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Electrical Engineering
Electronics
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$12 USD / ώρα
Σημαία της PAKISTAN
islamabad, pakistan
$12 USD / ώρα
Τώρα είναι 6:45 π.μ. εδώ
Έγινε μέλος Οκτωβρίου 9, 2014
0 Προτάσεις

Taimoor A.

@Atom7

 4,7 (11 αξιολογήσεις)
3,9
3,9
71%
71%
$12 USD / ώρα
Σημαία της PAKISTAN
islamabad, pakistan
$12 USD / ώρα
92%
Ολοκληρωμένες Δουλειές
100%
Εντός Προϋπολογισμού
91%
Εντός Χρόνου
9%
Βαθμός Επανάληψης Πρόσληψης

Data Operator, Tech Enthusiast and Engineer

Thanks for reviewing my profile. I'am an independent freelancer aimed at providing a diverse portfolio of services. to clients from around the world . <------ Data Entry Skills -------> • Convert Excel to Word to PDF • Re-type a document • Data collection from internet such as Emails, websites , addresses • Proof Reading <------ Technical Content Writing -------> • Deliver Reports, Research Papers, Thesis etc • Blog Posts, Articles <------ Graphics Designing -------> • Logo Design • Event Flyer Design • Business Card • Presentation Slides <------Agile Project Management-------> • SCRUM MASTER / Technical Collaborator on your porject • SAFe 5 Certified Product Manger / Product Owner Role. <------ DIGITAL EMBEDDED SOLUTIONS-------> • Circuit Schematic Development • PCB Gerber Development • Arduino Uno / Mega / Nano Prototype Based Embedded Solution • PIC and AVR based Embedded System • Circuit Design Solutions • C Embedded Code Solutions • GSM Based Arduino IoT Embedded Solution • ESP8266 Based Arduino IoT Embedded Solution • Data logging / Acquisition based Embedded Solution • Arduino Sketch and Atmel Studio Support Available • Android Application Development using native Java and Android Studio I always adhere to the highest degree professional ethics. I'am honest, my communication skills are exceptional and always respect the deadlines. Above all, I strive to deliver to my clients nothing but "the best"!
Freelancer Electronics Engineers Pakistan
Προβολή όλων Electronics Engineers σε Pakistan

Επικοινώνησε με τον/την Taimoor A. για τη δουλειά σου

Συνδέσου για να συζητήσεις τις λεπτομέρειες μέσω τις συνομιλίας.

