A team of passionate educators, innovators, and mentors dedicated to empowering students through hands-on STEM learning and future-ready technology education.
Our JourneyCelebrating milestones, recognitions, and stories of young innovators who are building the future with creativity and purpose.
Nurturing curiosity and innovation every day.
Hands-on learning experiences across STEM domains.
Ideas transformed into real world solutions.
Honored for excellence in STEM education.
Collaborating to create a stronger impact together.
Maker Minds was born from a simple belief: every child in Vizag deserves access to world-class STEM education - at a price every family can afford. We bring IoT, Robotics, Embedded Systems, AI, Machine Learning, and Coding to life through hands-on workshops that spark real curiosity.
India's tech future is being written right now - and we want students from Visakhapatnam to be the authors. We go into schools, communities, and workshops to make sure children from Grade 5 to Grade 10 experience the thrill of building something real: a robot that moves, a sensor that reacts, a program that thinks.
Our "AI for Work" module teaches students and young professionals how to use tools like ChatGPT and Copilot to dramatically boost their productivity - a skill that matters in every career.
Every concept is taught through a real, hands-on project. No boring theory - just circuits, code, and curiosity.
We believe quality STEM education shouldn't be expensive. Our programs are priced to be accessible to every family in Visakhapatnam.
Our instructors are passionate engineers and educators who guide every student at their own pace in a safe, encouraging environment.
We are rooted in Visakhapatnam and our mission is to put Vizag's young innovators on the national tech map.
A practical learning map across circuits, code, robotics, AI, and real-world invention.
Build circuits, read schematics, and understand components through safe breadboard experiments.
Design moving robots, connect sensors, and add simple decision-making behavior.
Use Arduino and connected devices to collect data, trigger actions, and control projects.
Work with ultrasonic, light, motion, and environmental sensors for real-world automation.
Turn logic into games, animations, dashboards, and interactive tools students can show.
Combine science, design, and engineering into guided builds with clear outcomes.
Learn how microcontrollers read inputs, control outputs, and run reliable device logic.
Explore patterns, prediction, and model thinking through student-friendly AI activities.
Use modern AI tools to research, write, plan, debug, and improve everyday productivity.
