According to the teaching activity of Chemistry, researcher found that students were not able to seek self knowledge even applied knowledge to their everyday life. Therefore, the researcher is interested in creating an activity to have students constructed their knowledge, science process skills, and can apply knowledge in their everyday life. The researcher presented form of teaching activity of electrochemical cell by using problem-based learning for Mathayom five students of Thai Christian School. The teaching activity focused on electron transfer in galvanic cell. In this activity, the researcher assigned students to design the electron transfer in galvanic cell using any solution that could light up the bulb. Then students were separated into a group of two, which were total seven groups. Each group of students searched the information about the electron transfer in galvanic cell from books, internet, or other sources of information. After students received concepts, or knowledge they searched for, Students designed and did the experiment. Finally, the students in each groups had twenty minutes to give a presentation in front of the classroom about the electron transfer in galvanic using any solution to light up the bulb with showing the experiment, and five minutes to answer their classmates’ questions. Giving the presentation took four periods with total seven groups. After students finished their presentation, the researcher had students discussed and summarized the teaching activity’s main idea of electron transfer in galvanic. Then, researcher observed students’ behavior in each group found that 85.7 percentages of total students developed science process skills, and transferred their knowledge through presentation completely. When students done the post test, the researcher found that 92.85 percentages of total students were able to explain the concept of galvanic cell, described the preparation and the selection of experimental equipment. Furthermore, students constructed their skills, scientific process, and seek self knowledge which made them seek the choices to solve problems variously. This Research using problem-based learning can be applied to teaching activity in other subjects.

1.
Ministry of Education, Office of the Basic Education Commission
.
the Basic Education Core Curriculum 2008
.
Bangkok
:
The Agriculture Co-operative Federation of Thailand Publisher
. (
2008
).
2.
The institute for the Promotion of Teaching Science and Technology, Ministry of Education
.
Chemistry edition4 Mathayom 4-6
.
Bangkok
:
Business Organization of the Office of the Welfare
. (
2014
).
3.
Promotion for Teachers and Educational Person Publisher (Ladprao)
.
Tissana Khammanee. Arts of Teaching: Knowledge to Organize Learning Process effectively
(20th ed.).
Bangkok
:
Chulalongkorn University Publisher
. (
2016
).
4.
Pimpan
Dechakup
.
General Science Teaching Method
.
Bangkok
:
Institute of Academic Development Publisher (IAD
). (
2005
).
5.
Surasak
Amornrattanasak
and others.
Research Methodology
.
Bangkok
:
Academic Promotion Center
. (
2012
).
6.
Jutharat
Prompanyo
.
Study Science Process Skill and Academic Achievement Relationship between Electric Potential Difference
,
Electricity, and Resistance Of Mathayom 3 Students taught by Interactive Experiment
. Master of Education,
Ramkhamhaeng University
. (
2015
).
7.
Sawai
Fakkhao
.
Teacher Skills and Technology in the 21th Century
. Retrieved from http://web.chandra.ac.th/blocontent/uploads/2015/1097%E0%B8%B1%E0.pdf.
This content is only available via PDF.
You do not currently have access to this content.