Experiential Technology Workshops

Explore, Discover & Create

Hands-on engineering, creative problem solving, electronics, coding, mechanisms, and real-world technology workshops powered by Praya Labs.

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Event Schedule

Workshops & Learning Sessions

Browse hands-on sessions categorized by registration status.

No upcoming workshops have closed registration yet.

Participant Experiences

Authentic Workshop Feedback

Hear from students, parents, and educators who have engaged in Praya Labs hands-on technology sessions.

★★★★★

“The hands-on methodology at Praya Labs is phenomenal. My daughter did not just play with pre-assembled toys—she learned how sensors actually work, wrote embedded C, and built a functioning weather monitor.”

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Aarav Sharma
Parent & Tech Lead, Bangalore
★★★★★

“Praya Labs brings unmatched authenticity to workshop design. Their mentors emphasize fundamental engineering principles over superficial assembly. Students remained thoroughly captivated and inquisitive.”

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Prof. R. Venkatesh
Head of Department, Technical University
★★★★★

“Before attending Praya Events, hardware coding felt intimidating. In three days of immersive prototyping, I designed an autonomous line-follower and obstacle-navigating robot from bare components!”

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Ananya Murali
Participant & Innovation Challenge Finalist
Multidisciplinary Engineering

Technologies We Explore

Praya Labs bridges theory and practice across diverse modern engineering disciplines—far beyond conventional robotics classes.

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Electronics & Circuit Prototyping

Hands-on breadboarding, analog & digital sensor interfacing, microcontrollers, and PCB prototyping.

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Embedded Systems & Connected IoT

Building connected smart devices with ESP32, Arduino, MicroPython, and secure cloud telemetry.

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Mechanical Design & Rapid Making

From 3D CAD modeling to rapid prototyping, physical linkages, gears, and structural fabrication.

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Applied AI & Edge Intelligence

Exploring real-world computer vision, tinyML, sensor classification, and intelligent automation.

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Creative Problem Solving & Design

Systematic design thinking, failure analysis, algorithmic debugging, and building working inventions.

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Robotics, Actuators & Control

Kinematics, precision motor drivers, PID tuning, autonomous navigation, and dynamic mechanisms.

Pedagogical Value

Why Hands-on Learning Matters

Cultivating resilient engineering intuition, genuine problem-solving grit, and lifelong inventive confidence.

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Build Real Functional Prototypes

Go beyond theoretical slides by designing, assembling, and testing working hardware from day one.

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Deep Computational & Analytical Thinking

Master structured problem decomposition, algorithmic logic, and resilient debugging across hardware and software.

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Confidence & Inventive Curiosity

Cultivate the inventor mindset to question how things work, experiment fearlessly, and turn original ideas into reality.

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Collaborative Team Engineering

Experience authentic multidisciplinary teamwork with peer ideation, git-like build reviews, and shared demos.