Πορτφόλιο

2668621
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
3048567
The circuit schematic is that of a sumo robot that detects black arena and uses ultrasound sensors to find opponent and charge at them and knock them out of arena..
Arduino Uno based Sumo Robot
3048566
Assist to design an Arduino Sketch for an Arduino Uno with LCD shield to analyse/graph an analog input testing the compression of a rotary engine.(A repeating signal with 3 unique eg 1-2-3, 1-2-3...) The rotary engine has 3 separate compression chambers (rotor1, rotor2 and rotor3) and need to be identified. (A repeating signal with 3 unique eg 1-2-3, 1-2-3...) Analog input will be logged at as high a resolution as possible over a 5 seconds time period (possibly to SD card) after which the highest values for the 3 peaks will be mapped from raw analog value to actual sensor values displayed on screen and the peaks per minute calculated...
Rotor RPM Detector for Mazda Motor
3106603
2 layered SMD
ATMEGA328p and Ultrasound Sensor based PCB
3048580
1. Read data from soil sensors 2. process data (ADC ) , and then check it for some threshold value 3. act upon it by triggering solenoid pumps (AC control ) 4. switch valve before pumping and irrigate base on moisture sensor to confirm the watering is normal, and after confirmation switch off pump and then switch off valve. 5. Temperature sensor to switch on pump to power the mist sprayer and spray for specified time when temperature reaches an high determined temperature 6. send gsm alert based on high temperature 7. the sprayer and irrigation must not be powered at the same time. 8. the mist sprayer should work twice on days of high temperature at 1 hour interval 9. Arduino system should check to see if there is public power before switching on if not then switch on generator, generator is a key started with its fuel tap and choke always on 10. switch off generator afer use 11. arduino battery charges via solar 12. MCU system should not work at night 13. safety issues should take
Solar Irrigation Farm Automation based on Arduino Mega 2560
1. Read data from soil sensors 2. process data (ADC ) , and then check it for some threshold value 3. act upon it by triggering solenoid pumps (AC control ) 4. switch valve before pumping and irrigate base on moisture sensor to confirm the watering is normal, and after confirmation switch off pump and then switch off valve. 5. Temperature sensor to switch on pump to power the mist sprayer and spray for specified time when temperature reaches an high determined temperature 6. send gsm alert based on high temperature 7. the sprayer and irrigation must not be powered at the same time. 8. the mist sprayer should work twice on days of high temperature at 1 hour interval 9. Arduino system should check to see if there is public power before switching on if not then switch on generator, generator is a key started with its fuel tap and choke always on 10. switch off generator afer use 11. arduino battery charges via solar 12. MCU system should not work at night 13. safety issues should take
Solar Irrigation Farm Automation based on Arduino Mega 2560
1. Read data from soil sensors 2. process data (ADC ) , and then check it for some threshold value 3. act upon it by triggering solenoid pumps (AC control ) 4. switch valve before pumping and irrigate base on moisture sensor to confirm the watering is normal, and after confirmation switch off pump and then switch off valve. 5. Temperature sensor to switch on pump to power the mist sprayer and spray for specified time when temperature reaches an high determined temperature 6. send gsm alert based on high temperature 7. the sprayer and irrigation must not be powered at the same time. 8. the mist sprayer should work twice on days of high temperature at 1 hour interval 9. Arduino system should check to see if there is public power before switching on if not then switch on generator, generator is a key started with its fuel tap and choke always on 10. switch off generator afer use 11. arduino battery charges via solar 12. MCU system should not work at night 13. safety issues should take
Solar Irrigation Farm Automation based on Arduino Mega 2560
3053188
PCB to monitor and report swing motion of the flap on a street mailbox. Each flap motion will signify a piece of mail and will be recorded and sent to the Cloud. The flap sensor should be mounted on an inside surface of the mail box’s flap. Specifications - Use a Quectel UG96 Modem for global network compatibility - Use commercially available plastic enclosures, no molds, for example Hammond http://www.hammondmfg.com/ - Device should be made up of 3 parts a) the sensor device small enough to fit on flap, no more than 25mm high enclosure b) a main unit with modem and c) a USB power bank - Power bank should last 1 year - Device will securely transmit (HTTPS or SSL) to Amazon SNS Cloud that has the look and feel of our Style Tile - Device will aggregate flap count and time of each flap movement and send up to Cloud once per day to save on battery power - Device will know when it is no longer in its native position (for example the mailbox has been tipped over) - Device will transmit
UG-96 and Atmega 328p Based IoT system
PCB to monitor and report swing motion of the flap on a street mailbox. Each flap motion will signify a piece of mail and will be recorded and sent to the Cloud. The flap sensor should be mounted on an inside surface of the mail box’s flap. Specifications - Use a Quectel UG96 Modem for global network compatibility - Use commercially available plastic enclosures, no molds, for example Hammond http://www.hammondmfg.com/ - Device should be made up of 3 parts a) the sensor device small enough to fit on flap, no more than 25mm high enclosure b) a main unit with modem and c) a USB power bank - Power bank should last 1 year - Device will securely transmit (HTTPS or SSL) to Amazon SNS Cloud that has the look and feel of our Style Tile - Device will aggregate flap count and time of each flap movement and send up to Cloud once per day to save on battery power - Device will know when it is no longer in its native position (for example the mailbox has been tipped over) - Device will transmit
UG-96 and Atmega 328p Based IoT system
PCB to monitor and report swing motion of the flap on a street mailbox. Each flap motion will signify a piece of mail and will be recorded and sent to the Cloud. The flap sensor should be mounted on an inside surface of the mail box’s flap. Specifications - Use a Quectel UG96 Modem for global network compatibility - Use commercially available plastic enclosures, no molds, for example Hammond http://www.hammondmfg.com/ - Device should be made up of 3 parts a) the sensor device small enough to fit on flap, no more than 25mm high enclosure b) a main unit with modem and c) a USB power bank - Power bank should last 1 year - Device will securely transmit (HTTPS or SSL) to Amazon SNS Cloud that has the look and feel of our Style Tile - Device will aggregate flap count and time of each flap movement and send up to Cloud once per day to save on battery power - Device will know when it is no longer in its native position (for example the mailbox has been tipped over) - Device will transmit
