness of high-school chemical knowledge systems and innovations in teaching methods, taking into account practical teaching cases。
3. Comparative research law
:: explore the feasibility of innovative methods of teaching chemistry in high schools, compared with good teaching methods at home and abroad。
4. Quality research methods
At present, the research team has completed a literature review and situational analysis, initially structured a framework for high-school chemical knowledge systems and proposed several innovative teaching methods. In the next study, we will further validate the effictivies of these teaching methods, explore the interlinkages between knowledge systems and teaching methods, and prepare studies。
Iv. Progress and results of research
1. Progress in research
(1) the initial construction of a high-school chemical knowledge system was completed, resulting in a knowledge system framework comprising four modules: basic concepts, basic theory, experimental skills and integrated application。
(2) through an overview of the literature and an analysis of teaching cases at home and abroad, a number of innovative teaching methods with potential have been screened and catalogued。
(3) a series of empirical studies, including classroom observations, teacher interviews and student questionnaires, have been conducted to validate the practical effects of the proposed teaching methods。
(4) initial exploration of the linkages between high-school chemical knowledge systems and innovations in teaching methods provides the basis for further in-depth research。
2. Research findings
(1) knowledge system building results
- four modules of the high-school chemical knowledge system have been identified and the knowledge points under each module have been refined。
- to propose principles and methods for the development of knowledge systems, which will inform the improvement and optimization of subsequent knowledge systems。
(2) innovations in teaching methods
- screening of innovative methods suitable for high-school chemistry teaching, such as exploratory teaching, project learning, information technology support teaching, etc。
- development of application strategies and implementation steps for innovative teaching methods that provide teachers with specific instruction。
(3) empirical findings
- validation of the feasibility and effectiveness of innovative teaching methods and identification of students through empirical research
