Program:
FutureTech Academic Training Program
Duration:
1 Year
Currently, we have an institutional partnership with Lakshmi Vilasom Higher Secondary School, Pothencode.
The world is moving towards intelligent machines, automation, and advanced technologies. FutureTech Innovators Program bridges the gap between classroom education and emerging technology careers by providing students with practical exposure to next-generation tools and concepts. This is not just another academic program — it is a complete innovation journey where students learn to design, build, program, and create real-world technology solutions. Students work with Robotics Kits, Professional Drones, 3D Printers, AI Computing Platforms, Smart Sensors & Automation Tools under the guidance of experienced technology mentors.
1. Program Objectives
Building Future Innovators Through Experiential Learning
Practical Technology Skills
Equip students with hands-on knowledge in emerging technologies.
Innovation & Creativity
Encourage students to think creatively, solve problems, and develop unique solutions.
Future Career Preparation
Introduce students to high-demand technology fields and career opportunities.
STEM Empowerment
Connect science, mathematics, engineering, and technology through practical applications.
Leadership & Confidence
Build teamwork, communication, presentation, and project management skills.
2. Core Technology Tracks
A. Robotics & Kinematics
- Physical computing, electronics, and sensor integration
- Design, assembly, wiring, and programming of autonomous terrestrial robots
- Kinematics, motion control, and autonomous navigation
Outcome: Students will build and program fully functional robots capable of completing
B. Drone Development
- Aerodynamics, flight physics, and propulsion systems
- Assembly, calibration, telemetry, and sensor integration
- Programming for stabilized flight and basic autonomous operations
Outcome: Students will construct and fly their own programmable drones.
C. Artificial Intelligence & Machine Learning
- Data collection, model training, and computer vision
- Building AI systems that interact with physical sensors and robots/drones
- Predictive analytics and real-world AI deployment
Outcome: Students will develop functional AI models for object detection, decision-making, and automation.
D. 3D Printing & Digital Fabrication
- CAD design, 3D modeling, and slicing techniques
- Printer mechanics, materials science, and post-processing
- Custom part fabrication for robotics and drone projects
Outcome: Students will design and print functional components for their own creations and personal projects