Manoj J. Profile | Freelancer

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Embedded Software

Microcontroller

5.0

(24 reviews)

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$20 USD / hour

chikhli,

$20 USD / hour

It's currently 12:50 AM here

Joined January 27, 2017

2 Recommendations

Manoj J.

@mrjadhav

5.0

(24 reviews)

5.2

5.2

100%

100%

$20 USD / hour

chikhli,

$20 USD / hour

100%

Jobs Completed

56%

On Budget

96%

On Time

16%

Repeat Hire Rate

Embedded System Developer

Hi, Our expertise in Embedded System Development is as follows: Micro-controller based systems worked on: 8051, Atmega and PIC micro-controller, ARM controller, STM32, Raspberry Pi, OrangePi, ESP8266, ESP32 (Arduino based). IDEs Worked on: MPLAB, mikroC, Arduino, Atmel studio, Keil uVision, QT IDE etc. Projects completed in fields: Wired/Wireless, GSM based communication, Bluetooth(nRF51, nRF52), Automation, Medical, MODBUS(RTU/TCP), Python scripts, Circuit/Schematic design, PCB design in KiCAD, etc.

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Portfolio

An ESP32 based device:
Features:
A) 2 Digital Inputs (Opto-coupled)
B) 2 Digital Outputs (Opto-coupled)
C) 4 Analog Inputs
D) RS485 Interface
E) Power Supply: 5Vdc to 24Vdc
F) Flash storage attached
G) Dynamic configurations

Applications on IoT:
A) Analog and Digital Data read and logging (IoT)
B) Digital Output Control
C) Power Meter having MODBUS protocol for data logging
D) Data logged on AWS, Google cloud, etc

Protocols:
HTTP/S (GET, POST), MQTT/S, I2C, SPI, etc

IOT ESP32 based Data logger

An ESP32 based device:
Features:
A) 2 Digital Inputs (Opto-coupled)
B) 2 Digital Outputs (Opto-coupled)
C) 4 Analog Inputs
D) RS485 Interface
E) Power Supply: 5Vdc to 24Vdc
F) Flash storage attached
G) Dynamic configurations

Applications on IoT:
A) Analog and Digital Data read and logging (IoT)
B) Digital Output Control
C) Power Meter having MODBUS protocol for data logging
D) Data logged on AWS, Google cloud, etc

Protocols:
HTTP/S (GET, POST), MQTT/S, I2C, SPI, etc

IOT ESP32 based Data logger

An ESP32 based device:
Features:
A) 2 Digital Inputs (Opto-coupled)
B) 2 Digital Outputs (Opto-coupled)
C) 4 Analog Inputs
D) RS485 Interface
E) Power Supply: 5Vdc to 24Vdc
F) Flash storage attached
G) Dynamic configurations

Applications on IoT:
A) Analog and Digital Data read and logging (IoT)
B) Digital Output Control
C) Power Meter having MODBUS protocol for data logging
D) Data logged on AWS, Google cloud, etc

Protocols:
HTTP/S (GET, POST), MQTT/S, I2C, SPI, etc

IOT ESP32 based Data logger

An ESP32 based device:
Features:
A) 2 Digital Inputs (Opto-coupled)
B) 2 Digital Outputs (Opto-coupled)
C) 4 Analog Inputs
D) RS485 Interface
E) Power Supply: 5Vdc to 24Vdc
F) Flash storage attached
G) Dynamic configurations

Applications on IoT:
A) Analog and Digital Data read and logging (IoT)
B) Digital Output Control
C) Power Meter having MODBUS protocol for data logging
D) Data logged on AWS, Google cloud, etc

Protocols:
HTTP/S (GET, POST), MQTT/S, I2C, SPI, etc

IOT ESP32 based Data logger

An ESP32 based device:
Features:
A) 2 Digital Inputs (Opto-coupled)
B) 2 Digital Outputs (Opto-coupled)
C) 4 Analog Inputs
D) RS485 Interface
E) Power Supply: 5Vdc to 24Vdc
F) Flash storage attached
G) Dynamic configurations

Applications on IoT:
A) Analog and Digital Data read and logging (IoT)
B) Digital Output Control
C) Power Meter having MODBUS protocol for data logging
D) Data logged on AWS, Google cloud, etc

Protocols:
HTTP/S (GET, POST), MQTT/S, I2C, SPI, etc

IOT ESP32 based Data logger

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

It is ESP8266/ESP32 (WiFi) based web-server sample application. This application will allow you to send data from the webpage to UART of the device. This is for demo purpose. We have already built some applications for our clients for required products. This web-server also provides OTA update, WiFi setup using AP modes,etc facilities.

