Description
Palden is an Electronics & Robotics Instructor at Vedu Global Institute in Kumaripati,Lagankhel where he designs and delivers an AI, Robotics & Coding program spanning school level through bachelor's, alongside completing a B.E. in Electronics, Communication & Automation Engineering at Purbanchal University.
His work moves between two things that feed each other: building real hardware (embedded systems, motor control, renewable-energy prototypes) and turning that hands-on knowledge into curriculum and classroom projects that make electronics click for his students.
Specifications
| EDUCATION | B.E. Electronics, Communication & Automation Engineering, Purbanchal University |
|---|---|
| CURRENT ROLE | Instructor, Vedu Global Institute (AI, Robotics & Coding, school through bachelor's level) |
| FOCUS AREAS | Embedded systems, ESP32 / Arduino, renewable energy systems, STEAM curriculum design |
| TOOLS | Arduino, ESP32, PictoBlox / Quarky, TB6600 drivers, NEMA23 steppers |
| LOCATION | Kathmandu Valley, Nepal |
Pin Configuration
Robotics, AI & coding instruction at Vedu Global Institute, from school level through bachelor's
STEAM curriculum and classroom project materials, Nepal-contextualized
Embedded hardware prototypes: motor control, sensors, power systems
Firmware, wiring, and system-level troubleshooting
Featured Project
Dual-Axis Solar Tracker with Inverter for Efficient Solar Energy Conversion
FINAL YEAR PROJECTA standalone ESP32-controlled solar tracker that keeps a panel aligned to the sun on both azimuth and elevation axes using astronomical solar-position calculations instead of light sensors, paired with a push-pull inverter that converts the stored 12V DC into usable AC. The system logs voltage, current, and power to an SD card and exposes a live Wi-Fi dashboard, with manual override for the tracking angles. Final-year capstone at Khwopa Engineering College (Purbanchal University), built with teammates Bhagwan Karki and Debaki Shrestha, July 2026.
Other Applications
School-Level Electronics & Technology Curriculum
CURRICULUMA Nepal-contextualized STEAM curriculum addressing real local conditions, like load-shedding, monsoon reliability, and air quality, built around Quarky/PictoBlox and Arduino project tracks.
Automated Waste & Street-Lighting Systems
CLASSROOM PROJECTTwo applied robotics builds: a proximity-sensing smart bin using an Arduino Uno, servo motor, and ultrasonic sensor for touch-free operation, and a light-responsive street lamp demonstrating automated sensing and control.
Foam-Board Motorized Launcher
PROTOTYPEA scratch-built, motorized mechanical prototype made from basic materials, exploring mechanism design outside the usual electronics toolkit.
Shop
Robotics kits, sensors, and components, available through a dedicated store. Coming soon.
Visit the shop