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Robophysics for Education
Transform how educators and students of all ages learn, work, create, collaborate, and innovate together with RoboPhone OS – A Robophysics STEM Education.
A comprehensive approach is required
According to reports from various countries, there is a shortage of qualified engineers in general across many industries. If the public & private sectors are not proactive, this shortage could lead to significant economic losses, and given the complexity of the issue – a comprehensive approach is required.
Every student deserves the chance
to explore, advance and succeed
Experience the whole range of STEM education: hypothesis, design, software development, execution, data analysis and conclusions.
The students can design and execute projects that combine fields ranging from robotics, physics, software, electrical and mechanical engineering to medicine, environmental studies and more.
Elementary school
5th-6th grade
Middle school
7th-9th grade
High school
10th-12th grade
Academy
The technion
Transform the learning experience
Transform how educators and students of all ages learn, work, create, collaborate and innovate together with RoboPhone OS – A Robophysics STEM Education.
21st Century methodology
Robophysics Provides a unique approach to a system perception where, in a methodical way, students design the project in a “Top-Down” approach while the implementation is built as a “Bottom-Up” approach.
RoboPhone Operating System
The Robophysics program engages pupils by using experiments in which they use smartphones and our unique web-based platform – RoboPhone – to control the robots that they build.
Students’ learning experience
Robophysics Methodology & RoboPhone OS enables students’ learning experience through troubleshooting and engineering problem solving, in a realistic way, from abstract concepts to hands-on approach.
Student & School success
Anchored in equity and inclusion, building capacity through professional learning and development for all to ensure students develop their social and emotional skills and are successfully prepared for the future.
The fruits of their thinking
Imagine a school where educators are excited to work because they are supported through endless professional development opportunities that they get to choose.
Where students learn skills that will prepare them to be productive and active workers and entrepreneurs in their community.
“Robophysics provides tools not only to become better engineers, but also better human beings”
Ofer Danino
Founder and President of Robophysics
Ignite the creativity in every student
A school where students are not just taught hard skills – but also their soft skills like self-awareness, self-management, social awareness and decision-making. Where every single student has no limits to learning – despite physical barriers or limitations.
There is a solution for everything.
Leadership & policy
Collaboratively envisioning and creating an intentional culture of innovation and learning, with shared goals that engage the community and motivate leaders and educators to lead change.
Teaching & Learning
Helping all students achieve their potential by taking a student-centered approach to explore all aspects of teaching and learning: curriculum, assessment, devices and spaces with a focus on understanding and meeting the needs of all students.
Intelligent Environments
Developing safe and secure onsite and online environments and leveraging data analytics to optimize student outcomes and to create efficient, responsive, sustainable processes and allocation of resources.
Imagination for any Integration
The list of potential applications is endless and limited by the creative imagination of the teacher and of the students.
Learn how connected devices work in sampled applications from students’ projects
Get students future-ready
Robophysics developed with the support of Israel Technion Electrical Engineering Faculty. The program grants participating students up to 26 academic points as part of the “Introduction to Electrical Engineering Project”.
The platform can be implemented starting from 5th-grade elementary school through to middle school, high school, and university studies of science and engineering, as an annual curriculum for a six-year program.
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