Arush Pant

Highly motivated individual with a creative approach to solving real world problems and a passion for embedded systems, who likes creating new things and constantly looks for challenges to overcome in an attempt to learn new skills, as well as polish existing ones.

• Microcontroller Embedded C programming
• Embedded System programming on ARM Cortex
• Hands on STM32: Peripherals with HAL
• Mastering microcontroller and Embedded Driver Development
• Getting started in Internet of Things | ESP8266 | Firebase | MQTT
• The Art and Science of PCB design
• Practical Node-MCU IoT with applications
• Practical IoT concept devices, IoT Protocols and servers
• Crash course electronics
• Introduction to Power electronics

• LPC2148 LIB

Embedded C API for Interfacing Peripherals like UART, I2C, SPI, LCD, on chip RTC etc. with LPC2148.

Allows easy development of LPC2148 based solutions without worrying about low level embedded systems programming.

• PIC18F4520 LIB

Embedded C API for Interfacing Peripherals like UART, I2C, SPI, LCD etc. with PIC18F4520.

Allows easy development of PIC18F4520 based solutions without worrying about low level embedded systems programming.

• IoT based Non-invasive Glucometer

An LPC2148 based solution which replaces the traditional method of glucose monitoring via blood samples.

Makes the process painless and hygienic, making the process of continuous glucose monitoring extremely easy.

• RGB Light controller

A smart module that works with all the standard RGB LED strips available in the market.

Allows the user to control the colours and intensity of the strip from anywhere in the world via a mobile application.

• Universal PIR based motion sensor module

A smart module that fits with any existing PIR based motion sensor, making the device smart.

Transmits messages over to the server based on which we can wirelessly control electrical appliances.

• Automation switch module with fan support

Smart switch retrofit module that goes behind the users switchboard, allowing seamless control via a mobile application.

The switches maintain their original usage providing dual control to appliances, with feedback to monitor appliance status.

The device is capable of controlling light intensity as well as fan speed with an additional plug and play module.

• Curtain controller module

Smart device allowing the user to control their curtains from anywhere in the world via a mobile application.

Traditional switches can also be used to control the curtains in case of loss of connectivity.

• IR Blaster

Smart remote to control all IR based appliances, the blaster can be controlled using a mobile application with a capability to learn new commands as well.

• Project link

https://drive.google.com/drive/folders/1chaSTix9V5EQL16o77_oG8vqTutpR7Ve?usp=sharing