Becoming a teacher of science involves a combination of formal education, practical experience, and a passion for both the subject matter and teaching!
Effective science pedagogy requires a balance between theoretical knowledge and practical application, ensuring that students not only learn scientific facts but also understand how to think and work like scientists.
Science teachers can create a dynamic and effective science education experience that engage students, and creating a learning environment that fosters: Curiosity, Critical thinking, And problem-solving skills.
To collect information and data from a sample of science teachers:(Physics, Chemistry, and Biology) regarding the state of teaching these subjects in secondary schools in the Kurdistan Region from the teachers' perspectives, a Google Form was distributed among them. The questionnaire included both closed-ended and open-ended questions, as these formats align with the nature and objectives of the research, which aims to describe the phenomenon as it exists in reality.
The research sample consisted of (123) teachers.
Based on the results, the following conclusions can be drawn:
Science teachers mainly use teacher-centered methods and spend a lot of time talking during lessons, which may limit student engagement.
The majority of teachers are committed to making learning meaningful by integrating real-life examples, which likely enhances student understanding and engagement.
the results show a positive trend towards professional development among science teachers, with a clear need to address the gap for those who have not yet engaged in such opportunities.
The results show that most teachers are committed to involving students regularly in lessons, which is likely to foster a more interactive and engaging learning environment.
The data reveals that large class sizes and a lack of resources are the most pressing challenges faced by science teachers. improving access to educational resources, and allocating more time for practical experiments.
Regarding future aspirations for improving science teaching, the teachers aim to focused on hands-on learning and tech use, modernize methods, enhance student participation, and pursue professional development.
After applying the questionnaire to the research sample and analyzing the data, the following results were obtained:
Teaching Methods: Science teachers use lecture and discussion methods more frequently than other teaching methods, with these two methods ranking first. Methods that rely on learner-centered approaches were used to a lesser extent.
Relevance to Real-Life Examples: The results showed that (67.5%) of teachers consistently relate the material to real-life examples from the students' environment, (30.9%) do so frequently, (0.8%) rarely, and (0.8%) never.
Teacher Talk Time: Regarding the amount of time teachers talk during a lesson, (39.8%) speak for between 30-40 minutes, (53.7%) for 20-30 minutes, (4.9%) for 10-20 minutes, and (1.6%) for less than 10 minutes.
Professional Development: Concerning professional development, (68.3%) of science teachers have attended a teaching methods course, while the remainder have not engaged in professional development.
Student Participation: In terms of student participation during lessons, (60.2%) of teachers involve students regularly, (30.1%) do so occasionally, and (9.8%) engage students to a limited extent.
Teaching Difficulties: From the teachers' perspectives, the main challenges in teaching science are: having a large number of students in the classroom (58.5%), lack of educational and technological resources (56.1%), and insufficient time for conducting practical experiments (48.8%). Other difficulties include the extensive curriculum and students' prior knowledge.
Future Aspirations: Regarding future aspirations for improving science teaching, the top priorities are: enhancing practical experiments and laboratory work (67.5%), incorporating technological tools in teaching (66.7%), and utilizing modern teaching methods (48.8%). Enhancing student participation and participating in training courses were ranked fourth and fifth, respectively.
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