Pedagogical Content
TEACHING METHODS OF THE TEACHER I OBSERVED
My cooperating teacher, Sir Jake T.
Quesada, applied a structured and effective teaching method in the classroom.
Before starting each lesson, he always prepared a Weekly Lesson Plan for each
chapter of the subject matter, ensuring that every session was well-organized.
During the teaching process, Sir Jake used a combination of methods, including
lecture, discussion, presentation, and question-and-answer. This combination
was designed to encourage active student participation and provide variety in
the learning approach.
Each class session began with the
students standing and greeting him with “Good morning, Sir” as a sign of
respect. Afterward, they started the lesson with a prayer led by one of the
students at the front of the class. Following the prayer, Sir Jake routinely
checked student attendance to ensure that everyone was present and ready to
learn.
The lesson started with
Sir Jake explaining the material using the LED TV at the front of the class.
His explanations were very detailed and aligned with the textbook and the
lesson plan he had prepared. After explaining the material, Sir Jake gave
students several problems to solve. Each question was allotted 2-3 minutes to allow
the students to think critically and apply the knowledge they had just learned.
LEARNING
MATERIALS AND INNOVATION
During the classroom sessions, Sir Jake T. Quesada
implemented various innovative and engaging teaching materials to enhance
student understanding. The instructional tools he used included an LED TV,
which allowed for a more visual and interactive presentation of the material,
and PowerPoint presentations specifically designed to support his explanations.
A laptop was utilized to access additional information and provide variety in
instructional methods. In the classroom, the whiteboard and markers served as
tools for directly explaining chemistry concepts, encouraging students to
actively participate in discussions. Additionally, they were equipped with a
periodic table and a scientific calculator, which were essential tools in
helping them perform calculations and understand chemical formulas.
When learning in the laboratory, students used various laboratory equipment that was appropriate for the experiments they were conducting. During my observation, I saw students carrying out separation experiments using distillation and paper chromatography. In the distillation experiment, the equipment used included a Bunsen burner, round-bottom flask, tripod, wire gauze, condenser, thermometer, Erlenmeyer flask, funnel, watch glass, and beaker, as well as materials such as alcohol and water. Meanwhile, in the paper chromatography experiment, students used colored markers, scissors, ruler, pencil, filter paper (in appropriate sizes), alcohol, and beaker. With the combination of varied teaching materials in the classroom and appropriate laboratory tools, Sir Jake created an effective learning environment that supported the development of practical skills and the understanding of scientific concepts among his students.
SOURCES OF LEARNING AND TECHNOLOGY
USED BY TEACHER
Sir Jake T. Quesada used the book General Chemistry 1 (2nd Edition)
by Apodaca, D.C. (2020), published by Diwa Learning, as the primary source in
his teaching for the 11th grade STEM A-E classes. This book
contained comprehensive information about relevant chemistry concepts and
served as an important guide for students in understanding the material being
taught. In addition to the textbook, Sir Jake also utilized various supporting
media, such as charts that displayed the rules for naming chemical formulas.
The use of these charts greatly assisted students in comprehending and
retaining the information presented, encouraging them to engage more actively
in classroom discussions.
In terms of technology, Sir Jake T. Quesada utilized a laptop connected
to an LED TV available in each classroom to display teaching materials and quiz
questions. Through this use of technology, he was able to present information
in a visual and interactive manner, making the learning process more engaging
and effective. This combination of diverse learning resources and advanced
technology significantly contributed to enhancing students' understanding of
complex chemistry topics.
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