STEM Robotics training helps students develop practical skills in Science, Technology, Engineering, and Mathematics through exciting hands-on learning experiences. Through interactive projects, coding activities, electronic design, and teamwork, students learn how technology works while developing leadership, communication, and innovation skills. Our programs encourage children and youth to think creatively, solve real-world problems, build confidence, and prepare for future careers in Artificial Intelligence, Robotics, Automation, Coding, and Smart Technologies

MIIT provides modern Artificial Intelligence (AI) training programmes for both students and working professionals.

For students, AI training builds an understanding of how artificial intelligence works and how to apply it creatively and responsibly.

For professionals — including government officials, private sector staff, and managers — the training focuses on applying modern AI tools to improve daily office work, communication, reporting, research, presentations, data handling, customer service, and productivity management. Through practical hands-on sessions, participants learn how to use AI technologies to work faster, smarter, and more efficiently while improving accuracy, creativity, and professional performance in today's digital workplace.

MIIT's Drone Technology Training is designed for youth interested in modern aviation, robotics, and smart technologies. Students learn the basics of drone design, drone assembly, flight control systems, remote controlling, safety operations, and practical flying techniques through hands-on training sessions. The programme prepares young learners for future opportunities in drone technology, smart automation, aerial photography, surveying, and advanced innovation industries.

What students learn:

— Drone design and assembly

— Flight control systems and remote operation

— Safety operations and responsible flying

— Practical flying techniques

MIIT's 3D Design & Printing training provides students with hands-on experience in modern digital manufacturing technologies. Students learn professional 3D design software, creative modelling techniques, and practical 3D printing skills using both single-colour and multi-colour 3D printers. The training includes designing and producing toys, household decorative items, school projects, prototypes, engineering models, and machine spare parts. Students develop innovation, design thinking, technical creativity, and future-ready manufacturing skills for the modern technology industry.

What students learn:

— Professional 3D design software

— Creative modelling techniques

— 3D printing using single-colour and multi-colour printers

— Designing and producing toys, decorative items, prototypes, engineering models, and spare parts

Coding and programming is one of the core skills MIIT teaches as part of its STEM and technology programmes. Students learn to code through interactive projects and hands-on activities, developing the technical foundations needed for careers in technology, AI, robotics, and innovation.

As part of MIIT's STEM and electronics training, students learn to build and programme using Arduino and Internet of Things (IoT) technologies. This hands-on training builds practical electronics skills and introduces students to the world of smart, connected devices and systems.

MIIT's Training of Trainers Program is designed to help school teachers across the Maldives upgrade their knowledge and practical skills in modern technology, so they can confidently introduce future-ready education to students in their schools and islands.

Programme modules:

— STEM Robotics Education

— Artificial Intelligence (AI) Tools

— Arduino & IoT Projects

— Drone Technology & Safety

— Coding & Programming Basics

— 3D Design and 3D Printing

— Digital Classroom Management

— Innovation & Creative Problem Solving

MIIT provides advanced online and hybrid training programmes specially designed for students and teachers living in the regional islands and atolls of the Maldives. Through modern digital classrooms, live video sessions, and practical STEM learning kits, students can participate in Robotics, AI, Drone Technology, Coding, 3D Design, and Innovation training from their own islands without travelling to Malé.

Delivery includes:

— Live Online Classes

— Recorded Video Lessons

— Practical STEM & Robotics Kits

— Teacher Support Sessions

— Student Competitions & Innovation Challenges

— Regional Workshops in Atolls

— Certification Programmes

Maizan Institute of Innovation & Technology will provide advanced online and hybrid training programs specially designed for students and teachers living in the Regional Islands (Atolls) of the Maldives. Through modern digital classrooms, live video sessions, and practical STEM learning kits, students can participate in Robotics, AI, Drone Technology, Coding, 3D Design, and Innovation training from their own islands without traveling to Malé.

Teacher Training Programme for Maldives Schools

MIIT will also conduct a special “Train the Trainers Programme” for school teachers across the Maldives. This programme is designed to help teachers upgrade their knowledge and practical skills in:

• STEM Robotics Education

• Artificial Intelligence (AI) Tools

• Arduino & IoT Projects

• Drone Technology & Safety

• Coding & Programming Basics

• 3D Design and 3D Printing

• Digital Classroom Management

• Innovation & Creative Problem Solving

The objective of the programme is to empower Maldivian teachers with modern technology skills so they can confidently introduce future-ready education to students in their schools and islands.

Hybrid Learning System

MIIT’s learning system will combine:

• Live Online Classes

• Recorded Video Lessons

• Practical STEM & Robotics Kits

• Teacher Support Sessions

• Student Competitions & Innovation Challenges

• Regional Workshops in Atolls

• Certification Programmes

This initiative will help create equal learning opportunities for youth throughout the Maldives and support the development of future innovators, engineers, programmers, and technology leaders.