Machine Technical Engineer @Calipso SRL , Jun 2019 .

 I am working as machine fault diagnose  Technician. I am focusing particular on input & output and sensors such as PLC , VFD  which is essential components in electrical Automation System.

Embedded Software Engineer @Ekrain Solutions, Jun 2018 - July 2019.

 I am worked as Linux driver development engineer. I am focusing particular on input & output drivers such as I2C, SPI, UART, GPIO, PWM, SMBUS which is essential components in embedded system. My jobscope is to enable these drivers for new Intel platform and adding new features to support the platform use cases. Embedded Linux is a huge scope, in order to perform my task, I will coordinate with various team including platform team, BIOS team, rmware team, PCH team to implement all these drivers in new platform. In order to speed up product timeline to market, the software completeness is needed before the SOC readiness, e ort is put on team coordination, pre-silicon testing, project planning. The involvement in new project planning had trained me to be agile and adaptive to market changes. I believe this skill is important for leading company in persuasion of new market segment.

Mechatronics  Engineer @Smart Engineering Technologies , Apr 2016 – May 2017.

I worked as Mechanical and Electronics  engineer at SET, a subsidiary of Daikin Industry. This is my rst exposure to industrial design and it stroke hard me on how the cost e ective / e cient way to produce quality board. Most of my work is oriented on rmware coding but I also involve in the hardware design & PCB design. For the software side, I had learnt about the in-house software task scheduling, coding standard and communication protocol. My main task is writing rmware for non-inverter type controller accordingly to customer requirement. The functions written included software I2C protocol, stepper motor control, IR decode and encode (in house protocol), compressor protection timeout, customized one wire communication etc. One of the innovation product from DEDM is measurement equipment which involved real time sensing, data display and data storing on USB mass storage (I am doing software debugging and product enhancement but this gave me high level overview on how industrial meter work). For hardware side, I had learnt to design the PCB according to production capability, such as: how to do components placement to ensure easy handling by operator, PCB track design to reduce the production defects, components selection to reduce certain process and increase the production speed. I had the chance to understand wave soldering, re ow soldering process and acquired necessary design guide to avoid production defects. Above all, I need to make sure all the EMI testings are passed. It is a good experience to work with various teams (production team, engineering team, QA team, tester team) to ensure the product run smoothly.

Trainee Embedded Developer @Libo Industries , Feb 2015 – May 2016.

 During my 4 years knowledge of academic and research, I get the chance to learn and practice the modern robotics technologies. I had learnt about circuit design, test out the circuit and draw my own PCB. Also, it is coped with endless probing, wire jumping and debugging. At the same time, I am doing research on control system for solar photovoltaic output power. I did investigation on the control algorithm by reading the journal paper, crossing checking the application note from Texas Instrument, Microchip etc to study the implementation of the algorithm. I wrote my control algorithm in c language. From there, I had learnt to do debugging using in-circuit debugger, I had to rewrite my algorithm numerous time to get nal working version which help to publish my paper. The well-equipped lab facility of my research centre (UMPEDAC) had provided a lot of useful tools / components for my research. Along those 5 years, I also worked as tester to check the power quality of solar farm. My research centre is one of few organisations certi ed by TNB to verify the power quality of solar farm. From there, I gained eld experience and it is a good learning but dangerous as it deals with high voltage (safety first).

Mastering Microcontroller with Embedded Driver Development

Learn bare metal driver development systems using Embedded C: Writing drivers for STM32 GPIO,I2C,SPI,USART

https://www.udemy.com/certificate/UC-US3MRZOH/

ref No : - UC-US3MRZOH

Mastering Microcontroller : TIMERS, PWM, CAN, RTC,LOW POWER.

learn STM32 TIMERS, CAN,RTC, PWM,LOW POWER embedded systems and program them using STM32 Device HAL APIs STEP by STEP.

ref No : - UC-US3WCZOC

Java Programming Masterclass for Software Developers.

The Complete 2020 Web Development Bootcamp.

The course for Become a full-stack web developer. HTML, CSS, Javascript, Node, React, MongoDB

Complete Power Electronics For Electrical Engineering.

Complete Electric Circuits Course for Electrical Engineering.

Electrical Engineering Design for MEGA Construction Projects.

Electrical Design & Installation for MEGA Construction Projects Dialux , Ecodail , Auto-CAD MEP , ETAP.

ref No : -

A Peripheral Driver for Stm32 Microcontraller.

Technologies :- C language
Tools and Softwares :-

Wireless Power Transmission Project.

Technologies :-

Tools and Softwares :-

Multifunctional Fire  Brigade - Model

Technologies :-  IR , Bluetooth Via Android , Ultra-Sonic Sensor , Serial Communication
                             Master-Slave Microcontraller Communication.
Embedded Project using

Stm32 f407 , intel 8051 microcontraller , Avr atmegs32 , atmega328p microcontraller
Tools and Softwares :-  Keil uVision , Proteus , MySql WorkBench , Arduino , SolidWorks

DTMF Contralled Home and Industrial Automation System.

Embedded Software Innovations.
Technologies :- Ave Atmega32 , DTMF , GSM
Tools and Softwares :- Keil uVision IDE , Proteus

Weather and Flood Management  System Using Smart Robotics Project.

Ekrain Technologies & Solutions Pvt Ltd.
Technologies :-  Atmega 328p Microcontraller
Tools and Softwares :- Keil uVision IDE, Proteus , MySql WorkBench , InteliJ Idea

Microcontroller Interfacing with Graphical LCD .

Ekrain Technologies & Solutions Pvt Ltd.

The graphical LCD has a resolution of 128 by 64 pixels. It is monochrome, however it has an LED back light to help see the image.
Technologies :-  Atmega 328p Microcontraller , PIC
Tools and Softwares :- Keil uVision IDE, MikroC Pro, Proteus , MySql WorkBench , InteliJ Idea

Esp8266 Nodemcu Relay Control from Web page over WiFi.

Ekrain Technologies & Solutions Pvt Ltd.

Use the Esp8266 Nodemcu and a 4 channel relay module to create a webserver that enables us to control devices from a web page over a WiFi network. This acts as a switch in a number of home automation projects.

Technologies :-  Atmega 328p Microcontraller ,  Esp8266 Nodemcu , Wifi
Tools and Softwares :- Keil uVision IDE, Android Studio , InteliJ Idea , Arduino

Android Devolopment Projects.

Ekrain Technologies & Solutions Pvt Ltd.
Technologies :- Java , Kotlin.
Tools and Softwares :- Android Studio IDE,

1. De_Max Social Application

2. Flappy Bird  Game

3. Taxi Application ( Uber Clone )

4. Translater Application

5. Social network - Flutter and fire base