Work
Projects
Real-world electrical engineering and power systems work — from design to deployment.
All
Proteus (14)
Simulation (14)
Arduino (10)
Automation (7)
LCD (6)
Sensors (5)
Embedded Testing (4)
PCB Design (3)
Power Electronics (3)
PLC (2)
Renewable Energy (2)
Solar Energy (1)
Renewable (1)
Grid-Tied (1)
Installation (1)
Cable Car (1)
Power Systems (1)
Control Panels (1)
SCADA (1)
MCC (1)
VFD (1)
Substation (1)
Protection (1)
Relay (1)
IEC (1)
Transmission Line (1)
MATLAB (1)
Neural Network (1)
IoT (1)
EV Charging System (1)
Proteus Simulation (1)
News Portal (1)
PHP (1)
MySQL (1)
CMS (1)
Nepal (1)
Nepali Language (1)
Web Development (1)
Op-Amp (1)
8051 (1)
GSM / SMS (1)
Traffic Control (1)
Traffic Light Controller Using Proteus Simulation
A microcontroller-based Traffic Light Controller designed and simulated in Proteus to automate road traffic signals. The project demonstrates sequential signal timing, traffic control logic, and embedded system programming for efficient and safe intersection management.
Vehicle speed detector v2
Two infrared beams across the lane, a known distance apart. A vehicle breaks beam A, then beam B, and the time between them gives its speed. v1 stopped there. v2 also works out what kind of vehicle it was, how close it was following the vehicle ahead, and keeps the numbers a traffic engineer need…
Automatic railway level crossing
Automatic barriers where a railway crosses a road. With the Janakpur line running again, and more railway planned in Nepal, village roads will cross tracks in many places where a full-time gateman isn't practical. This controller closes the road for every train and opens it only when it's really…
Smart parking system
A 6-slot car park with an entry barrier, an exit barrier, and a display that always shows the real number of free spaces. It's the kind of system a municipality, hospital or shopping centre in Kathmandu could use, and it scales up by adding sensors.
Wind direction vane + turbine yaw control
The other half of the college wind turbine idea. It reads where the wind is coming from and turns the turbine to face it. On small turbines a tail fin does this. Bigger machines, or a turbine you want to turn out of a storm on purpose, need a motorised yaw drive, and this is its controller.