Work Experience

1.

Nov 2019 - Present

May 2018 - Aug 2018

As an electrical engineer I designed and developed Solar-Bluetooth Crypto-Mining Stickers for mining Nodle Coins(Cryptocurrency) based on Nordic 52832 microcontroller
Designed the power management system based on Cypress PMIC (Power Management Integrated Controller).
Programmed the microcontroller using Arduino IDE to advertise the data through GAP profile of Bluetooth Stack.
Designed the PCB using Eagle PCB Design CAD Soft.
Also designed a Portable Crypto-Mining Chrome app based on HTML, CSS, JavaScript to mine Nodle Crypto-Coins by using Web-Bluetooth technology

Fall 2016

- As an electrical engineer I designed a high accuracy time stamp generator for Control Panels of Particle Accelerator based on Atmega 328p - AVR Microcontroller, GPS-Module(MediaTek-MT 3329) and DS-1307 Real Time Clock(RTC). Output of the time stamp given at a high BAUD Serial port.
- Resolution of Time stamp= 1 Microsecond.
- C programming language was used to developed the firmware and programmed the microcontroller. Serial Port Programming (UART), I2C Programming, 16 Bit Timer Programming.
- Designed the PCB using Eagle PCB Design CAD Soft.

Spring 2016

- Designed and developed software interface for Ethernet based high resolution 2-D Laser Profile sensor. Accuracy :1800 PPI
- Built terminal based Graphic User Interface (GUI) on C# programming language.
- Basic TCP/IP Network Socket programming in C#.
- Store the received data on Microsoft Office Excel

Fall 2014

- As an Electrical Engineer I designed an Ethernet to Serial converter to interface the control panels of Particle Accelerator to the master computer. Data generated from the control panel is sent to the microcontroller which is the programmed in C to send data to the master computer via UDP protocol using the WIZNET 5100 Ethernet controller.
- The Microcontroller Atmega 328p features SPI and UART. SPI was programmed to used the Ethernet Controller and the UART was progammed for Serial port interface to control panels.
- The Graphical User Interface was built using C on Processing IDE. UDP Socket programming was utilized for the GUI. It featured selection of a particular control panel of particle accelerator based on its IP and transcieving the data in accordance to parameter selected in the GUI.

Google Sites

Report abuse