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budge budge, india
$10 USD/oră
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S-a înregistrat pe aprilie 13, 2019
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Mintu N.

@nathmintu92

 0,0 (0 recenzii)
4,4
4,4
100%
100%
$10 USD/oră
Steagul INDIA
budge budge, india
$10 USD/oră
100 %
Proiecte finalizate
Indisponibil
Conform bugetului
Indisponibil
La timp
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Rata de angajare repetată

Embeedded engineer and circuit designer

Hi, I am, a professional embedded engineer having 5 years of industrial experience in embedded systems. I worked on Atmel, Esp, Stm microcontroller. I am also expertise in schematics design, PCB layout design, generating Gerber file, manufacturing PCB layout of custom shapes for production. worked on different open-source development board 1. ARDUINO (UNO, NANO, MINI, MEGA) 2. ESP8266 DEVELOPMENT BOARD. 3. ESP32 DEVELOPMENT BOARD. 4. RASPBERI PI(0,2,3) 5. STM32 BLUE PILL 6. 8051 DEVELOPMENT BOARD. 7. Electronics circuit design. 8. HTML. 9. JAVASCRIPT. 10. Micropythone. 11.LABVIEW ARDUINO FRAMEWORK. I used ALTIUM DESIGNER, EAGLE CAD, PROTEUS for both PCB layout design and circuit simulation and ARDUINO IDE, VS CODE, ATMEL STUDIO for firmware development. I am also a good 3d designer with professional knowledge in AUTOCAD, FUSION360. If you are looking for PCB design, firmware development, embedded project development, or want to modify an existing project within a low-budget, hit the invite me button to talk more about it.
Freelancer Wireless Engineers India
Vezi toate opțiunile pentru Wireless Engineers din India

