Our Electronical engineering design portfolio

Our electronical engineering design portfolio

Electronic Engineer team with specialization in PCB Designing, Firmware Development and Rapid Prototyping

Vending Machine

The incorporation of the “Stripe” terminal introduces advanced payment capabilities to the vending machine. This technology, not yet introduced in Pakistan, facilitates seamless and secure electronic transactions, providing a modern and convenient payment experience for us

wireless charger

The wireless charger project is designed to provide a compact and efficient charging solution for Apple Watches. Featuring a 4-layer PCB and incorporating advanced components such as the STWBC86 wireless charging IC from ST Electronics, a Type-C connector, and a BMS (Battery Management System) utilizing the TP4056 chip, this charger offers seamless functionality and reliable performance.

Bubble loop

The device is a toilet cleaner dispenser that releases form that covers the surface of the water in the toilet bowl. This material breaks up the impact of waste hitting the water and prevents splashing back up onto the user’s skin. The device should be attachable and able to dispense the material automatically when triggered by a motion sensor or at the push of a button. It should be made of materials that are durable and easy to clean, with a battery or electrical system for power.

smart glasses

These smart glasses are designed to assist handicapped individuals in controlling the mouse cursor of a computer or mobile device using head movements. It features a printed circuit board and firmware for seamless functionality. The MPU9250 gyro sensor tracks head movements and provides precise tracking. The system also includes a Battery Management System (BMS) for efficient battery utilization,managing charging, discharging, temperature, and safeguarding against overcharging or over-discharging.

SMART SHOE

The smart shoe project is an innovative venture aiming to revolutionize the footwear industry by developing shoes that prioritize adaptability and comfort.Utilizing cutting-edge materials and ergonomic design principles, the shoes will seamlessly conform to the wearer’s movements, providing enhanced flexibility and
support.

Home Automation Project

The home automation project aims to create a smart home system using Bluetooth Low Energy (BLE) mesh networking technology. This system allows users to control various aspects of their home remotely from anywhere using a smartphone or other BLE-enabled devices.

The system consists of multiple components including sensors for monitoring temperature, humidity, smoke, and motion (PIR sensor), an ESP32 microcontroller for processing data and communication, a DWIN LCD for displaying information and user interface, and a 2-layer PCB for connecting and mounting these components.z