Four tracks
Four different technology domains
3D Printing
Students are introduced to the fundamentals of 3D design and additive manufacturing — from concept to physical object. This workshop bridges design thinking and fabrication in a way textbooks cannot.
Students gain a foundational understanding of how digital designs become physical products and how this technology is being applied across industries today.
- Introduction to CAD and basic design concepts
- Understanding slicing software and print workflow
- Detailed explanation of FDM (Fused Deposition Modeling)
- Hands-on experience operating FDM 3D printers
- Material selection, calibration, and design constraints
- Real-world applications across industries
AI & Machine Learning
This workshop introduces students to the foundations of artificial intelligence — separating myth from reality and helping students understand how these technologies actually function and where they are applied.
No prior coding experience is required. The focus is on conceptual understanding, real-world relevance, and an appreciation of where AI is heading.
- Introduction to AI and Generative AI
- Understanding what AI actually is — myth vs reality
- Difference between AI, Machine Learning, and Data Processing
- Basics of algorithms and pattern recognition
- Introduction to Large Language Models (LLMs)
- Integration of AI with hardware systems and robotics
- Overview of tools, hardware, and real-world applications
Robotics & IoT
This workshop focuses on building practical systems using electronics and embedded systems. Students learn how sensors, microcontrollers, and code work together to create smart devices and automated systems.
The core objective is not just assembling components, but enabling students to think critically about how these systems can be designed to solve real-world problems.
- Basics of development boards (Arduino and similar platforms)
- Understanding electronic components and modules
- Sensors — types, applications, and integration
- Project: Line following robot
- Project: Obstacle avoiding robot
- Project: Face detection system
- Project: Smart agriculture monitoring system
Drone Technology
This workshop introduces students to the fundamentals of drone systems and aerial technology. Students move from understanding what makes a drone fly to calibrating and programming one themselves.
This is one of the most in-demand technology areas in modern industry and this workshop gives students a structured, grounded introduction to it.
- Basics of drone structure and working principles
- Components: motors, ESC, flight controller, propellers
- Fundamentals of flight control and stabilization
- Drone assembly and calibration process
- Safety practices and applicable regulations
- Real-world applications: surveillance, agriculture, mapping, delivery