ESP8266, ESP32 based sample webserver

It is ESP8266/ESP32 (WiFi) based web-server sample application. This application will allow you to send data from the webpage to UART of the device. This is for demo purpose. We have already built some applications for our clients for required products. This web-server also provides OTA update, WiFi setup using AP modes,etc facilities.

ESP8266, ESP32 based sample webserver

It is ESP8266/ESP32 (WiFi) based web-server sample application. This application will allow you to send data from the webpage to UART of the device. This is for demo purpose. We have already built some applications for our clients for required products. This web-server also provides OTA update, WiFi setup using AP modes,etc facilities.

ESP8266, ESP32 based sample webserver

It is ESP8266/ESP32 (WiFi) based web-server sample application. This application will allow you to send data from the webpage to UART of the device. This is for demo purpose. We have already built some applications for our clients for required products. This web-server also provides OTA update, WiFi setup using AP modes,etc facilities.

ESP8266, ESP32 based sample webserver

This project was about to control European roulette wheel to automate the bidding electronically. The system had betting machines networked to a central system running Linux. A python script was written to communicate with these betting machines and manage all the betting information. All the betting machines were being communicated using UDP protocol and MySQL database was used.

European Roulette Wheel control

This project was about to control European roulette wheel to automate the bidding electronically. The system had betting machines networked to a central system running Linux. A python script was written to communicate with these betting machines and manage all the betting information. All the betting machines were being communicated using UDP protocol and MySQL database was used.

European Roulette Wheel control

This project was about to control European roulette wheel to automate the bidding electronically. The system had betting machines networked to a central system running Linux. A python script was written to communicate with these betting machines and manage all the betting information. All the betting machines were being communicated using UDP protocol and MySQL database was used.

European Roulette Wheel control

This project was aimed to use open-source information for quad-copter design. This design uses F450 frame, four 1000KV BLDC motors, four 30A ESCs, an RF transmitter-receiver based pair, Gyro-Accelerometer MPU-6050, one 3000mAh 3S 30C Li-Po battery . A remote control based on RF module of range up to 100m was designed.
The design was well calibrated and tested successfully.

Quad-copter control system using Arduino

This project was aimed to use open-source information for quad-copter design. This design uses F450 frame, four 1000KV BLDC motors, four 30A ESCs, an RF transmitter-receiver based pair, Gyro-Accelerometer MPU-6050, one 3000mAh 3S 30C Li-Po battery . A remote control based on RF module of range up to 100m was designed.
The design was well calibrated and tested successfully.

Quad-copter control system using Arduino

This project was aimed to use open-source information for quad-copter design. This design uses F450 frame, four 1000KV BLDC motors, four 30A ESCs, an RF transmitter-receiver based pair, Gyro-Accelerometer MPU-6050, one 3000mAh 3S 30C Li-Po battery . A remote control based on RF module of range up to 100m was designed.
The design was well calibrated and tested successfully.

Quad-copter control system using Arduino

This is a security system. It uses Arduino Mega 2560, LCD 20x4, a PIR sensors, SIM800/ SIM900, etc. This system has door sensor to be attached to doors or windows. This system can store up to 6 mobile numbers. These are authenticated numbers through which the system can be activated or deactivated using DTMF.
All doors windows are closed before activating the system. After activation this system monitors motion and doors-windows. If any change occurs it triggers alarm. Informs authenticated numbers by messages. Then keeps calling these numbers after fixed interval of time, until any user either calls the system or receives the call and deactivates the system.

