STEM understanding
Motion, energy, mechanisms, sensors, and connecting theory with practice.
EdInn Institute Certifications
We prepare our students in the workshops, organize the entire process, and give them the opportunity to certify their skills in robotics and STEM.

University of Western Attica Spin-off
What we offer our students
At Robotakia, preparation for certification is organically integrated into the annual workshop cycle. Children practice the knowledge and skills that will be assessed, without a separate and stressful preparation program.
We match the student's cycle with the appropriate EdInn level, organize registration, personal mock test, and voucher, and conduct the exam at our centers.
What our students certify
Motion, energy, mechanisms, sensors, and connecting theory with practice.
Command sequences, programming structures, and control of robotic systems.
Analysis of challenges and selection of effective solution strategies.
Recognition of errors, improvement of solutions, and evidence-based decision making.
Understanding diagrams, designs, and technical representations.
The process at Robotakia
No additional processes and stress for parents. Preparation and examination take place within the child's familiar educational journey.
Knowledge and skills are cultivated throughout the cycle, through constructions, programming, and solving real challenges.
Each student receives their personal mock test, so they can familiarize themselves with the exam format and prepare without pressure.
Robotakia takes care of level selection, registration, and voucher procurement — without additional processes for the family.
The examination takes place in the last workshop of the annual cycle, in the familiar environment of the center and with the support of our team.
After the examination: the student receives a detailed performance report and, upon successful completion, the EdInn certificate with a unique ID.
Path of evolution
Select level to see the age group, the skills being assessed, and the corresponding participation of Robotakia.
1st–2nd Grade
Cause and effect relationship, simple sequences of commands, observation, and creative problem-solving.
Corresponding Robotakia cycle
Sparkle Sparkle - Introduction to Programming, Robotics, and Artificial Intelligence with icon-based languages2nd–3rd Grade
Input and reaction in automated systems, loops, basic choices, and experimentation.
3rd–4th Grade
Sensors, mechanical collaboration of systems, loops, and designing a functional construction.
Corresponding Robotakia cycle
Craft Craft - Programming, Robotics, and Artificial Intelligence with block-based languages4th–5th Grade
Logical rules, data, variables, selection conditions, and analysis of the problem-solving process.
Corresponding Robotakia cycle
Design Design - Programming, Robotics, and Artificial Intelligence with block-based languages - advanced challenges5th–6th Grade
Control systems that perceive the environment, complex programs, and informed decisions.
Corresponding Robotakia cycle
Fusion Fusion - Advanced Programming, Robotics, and Artificial Intelligence with block and text-based languages6th Grade–1st High School
Autonomous systems with multiple inputs and outputs, connecting mechanical and logical subsystems.
1st–2nd High School
Communication of electronic systems, collection and interpretation of data, and development of multi-layered solutions.
Corresponding Robotakia cycle
Structure Structure - Advanced Coding, AI and Robotics with the Python programming language - first year2nd–3rd High School
Smart systems that adapt to data, statistical thinking, artificial intelligence, and ethics.
Corresponding Robotakia cycle
Synthesis Synthesis - Advanced Coding, AI and Robotics with the Python programming language - second year3rd High School–Lyceum
Integration of electronics, automation, and programming, optimization and presentation of a complete project.