RESEARCH & INNOVATION
We contribute to applied research and innovation in artificial intelligence, robotics, autonomous systems, drones, IoT, advanced manufacturing and digital technologies. Our capabilities connect technical development with prototyping, pilot testing, validation and real-world applications across education, industry, the environment and society.
Applied Research and Innovation across AI, Robotics and Emerging Technologies










RESEARCH & TECHNOLOGY AREAS
Applied Innovation across Technologies and Sectors
We are interested in research cooperation that connects technological development with prototyping, testing and practical applications across industry, education, the environment and society.
IoT, Sensors & Monitoring
Robotics & Autonomous Systems
Drones & Aerial Technologies
Connected devices, sensor networks, real-time data collection and environmental or industrial monitoring systems.
Mobile robotics, automation, sensing, control systems and autonomous solutions for practical applications.
Unmanned aerial systems, environmental observation, data collection, mapping and technology-supported monitoring.
AI & Intelligent Systems
Machine learning, computer vision, large language models, data-driven applications and responsible artificial intelligence.
Advanced Manufacturing & Industry 4.0
Human-Centred Digital Innovation
Automation, PLC systems, digital fabrication, 3D printing, smart production and industrial technology applications.
Digital learning, accessibility, user experience, co-design and technologies developed around real human and social needs.












FROM CONCEPT TO PROTOTYPE
Turning Ideas into Testable Practical Solutions
Our approach connects real needs with technical exploration, rapid prototyping and structured testing. We work iteratively, using evidence and user feedback to improve the relevance and functionality of each solution.
05 — Validation & Improvement
Building initial hardware, software or integrated systems using robotics, AI, sensors, drones or digital fabrication.
Testing prototypes in controlled or real-world environments and collecting technical data and user feedback.
Identifying the practical problem, target users, operating environment and expected research or innovation outcomes.
Exploring possible technical approaches, required technologies, feasibility and opportunities for interdisciplinary cooperation.
Evaluating performance, identifying limitations and refining the solution for further research, demonstration or deployment.
01 — Challenge & Need Analysis
02 — Concept Development
03 — Prototype Development
04 — Pilot Testing
TESTING & VALIDATION
Environments for Prototyping, Testing and User Feedback
✓ Robotics and Automation Laboratory
Our facilities and technical resources can support the development and pilot testing of educational and technological solutions. We can contribute to research activities that require practical experimentation, technical validation, user involvement and feedback from real operational environments.
Computers and software tools for programming, artificial intelligence and data-driven experimentation.
✓ Computing and AI Infrastructure
Development and testing of robotic platforms, control systems and automation applications.
✓ Sensors and IoT Systems
Electronic components, connected devices and monitoring systems for environmental and industrial applications.
✓ Drones and Aerial Platforms
Equipment and experience for aerial observation, data collection and pilot technology activities.
✓ Digital Fabrication and Prototyping
3D printing, electronics and practical tools for developing and refining prototypes.
✓ User Testing and Co-Design
Access to learners, educators and youth groups for appropriate pilot activities, usability feedback and co-design processes.






RESEARCH COOPERATION
Contributing to European Research and Innovation Consortia
We are interested in joining European research and innovation partnerships, including Horizon Europe proposals, where our educational, technological and organisational capabilities can support practical development and real-world experimentation.
We can contribute as an application, pilot and dissemination partner, connecting technical solutions with learners, educators, youth communities, training environments and international robotics networks.
Prototyping & Technical Development
Pilot Testing & Validation
Co-Design & User Involvement
Communication & International Networks
Contribution to hardware, software and integrated prototypes involving robotics, AI, sensors, IoT, drones and digital fabrication.
Implementation of pilot activities, technical trials, usability testing and structured collection of feedback in practical environments.
Dissemination of project results, stakeholder engagement and connection with European education, research and international robotics networks.
Engagement of educators, learners and youth groups in needs analysis, participatory design and evaluation of innovative solutions.
Develop and Test Innovative Solutions Together
INNOVATE WITH US
We welcome cooperation with universities, research organisations, technology companies and European partnerships seeking practical capabilities in prototyping, pilot testing, user involvement, validation, training and dissemination.
A non-profit educational, scientific and research organisation advancing STEM, robotics, artificial intelligence and international cooperation.
Legal Profile
Non-Profit Educational, Scientific and Research Organisation
GEMI: 140728740000
PIC: 908935882
OID: E10151186
© 2026 STEM Robotics Academy. All rights reserved.
Reach out
194 Iroon Polytexniou Street,
3rd Floor,
41221 Larisa, Greece
+30 693 684 9735
info@stemrobotics.gr


