Physics Teacher Education
Lesson Code Course Name Class Credit Lesson Time Weekly Lesson Hours (Theoretical) Weekly Lesson Hours (Practice) Weekly Class Hours (Laboratory)
FSO 3294 STEAM Learning in Physics Үшінші курс 5 150 1 1 1
Course Descriptions
Kazakh
Ramankulov Sh

The subject considers the application of students' knowledge of physics in the design of processes in nature and technology, engineering calculations based on STEAM education. Students learn modern methods of collecting, processing, and analyzing scientific research based on STEAM, summarizing research projects. In addition, in his future professional activity, he plans lessons using innovative pedagogical and critical thinking technologies of teaching physics.

-

-

Group work, group project work method, mini-research method, case-study method, poster defense

1Uses physical knowledge in scientific and technical fields as well as in any activity related to nature in life.
2describes the complete solution of interdisciplinary problems and problems, forming critical thinking according to selected topics of physics.
3Builds confidence in their abilities to conceptualize physical phenomena.
4can combine innovative pedagogical and critical thinking technologies with STEAM technology in teaching physics and use them in the learning process;
5Discusses learning outcomes while maintaining the connection between Physics and STEAM.
6STEAM develops products and offers them for use in the educational process.
7Develops and conducts a lesson plan based on STEAM knowledge for each topic of Physics.
8Knows how to search, compile and use methods of analysis of results based on STEAM knowledge based on international and domestic sources.
9Develops STEAM-based academic writing and engages in research projects on a free topic.
Haftalık KonuEvaluation Method
1Introduction. Priority aspects of introduction of STEAM-education in Kazakhstan and abroad.Ауызша
2Use of robotics elements in teaching physics: Kinematics.Жазбаша
3Teaching kinematics and dynamics using Arduino-based STEAM resources.Ауызша
4Mobile learning based on the STEAM approach in teaching physics: Molecular physics.Жазбаша
5STEAM module for comprehensive learning of thermodynamics.Сұрақ-жауап
6Implementation of STEAM-projects in studying electrical phenomena.Ауызша және жазбаша
7Application of STEAM technology in the applied direction of teaching electricity and magnetism.презентация
8Features of STEAM technology in teaching magnetism department.Ауызша
9The importance of STEAM education in the development of creative products: Light phenomena.Жазбаша
10Use of STEAM-cases in selected topics of optics.Ауызша
11STEAM-Based Methods for Teaching Quantum Physics: VR - Virtual RealityЖазбаша
12Basic principles in the development of interdisciplinary projects based on STEAM: Preparation of research stands.Ауызша және жазбаша
13STEAM-based interdisciplinary project: Energy acquisition and conservation.Сұрақ-жауап
14Interdisciplinary project based on STEAM: Wind energy.презентация
15Interdisciplinary project based on STEAM: Free topic.test
Relationship between the Curriculum and Learning Outcomes
PÇ1PÇ2PÇ3PÇ4PÇ5PÇ6PÇ7PÇ8PÇ9PÇ10PÇ11PÇ12PÇ13PÇ14PÇ15PÇ16
Textbook / Material / Recommended Resources
11. Ospan, E. Akademııalyq jazylym negіzderі. Oqý quraly. [Tekst] / E. Ospan. - Almaty : Bіlіk, 2020. - 340 s.
22. B.B Dınaeva, S.M.Sapına. Akademııalyq saýattylyqtyń teorııalyq jáne praktıkalyq negіzderі. Oqý quraly. [Tekst].
33. Boranbaeva A.R., Isaeva J.I.,Berkımbaev K.M.Qazaq tіlі men ádebıetі pánіnde pedagogıkalyq zertteý ádіsnamasy men ádіstemesі. Oqý quraly, Shymkent-2018j
44. K.M.Berkımbaev, A.B.Tasova, J.I.Isaeva Qarym-qatynas mádenıetі. Oqý quraly Túrkіstan-2018j.
55. K.M.Berkımbaev, J.I.Isaeva, D.Iý.Mýtanova, A.B.Tasova Kreatıvtі pedagogıka.Oqý quraly, Túrkіstan-2018j.
61. S.M.Sapına, B.B.Dınaeva. Akademııalyq adaldyq jáne ǵylymı-zertteý jumysyn jazý tehnıkasy. Oqý-ádіstemelіk qural. [Tekst] / Nur-Sultan : [b. ı.], 2020. - 59 s.