RoboTech Competition
Why RoboTech
University Metropolitan Tirana has launched the “RoboTech” initiative, an innovative competition that engages students from general secondary schools, equipping them with skills in robotics and the creation of intelligent systems.
Through this competition, young participants develop technological skills, creativity, and practical problem-solving abilities, preparing them for the challenges of the future.
UMT seeks not only to create an educational and inspiring platform, but also to foster a new generation of innovators who contribute to the technological development of Albania and beyond.in a journey of innovation, learning, and discovery!
How can you get involved?
For Students
Are you ready to build something amazing? Form a team of 4–7 general secondary school students, come up with a project idea, and apply! You will work with mentors, receive hands-on training, and present your robot to a panel of experts.
For Schools and Teachers
Support your students as they dive into robotics and AI! RoboTech offers schools hands-on training, including access to workshops, mentoring, and technical support to help students succeed in technology and innovation.
For Sponsors and Partners
Partnering with RoboTech is an opportunity to foster innovation among Albania’s youth. By supporting RoboTech, industry partners gain visibility, help shape a technologically skilled generation, and contribute to sustainable and innovation-driven development.
Goals and Objectives
RoboTech aims to demystify modern technology by introducing students to the world of Artificial Intelligence (AI) and Robotics through:
- Workshops and presentations on the latest technological advancements.
- Hands-on activities and group projects, where students learn to apply theoretical knowledge to solve real-world challenges.
- Access to technological resources and tools, inspiring creativity and fostering critical thinking.
RoboTech builds a bridge between educational institutions and the industry by bringing together leading mentors and experts to:
- Develop mentorship programs where university students and industry experts support high school teams.
- Enable industry collaboration by providing resources, lectures, and hands-on training opportunities.
Provide practical work experience opportunities for the most outstanding participants.
This collaborative environment helps enhance the quality of learning and prepares students for future careers in technology.
The project integrates technology with sustainability principles through:
- Applying AI and robotics to address challenges in the green and blue economies.
- Developing technological skills, including data analysis, coding, and digital communication.
- Promoting technological innovation by showcasing new developments at both national and international levels.
At RoboTech, high school students will have the opportunity to explore and apply the principles of robotics and Artificial Intelligence (AI) to identify and develop innovative solutions to real-world challenges.
Through hands-on activities, teamwork, and practical experimentation, students will transform their ideas into creative projects that combine technology, problem-solving, and critical thinking.
Smart tourism projects aim to leverage intelligent technologies to enhance the visitor experience and promote tourist destinations. These include robotic tour guides that provide information about points of interest, as well as visitor flow management robots that help guide tourists through crowded areas, improving both safety and convenience.
Smart agriculture projects focus on automating and monitoring agricultural environments to increase productivity and sustainability. These include robots that patrol fields to measure soil moisture and assess soil conditions, as well as seed-dispensing robots and smart irrigation systems that optimize agricultural operations and reduce excessive resource consumption.
RoboTech Phases
Launch and Application Phase
Selection of mentors from UMT to guide teams throughout the competition. Mentors will provide professional support and direct guidance, contributing to the development of participants' skills and the preparation of their projects.
Information Days
Presentations on intelligent robotic systems and their potential. Practical workshops, interactive Q&A sessions, team formation, and project idea proposals.
Development Phase
Team training and prototype development using robotics and Artificial Intelligence (AI) technologies.
Final Competition Phase
Presentation of final projects and the awards ceremony.
Our Partners Over the Years