Security System for Home or Shops

An ESP32 based device:
Features:
A) 2 Digital Inputs (Opto-coupled)
B) 2 Digital Outputs (Opto-coupled)
C) 4 Analog Inputs
D) RS485 Interface
E) Power Supply: 5Vdc to 24Vdc
F) Flash storage attached
G) Dynamic configurations

Applications on IoT:
A) Analog and Digital Data read and logging (IoT)
B) Digital Output Control
C) Power Meter having MODBUS protocol for data logging
D) Data logged on AWS, Google cloud, etc

Protocols:
HTTP/S (GET, POST), MQTT/S, I2C, SPI, etc

IOT ESP32 based Data logger

An ESP32 based device:
Features:
A) 2 Digital Inputs (Opto-coupled)
B) 2 Digital Outputs (Opto-coupled)
C) 4 Analog Inputs
D) RS485 Interface
E) Power Supply: 5Vdc to 24Vdc
F) Flash storage attached
G) Dynamic configurations

Applications on IoT:
A) Analog and Digital Data read and logging (IoT)
B) Digital Output Control
C) Power Meter having MODBUS protocol for data logging
D) Data logged on AWS, Google cloud, etc

Protocols:
HTTP/S (GET, POST), MQTT/S, I2C, SPI, etc

IOT ESP32 based Data logger

An ESP32 based device:
Features:
A) 2 Digital Inputs (Opto-coupled)
B) 2 Digital Outputs (Opto-coupled)
C) 4 Analog Inputs
D) RS485 Interface
E) Power Supply: 5Vdc to 24Vdc
F) Flash storage attached
G) Dynamic configurations

Applications on IoT:
A) Analog and Digital Data read and logging (IoT)
B) Digital Output Control
C) Power Meter having MODBUS protocol for data logging
D) Data logged on AWS, Google cloud, etc

Protocols:
HTTP/S (GET, POST), MQTT/S, I2C, SPI, etc

IOT ESP32 based Data logger

An ESP32 based device:
Features:
A) 2 Digital Inputs (Opto-coupled)
B) 2 Digital Outputs (Opto-coupled)
C) 4 Analog Inputs
D) RS485 Interface
E) Power Supply: 5Vdc to 24Vdc
F) Flash storage attached
G) Dynamic configurations

Applications on IoT:
A) Analog and Digital Data read and logging (IoT)
B) Digital Output Control
C) Power Meter having MODBUS protocol for data logging
D) Data logged on AWS, Google cloud, etc

Protocols:
HTTP/S (GET, POST), MQTT/S, I2C, SPI, etc

IOT ESP32 based Data logger

An ESP32 based device:
Features:
A) 2 Digital Inputs (Opto-coupled)
B) 2 Digital Outputs (Opto-coupled)
C) 4 Analog Inputs
D) RS485 Interface
E) Power Supply: 5Vdc to 24Vdc
F) Flash storage attached
G) Dynamic configurations

Applications on IoT:
A) Analog and Digital Data read and logging (IoT)
B) Digital Output Control
C) Power Meter having MODBUS protocol for data logging
D) Data logged on AWS, Google cloud, etc

Protocols:
HTTP/S (GET, POST), MQTT/S, I2C, SPI, etc

IOT ESP32 based Data logger

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

Sonoff TH16 board is configured to control a RELAY using different modes, such as: Time based (repeated, date based), Temperature/Humidity based, time and temperature both and an override mode .
Configuration of this board is can be controlled using any WiFi enabled device or Google IoT core based application through websites, mobile apps, etc.
It can generate failure alarms and will notify to Google IoT Core (Cloud) immediately or when connected to internet.
Since it is able to connect Google IoT core, it can be integrated with Alexa or Google Home etc.
Status can be logged and updated to Google IoT core at regular intervals.
Similarly board's configuration can either be updated with manual control or from cloud.

ESP8266, Google IoT Core, Sensors

It is ESP8266/ESP32 (WiFi) based web-server sample application. This application will allow you to send data from the webpage to UART of the device. This is for demo purpose. We have already built some applications for our clients for required products. This web-server also provides OTA update, WiFi setup using AP modes,etc facilities.

ESP8266, ESP32 based sample webserver

It is ESP8266/ESP32 (WiFi) based web-server sample application. This application will allow you to send data from the webpage to UART of the device. This is for demo purpose. We have already built some applications for our clients for required products. This web-server also provides OTA update, WiFi setup using AP modes,etc facilities.

ESP8266, ESP32 based sample webserver

It is ESP8266/ESP32 (WiFi) based web-server sample application. This application will allow you to send data from the webpage to UART of the device. This is for demo purpose. We have already built some applications for our clients for required products. This web-server also provides OTA update, WiFi setup using AP modes,etc facilities.

