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$30 USD / hora
Bandera de INDIA
hyderabad, india
$30 USD / hora
Aquí son las 9:09 p. m.
Se unió el junio 2, 2016
0 recomendaciones

Saikumar U.

@saikumaru

 5,0 (20 comentarios)
5,1
5,1
95%
95%
$30 USD / hora
Bandera de INDIA
hyderabad, india
$30 USD / hora
100 %
Trabajos finalizados
100 %
Dentro del presupuesto
100 %
A tiempo
19 %
Tasa de recontratación

Cloud, UiPath, RPA, BOT, electronics engineer.

I carefully choose projects I know I have the time, expertise and interest in completing. When I make a bid, I have already scheduled the work I could do for you. I currently work for consulting firm as FTV. I am an Electronics and communication engineer specializing in embedded system design and fabrication. I am mainly proficient with Arduino, ESP8266, LED circuit designing and PCB layout designing. This allows me to take your requirements and ideas, and effectively and efficiently convert them in to a functioning product by delivering you design files, code, prototype PCBs and a detailed BOM as requested. I enjoy using my creative expertise and knowledge to provide my friends and clients with best possible solutions. I am passionate about complex challenges, and this is what keeps me ready all the time for any job big or small Thank you and awaiting to serve(and impress) you! (Arduino, Chatbot, Azure, COBOL, RPA, Blue Prism, UiPath, IoT, IIoT, Solution Architect)
Freelancer Electrical Engineers India
Ver todo Electrical Engineers en India

Contacta Saikumar U. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

4668430
These devices can be used at Kiosks for dynamically generating QR codes Can be used for - Direct links to facebook pages - Shopping malls price or purchase labels - Hotel ordering codes - Hotel direct paying links - Hotel direct ordering links
WiFi QR code generation through mini electronic display
These devices can be used at Kiosks for dynamically generating QR codes Can be used for - Direct links to facebook pages - Shopping malls price or purchase labels - Hotel ordering codes - Hotel direct paying links - Hotel direct ordering links
WiFi QR code generation through mini electronic display
2889691
This is a PCB layout that includes 1. WiFi device ESP8266 2. 1A LED drivers 3. I2C enabled 12 channel PWM expander
12 channel LED intensity controller;WiFi enabled for Android
This is a PCB layout that includes 1. WiFi device ESP8266 2. 1A LED drivers 3. I2C enabled 12 channel PWM expander
12 channel LED intensity controller;WiFi enabled for Android
2888896
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
2860475
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
2860408
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
4668430
These devices can be used at Kiosks for dynamically generating QR codes Can be used for - Direct links to facebook pages - Shopping malls price or purchase labels - Hotel ordering codes - Hotel direct paying links - Hotel direct ordering links
WiFi QR code generation through mini electronic display
These devices can be used at Kiosks for dynamically generating QR codes Can be used for - Direct links to facebook pages - Shopping malls price or purchase labels - Hotel ordering codes - Hotel direct paying links - Hotel direct ordering links
WiFi QR code generation through mini electronic display
2889691
This is a PCB layout that includes 1. WiFi device ESP8266 2. 1A LED drivers 3. I2C enabled 12 channel PWM expander
12 channel LED intensity controller;WiFi enabled for Android
This is a PCB layout that includes 1. WiFi device ESP8266 2. 1A LED drivers 3. I2C enabled 12 channel PWM expander
12 channel LED intensity controller;WiFi enabled for Android
2888896
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
Using MIT ai2 app inventor Android application has been built which allows user to control multiple switch ports on a home. The app allows to name each switch of the home with specific device name. The app also allows user to name the room which he wants to control. All the names and ports and IP address of device is stored in the tinydb of the Apps memory and can be edited. The electronic controlling device is controlled over wifi by the android app. The wifi chop is based on ESP8266 which is a D1 Wemos device, which has easy programmable usb port and breakput pin suited for D1Wemos. Attached are the pictures of the app, the device and the designer screen of the app inventor.
MIT ai2 app inventor;Android app for home automation
2860475
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
The client needed to control EIGHT equipments on his Aquarium as per a certain schedule and this is what I built for him. It has an onboard Arduino running at 8MHz and opto-isolated relays controlled as per time scheduled on the RTC 1307. Also a simple 3 button navigation system to change the schedule for his equipments. The PCB has been completely build on Eagle free version, hence high expertise was needed to effectively utilize the limited space. Also included is a single channel PWM control for managing LEDs intensity LED driver picture is attached too.
Single PCB timer with Arduino and relays
2860408
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer
This equipment is built on Arduino and Ethernet shield,, DS1307 shield along with 40 relays. This UI(pictures attached) is build on basic HTML forms and used to command the Arduino what equipment should be turned ON at what time.
Multi equipment Arduino timer

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5,0
₹27.579,40 INR
GDO Project based on IoT
Saikumar is passionate about his work, he even spent sleepless nights to achieve his target. Highly recommended, glad to work with him, I wish to hire him for future projects.
.NET
Azure
Artificial Intelligence
Avatar del usuario
Bandera de Keerti A.
@innovator2105
•
hace 5 años
5,0
$166,00 USD
windows automation software - Automated data entry
If you can work with the best person ever, choose him.
PHP
.NET
Windows Desktop
Software Architecture
C++ Programming
Avatar del usuario
Bandera de Garrett A.
@ebizpros
•
hace 5 años
5,0
$45,00 USD
I would like to hire a PCB Layout Designer
Thank you I will see you next time I have a project.
Engineering
Electronics
Electrical Engineering
PCB Layout
Circuit Design
Avatar del usuario
Bandera de Zachary A.
@zallen0424
•
hace 5 años
5,0
$15,00 USD
Project for Saikumar U.
Saikumar is a very smart, eloquent, and helpful individual who helped my team deliver on its commitments on time and in budget. He knows his way around his areas of expertise well and takes a very thoughtful approach to conducting the tasks asked of him. Highly recommend Saikumar!
C Programming
Electronics
Electrical Engineering
PCB Layout
+1 más
Avatar del usuario
Bandera de Munaf K.
@mmkgyo
•
hace 5 años
5,0
$120,00 CAD
Project for Saikumar U.
Amazing to work with, went out of his way to understand the problem and great communication skills. Thank you!
Electronics
Electrical Engineering
PCB Layout
Robotics
+1 más
A
Closed User
@appdev95
•
hace 5 años

Experiencia

Engineer in embedded systems

Hi-Tech engineering
jul 2011 - Presente
In responsibility of programming controllers for industrial applications. Using SPI,I2C etc enabled devices. As a PCB designer, designing and fabricating for 2layer PCBs.

Contacta Saikumar U. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

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Principales habilidades

Electrical Engineering 11
Electronics 10
Arduino 10
PCB Layout 7
Robotics 6

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