Founded by four Electronics & Communication Engineering graduates from Khwopa Engineering College, Innov Nepal supplies genuine components, runs hands-on robotics training, and designs PCBs and embedded systems for students, institutions and industry across Nepal.
Innov Nepal Pvt. Ltd. was founded in 2080 B.S. (2023 A.D.) by four Electronics and Communication Engineering graduates from Khwopa Engineering College. As students, they ran into the same wall again and again: quality electronic components, robotics equipment and practical technical training were hard to find in Nepal.
With early support from Khwopa's student entrepreneurship program, that frustration became a company. Today Innov Nepal supplies electronics components, runs robotics training, designs PCBs, builds embedded systems and delivers automation solutions to students, institutions, hobbyists, engineers and industries across the country.
Four founders who started it, and the team that keeps it running.
New ideas, tested and built, not just discussed.
Genuine components and rigorous engineering standards.
Hands-on first — theory backed by working circuits.
Support that continues after the delivery date.
Honest pricing and straight answers, every time.
Every workshop and build feeds the next one.
Built with schools, colleges and industry partners.
Technology built for Nepal's classrooms and workshops.
Practical workshops for schools, colleges, universities and STEM programs.
Schematic design, layout, multi-layer PCBs and Gerber generation.
Genuine Arduino, ESP32, Raspberry Pi, sensors, modules and drivers.
Connected devices and cloud-linked sensor systems, built end to end.
Firmware and hardware built together for reliable, low-power devices.
Water level controllers, smart-home systems and industrial controllers.
From concept to a manufactured, market-ready electronic product.
Engineering guidance for final-year projects, startups and researchers.
Genuine boards, sensors and modules with prices in NPR.
Circuits, components and measurement fundamentals, from zero.
Writing and debugging code that talks to real hardware.
Line-following, obstacle-avoiding and Bluetooth-controlled robots.
Schematic capture through layout, ready for fabrication.
Connecting sensors and boards to the cloud, safely and reliably.
Firmware fundamentals for microcontroller-based products.
Controllers and sensor networks for real production settings.
Building and tuning a team's robot for real competition rules.
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