ABOUT SINEXYS
SINEXYS — EdTech International Institute LLC is the international authority in robotics and technology accreditation, specializing in driving educational excellence through innovative standards of academic quality and pedagogical transformation.
Our mission is to validate, recognize, and strengthen teaching-learning processes in educational robotics, technology, and STEAM education, ensuring high levels of performance under the SESS and GBTE international standards.
SINEXYS accredits and distinguishes educational institutions, Educational Robotics academies, schools, instructors, students, and young talent who demonstrate a real commitment to innovation, educational quality, and the development of future skills.
Through our evaluation processes and international recognition, we promote a modern, sustainable tech education aligned with new global demands, empowering leaders who are capable of transforming the world through science, robotics, and innovation.
SINEXYS holds international accreditations for educational institutions as well as specialized certifications for students, teachers, and instructors, ensuring global standards of excellence, innovation, and academic quality.
An international distinction awarded to exclusive educational institutions that integrate innovative pedagogical processes, infrastructure, technology, and high-quality education, strengthening their prestige, credibility, and academic positioning both nationally and internationally in the field of Educational Robotics.
International professional validation for teachers and instructors demonstrating advanced skills in technology education, educational robotics, and innovative methodologies—elevating their professional profile and educational recognition.
International recognition for exclusive educational institutions integrating innovative pedagogical processes, infrastructure, technology, and quality education—enhancing their prestige, credibility, and academic positioning nationally and internationally in the field of Educational Robotics.
International recognition awarded to students who demonstrate skills, knowledge, and competencies in robotics, technology, and innovation—boosting their academic development and preparation for future challenges.
We are not what you are already used to. The market offers to build a robot; we validate your educational processes to ensure your system actually meets its goals and students learn with measurable results.
We validate sustainable educational robotics programs—free from guesswork and backed by measurable metrics that ensure quality and effectiveness in the teaching-learning process.
How an educational institution transitions from teaching basic technology to implementing a validated, measurable, and accreditable educational robotics program.
A three-stage process designed to build real adoption, academic impact, and accreditation readiness.
We evaluate the institution’s current state: infrastructure, teaching staff, STEM methodology, technology level, and pedagogical capabilities. We identify gaps and opportunities to build a program aligned with educational robotics standards.
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We design and implement the educational robotics program with a practical, measurable approach aligned with real academic results. We validate the model through projects, metrics, and student performance.
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We prepare the institution to present, validate, and sustain an accreditable and scalable educational robotics model. The goal is to transform innovation into a permanent institutional capacity.
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We don’t just supply robotics kits. We build real, measurable, and accreditable educational capabilities.
Programs aligned with STEM methodologies, project-based learning, and future-ready skills.
Documented processes, evaluations, and outcomes to demonstrate real pedagogical impact.
Hands-on training for teachers to lead implementation with autonomy and technical expertise.
Students skilled in programming, logic, problem-solving, teamwork, and technological innovation.
A model designed to scale across grade levels, campuses, and new tech areas without compromising educational quality.