ESP8266, ESP32 based sample webserver

It is ESP8266/ESP32 (WiFi) based web-server sample application. This application will allow you to send data from the webpage to UART of the device. This is for demo purpose. We have already built some applications for our clients for required products. This web-server also provides OTA update, WiFi setup using AP modes,etc facilities.

ESP8266, ESP32 based sample webserver

This project was about to control European roulette wheel to automate the bidding electronically. The system had betting machines networked to a central system running Linux. A python script was written to communicate with these betting machines and manage all the betting information. All the betting machines were being communicated using UDP protocol and MySQL database was used.

European Roulette Wheel control

This project was about to control European roulette wheel to automate the bidding electronically. The system had betting machines networked to a central system running Linux. A python script was written to communicate with these betting machines and manage all the betting information. All the betting machines were being communicated using UDP protocol and MySQL database was used.

European Roulette Wheel control

This project was about to control European roulette wheel to automate the bidding electronically. The system had betting machines networked to a central system running Linux. A python script was written to communicate with these betting machines and manage all the betting information. All the betting machines were being communicated using UDP protocol and MySQL database was used.

European Roulette Wheel control

This project was aimed to use open-source information for quad-copter design. This design uses F450 frame, four 1000KV BLDC motors, four 30A ESCs, an RF transmitter-receiver based pair, Gyro-Accelerometer MPU-6050, one 3000mAh 3S 30C Li-Po battery . A remote control based on RF module of range up to 100m was designed.
The design was well calibrated and tested successfully.

Quad-copter control system using Arduino

This project was aimed to use open-source information for quad-copter design. This design uses F450 frame, four 1000KV BLDC motors, four 30A ESCs, an RF transmitter-receiver based pair, Gyro-Accelerometer MPU-6050, one 3000mAh 3S 30C Li-Po battery . A remote control based on RF module of range up to 100m was designed.
The design was well calibrated and tested successfully.

Quad-copter control system using Arduino

This project was aimed to use open-source information for quad-copter design. This design uses F450 frame, four 1000KV BLDC motors, four 30A ESCs, an RF transmitter-receiver based pair, Gyro-Accelerometer MPU-6050, one 3000mAh 3S 30C Li-Po battery . A remote control based on RF module of range up to 100m was designed.
The design was well calibrated and tested successfully.

Quad-copter control system using Arduino

This is a security system. It uses Arduino Mega 2560, LCD 20x4, a PIR sensors, SIM800/ SIM900, etc. This system has door sensor to be attached to doors or windows. This system can store up to 6 mobile numbers. These are authenticated numbers through which the system can be activated or deactivated using DTMF.
All doors windows are closed before activating the system. After activation this system monitors motion and doors-windows. If any change occurs it triggers alarm. Informs authenticated numbers by messages. Then keeps calling these numbers after fixed interval of time, until any user either calls the system or receives the call and deactivates the system.

Security System for Home or Shops

Reviews

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Showing 1 - 5 out of 25 reviews

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5.0

₹16,000.00 INR

Project for Manoj J. Phase 2

He really worked very good on the project, Would like to work with him again

Microcontroller

Embedded Software

+1 more

Immortal Ventures

@Abhi78331

•

3 years ago

5.0

₹10,000.00 INR

Project for Manoj J.

Person is very knowledgeable for its work, will love to work on another projects with him

Microcontroller

Embedded Software

+1 more

Immortal Ventures

@Abhi78331

•

3 years ago

5.0

€915.42 EUR

Project for Manoj J. -- 5

Perfect programer, all best words

Microcontroller

Embedded Software

+1 more

Oliver D.

@globalsector

•

3 years ago

5.0

₹10,000.00 INR

Esp8266 firmware

Will like to have more project with him

Microcontroller

Immortal Ventures

@Abhi78331

•

3 years ago

5.0

€65.00 EUR

Project for Manoj J. -- 4

Freelancer made a perfect job, all recommendation for Manoj

Microcontroller

Embedded Software

+1 more

Oliver D.

@globalsector

•

5 years ago

Education

B.TECH. in Electronics and Communication Technology

Shivaji University,

India

2012 - 2016

(4 years)

Qualifications

INDO GERMAN TOOL ROOM Aurangabad

2016

Embedded System design using ARM7 (LPC2148). trained for digital electronics, embedded C, ARM7 introduction to peripherals and programming.

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