PBL and collaborative learning strategies taking into account by means of situating robot projects and creating
teams for team working. This learning environment includes all of the robotics development materials. Usage of
visual programming and control technologies supports students’ discrete learning abilities in primary school level.
Science and technology learning process has goal to improve students’ asking and refining questions, debating
ideas, making predictions, collecting and analyzing data, drawing conclusions, and communicating their findings to
others in electrical circuits unite. Line tracking robotics development stages enforce students to learn relationship
between momentum and force by making observations. Thus creativity of students supported by teaching topics in
depth and students efficiently uses the conceptual knowledge for remembering. In robotics development learning
environment, students enhance positive attitudes to scientific researching (Hursen, C., & Uzunboylu, H. 2009).
This paper describes the robotics development course steps and results of and educational robotics design.
Development activities aim to help students in electrical circuits and materials in science courses. Findings show us
that robotics lab activities help students to improve them cognitively