Hey, there! In my free time, I like to have fun making digital circuits, working with timer ICs and sharing my views on technologies that excite me. Through the course I have created various embedded systems projects :

1. Moonshine - Moonshine is an alcohol detector developed using an ATmega 328p chip and MQ2 sensors with auto-calibration against environmental conditions and offsets by means of using opamp as a filter.

2. Vision - Vision is an IOT sonar that is capable of detecting multiple obstacles, communicating with them using Bluetooth, and calculating distance and angle of obstruction from a reference. Processing is used to depict the output in a cognitive manner.

3. RF-ID-based system - A real-time RF-ID-based attendance that creates records of the data and time of the snap and writes them into a notepad file with a unique ID for every user.

Also, I have worked on electronics projects :

1. Temperature-based color mixer - The circuit comprises 3 thermocouples as an input sensor whose output is amplified using an operational amplifier and used to control the intensity and wavelength of LED.

2. Optocoupler - The system can communicate between two physically isolated using visible light at speed of 300 hertz utilizing N-Channel MOSFET as switches and LED as a source of light.

Lately, I am taking out time to pursue my hobby of teaching. Until now I have conducted around 50 inter-college workshops on IoT, Embedded Systems, Robotics, and signal processing as head of RAU at BVPIEEE. Along with this, I like cooking and spoiling dishes as easy as noodles.

Next bucket list pointer: See the result of disturbances in the magnetosphere caused by the solar wind (Northern Lights) once the pandemic gets over!