Discută cu Mintu N. despre proiect

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Portfoliu

9349951
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
8482307
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
PWM GENERATOR (ARDUINO PROTOTYPE)
8482262
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
8431211
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8462210
The concern of this project is to make a user interface through which the user can see the current data of weather measured from an ESP32 and sensor-based wifi enable smart device. This project is based on BME280, HUMIDITY SENSOR, and BLDC wind turbine. The system can show the atmospheric pressure change over time and wind-speed graph over time. the attached image is the GUI interface of the system when in running.
Smart weather monitoring system (IoT PROTOTYPE)
8450734
IoT based Home automation prototype. This is a very basic yet convenient home automation device. The device has the capability to control 4 individual loads (resistive- light, Tv, Inductive-Fan, Pump, AC, Refrigerator, etc)simultaneously. It communicates with the smartphone of the user and can update its status , like " THE FAN IS ON AND RUNNING" or " THE AC IS TURNED OFF".Also, it has a touch interface on int front cover. The device is a prototype and complete electrical shock proof.
MAGIC SWITCH (IoT PROTOTYPE)
IoT based Home automation prototype. This is a very basic yet convenient home automation device. The device has the capability to control 4 individual loads (resistive- light, Tv, Inductive-Fan, Pump, AC, Refrigerator, etc)simultaneously. It communicates with the smartphone of the user and can update its status , like " THE FAN IS ON AND RUNNING" or " THE AC IS TURNED OFF".Also, it has a touch interface on int front cover. The device is a prototype and complete electrical shock proof.
MAGIC SWITCH (IoT PROTOTYPE)
IoT based Home automation prototype. This is a very basic yet convenient home automation device. The device has the capability to control 4 individual loads (resistive- light, Tv, Inductive-Fan, Pump, AC, Refrigerator, etc)simultaneously. It communicates with the smartphone of the user and can update its status , like " THE FAN IS ON AND RUNNING" or " THE AC IS TURNED OFF".Also, it has a touch interface on int front cover. The device is a prototype and complete electrical shock proof.
MAGIC SWITCH (IoT PROTOTYPE)
IoT based Home automation prototype. This is a very basic yet convenient home automation device. The device has the capability to control 4 individual loads (resistive- light, Tv, Inductive-Fan, Pump, AC, Refrigerator, etc)simultaneously. It communicates with the smartphone of the user and can update its status , like " THE FAN IS ON AND RUNNING" or " THE AC IS TURNED OFF".Also, it has a touch interface on int front cover. The device is a prototype and complete electrical shock proof.
MAGIC SWITCH (IoT PROTOTYPE)
IoT based Home automation prototype. This is a very basic yet convenient home automation device. The device has the capability to control 4 individual loads (resistive- light, Tv, Inductive-Fan, Pump, AC, Refrigerator, etc)simultaneously. It communicates with the smartphone of the user and can update its status , like " THE FAN IS ON AND RUNNING" or " THE AC IS TURNED OFF".Also, it has a touch interface on int front cover. The device is a prototype and complete electrical shock proof.
MAGIC SWITCH (IoT PROTOTYPE)
9349951
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
This is a part of a LORAWAN ENERGY MONITORING system. The node is an ARM-based board that includes a LORA chip at IN-868 Mhz. which is used to measure the energy parameter of the existing digital energy meter in Modbus protocol and then send those data over the things stack server. We used dragino gateway for communication. The data has been transmitted at a max of 50kbps speed.
LORAWAN ENERGY METER
8482307
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
THIS is a device used to generate a square wave train of adjustable frequency from 1Khz-100Khz with an adjustable duty cycle of about 0-100%.
PWM GENERATOR (ARDUINO PROTOTYPE)
PWM GENERATOR (ARDUINO PROTOTYPE)
8482262
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
SSD1306 based digital V-I meter able to read voltage up to 55V DC and current up to 5A. The dimensions of the module are 27 mm X 22mm without a probe.
DIGITAL OLED V-I METER
8431211
PCB DESIGN
PCB DESIGN
PCB DESIGN
PCB DESIGN
PCB DESIGN
PCB DESIGN
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8462210
The concern of this project is to make a user interface through which the user can see the current data of weather measured from an ESP32 and sensor-based wifi enable smart device. This project is based on BME280, HUMIDITY SENSOR, and BLDC wind turbine. The system can show the atmospheric pressure change over time and wind-speed graph over time. the attached image is the GUI interface of the system when in running.
Smart weather monitoring system (IoT PROTOTYPE)
8450734
IoT based Home automation prototype. This is a very basic yet convenient home automation device. The device has the capability to control 4 individual loads (resistive- light, Tv, Inductive-Fan, Pump, AC, Refrigerator, etc)simultaneously. It communicates with the smartphone of the user and can update its status , like " THE FAN IS ON AND RUNNING" or " THE AC IS TURNED OFF".Also, it has a touch interface on int front cover. The device is a prototype and complete electrical shock proof.
MAGIC SWITCH (IoT PROTOTYPE)
IoT based Home automation prototype. This is a very basic yet convenient home automation device. The device has the capability to control 4 individual loads (resistive- light, Tv, Inductive-Fan, Pump, AC, Refrigerator, etc)simultaneously. It communicates with the smartphone of the user and can update its status , like " THE FAN IS ON AND RUNNING" or " THE AC IS TURNED OFF".Also, it has a touch interface on int front cover. The device is a prototype and complete electrical shock proof.
MAGIC SWITCH (IoT PROTOTYPE)
IoT based Home automation prototype. This is a very basic yet convenient home automation device. The device has the capability to control 4 individual loads (resistive- light, Tv, Inductive-Fan, Pump, AC, Refrigerator, etc)simultaneously. It communicates with the smartphone of the user and can update its status , like " THE FAN IS ON AND RUNNING" or " THE AC IS TURNED OFF".Also, it has a touch interface on int front cover. The device is a prototype and complete electrical shock proof.
MAGIC SWITCH (IoT PROTOTYPE)
IoT based Home automation prototype. This is a very basic yet convenient home automation device. The device has the capability to control 4 individual loads (resistive- light, Tv, Inductive-Fan, Pump, AC, Refrigerator, etc)simultaneously. It communicates with the smartphone of the user and can update its status , like " THE FAN IS ON AND RUNNING" or " THE AC IS TURNED OFF".Also, it has a touch interface on int front cover. The device is a prototype and complete electrical shock proof.
MAGIC SWITCH (IoT PROTOTYPE)
IoT based Home automation prototype. This is a very basic yet convenient home automation device. The device has the capability to control 4 individual loads (resistive- light, Tv, Inductive-Fan, Pump, AC, Refrigerator, etc)simultaneously. It communicates with the smartphone of the user and can update its status , like " THE FAN IS ON AND RUNNING" or " THE AC IS TURNED OFF".Also, it has a touch interface on int front cover. The device is a prototype and complete electrical shock proof.
MAGIC SWITCH (IoT PROTOTYPE)

Recenzii

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Nu există recenzii!

Experiență

EMBEEDED ENGINEER AND IOT DEVEOPER

MAVENCUBE TECHNOLOGY
aug. 2018 - Prezent
Developing and designing different microcontroller Atmel based atmega328, arm based stm32, esp32,esp 8266,arduino etC.Designing and creating different customize 3d model using (AutoCAD , fusion360 , Autodesk 123d) .Customizable designing in PCB (up to 4 layers) with AUTODESK EAGLE and experienced in prototyping PCB generation.Deep understanding of simulation and designing of analog and digital circuit. Knowledge in Bluetooth, WIFI, RF.

GRADUATE ENGINEER TRAINEE

MCNALLY BHARATH ENGINEERING COMPANLY PVT LTD
aug. 2015 - iul. 2017 (1 an, 11 luni)
Working as a engineer trainee in coal handling unit under McNally Baharat engineering co ltd. In M/S KSK Mahanadi power company ltd. Maintaining field related instrument under control and instrumentation department. Testing and checking of control valve , actuator ,level transmitter (LT), pressure transmitter (PT), temperature transmitter (TT), HT & LT motor , solenoid valves, limit switches, PCS, BSS, TS, ZSS, Encoder and other major equipment day by day,

Educație

Btech ( applied electronics and instrumentation engineering)

West Bengal University of Technology, India 2010 – 2014
(4 ani)

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