UG-96 and Atmega 328p Based IoT system
PCB to monitor and report swing motion of the flap on a street mailbox. Each flap motion will signify a piece of mail and will be recorded and sent to the Cloud. The flap sensor should be mounted on an inside surface of the mail box’s flap. Specifications - Use a Quectel UG96 Modem for global network compatibility - Use commercially available plastic enclosures, no molds, for example Hammond http://www.hammondmfg.com/ - Device should be made up of 3 parts a) the sensor device small enough to fit on flap, no more than 25mm high enclosure b) a main unit with modem and c) a USB power bank - Power bank should last 1 year - Device will securely transmit (HTTPS or SSL) to Amazon SNS Cloud that has the look and feel of our Style Tile - Device will aggregate flap count and time of each flap movement and send up to Cloud once per day to save on battery power - Device will know when it is no longer in its native position (for example the mailbox has been tipped over) - Device will transmit
UG-96 and Atmega 328p Based IoT system
PCB to monitor and report swing motion of the flap on a street mailbox. Each flap motion will signify a piece of mail and will be recorded and sent to the Cloud. The flap sensor should be mounted on an inside surface of the mail box’s flap. Specifications - Use a Quectel UG96 Modem for global network compatibility - Use commercially available plastic enclosures, no molds, for example Hammond http://www.hammondmfg.com/ - Device should be made up of 3 parts a) the sensor device small enough to fit on flap, no more than 25mm high enclosure b) a main unit with modem and c) a USB power bank - Power bank should last 1 year - Device will securely transmit (HTTPS or SSL) to Amazon SNS Cloud that has the look and feel of our Style Tile - Device will aggregate flap count and time of each flap movement and send up to Cloud once per day to save on battery power - Device will know when it is no longer in its native position (for example the mailbox has been tipped over) - Device will transmit
UG-96 and Atmega 328p Based IoT system
2668621
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
PIC18f458 based Electronic Load Controller which controls the dummy load by varying the TRIAC phase angle control to allow variable power dissipation across the ballast load and maintain the output electrical frequency constant at 50 or 60 Hz .
Electronic Load Controller for Micro Hydel Power Plant
3048567
The circuit schematic is that of a sumo robot that detects black arena and uses ultrasound sensors to find opponent and charge at them and knock them out of arena..
Arduino Uno based Sumo Robot
3048566
Assist to design an Arduino Sketch for an Arduino Uno with LCD shield to analyse/graph an analog input testing the compression of a rotary engine.(A repeating signal with 3 unique eg 1-2-3, 1-2-3...) The rotary engine has 3 separate compression chambers (rotor1, rotor2 and rotor3) and need to be identified. (A repeating signal with 3 unique eg 1-2-3, 1-2-3...) Analog input will be logged at as high a resolution as possible over a 5 seconds time period (possibly to SD card) after which the highest values for the 3 peaks will be mapped from raw analog value to actual sensor values displayed on screen and the peaks per minute calculated...
Rotor RPM Detector for Mazda Motor
3106603
2 layered SMD
ATMEGA328p and Ultrasound Sensor based PCB
3048580
1. Read data from soil sensors 2. process data (ADC ) , and then check it for some threshold value 3. act upon it by triggering solenoid pumps (AC control ) 4. switch valve before pumping and irrigate base on moisture sensor to confirm the watering is normal, and after confirmation switch off pump and then switch off valve. 5. Temperature sensor to switch on pump to power the mist sprayer and spray for specified time when temperature reaches an high determined temperature 6. send gsm alert based on high temperature 7. the sprayer and irrigation must not be powered at the same time. 8. the mist sprayer should work twice on days of high temperature at 1 hour interval 9. Arduino system should check to see if there is public power before switching on if not then switch on generator, generator is a key started with its fuel tap and choke always on 10. switch off generator afer use 11. arduino battery charges via solar 12. MCU system should not work at night 13. safety issues should take
Solar Irrigation Farm Automation based on Arduino Mega 2560
1. Read data from soil sensors 2. process data (ADC ) , and then check it for some threshold value 3. act upon it by triggering solenoid pumps (AC control ) 4. switch valve before pumping and irrigate base on moisture sensor to confirm the watering is normal, and after confirmation switch off pump and then switch off valve. 5. Temperature sensor to switch on pump to power the mist sprayer and spray for specified time when temperature reaches an high determined temperature 6. send gsm alert based on high temperature 7. the sprayer and irrigation must not be powered at the same time. 8. the mist sprayer should work twice on days of high temperature at 1 hour interval 9. Arduino system should check to see if there is public power before switching on if not then switch on generator, generator is a key started with its fuel tap and choke always on 10. switch off generator afer use 11. arduino battery charges via solar 12. MCU system should not work at night 13. safety issues should take
Solar Irrigation Farm Automation based on Arduino Mega 2560
1. Read data from soil sensors 2. process data (ADC ) , and then check it for some threshold value 3. act upon it by triggering solenoid pumps (AC control ) 4. switch valve before pumping and irrigate base on moisture sensor to confirm the watering is normal, and after confirmation switch off pump and then switch off valve. 5. Temperature sensor to switch on pump to power the mist sprayer and spray for specified time when temperature reaches an high determined temperature 6. send gsm alert based on high temperature 7. the sprayer and irrigation must not be powered at the same time. 8. the mist sprayer should work twice on days of high temperature at 1 hour interval 9. Arduino system should check to see if there is public power before switching on if not then switch on generator, generator is a key started with its fuel tap and choke always on 10. switch off generator afer use 11. arduino battery charges via solar 12. MCU system should not work at night 13. safety issues should take
Solar Irrigation Farm Automation based on Arduino Mega 2560
3053188
PCB to monitor and report swing motion of the flap on a street mailbox. Each flap motion will signify a piece of mail and will be recorded and sent to the Cloud. The flap sensor should be mounted on an inside surface of the mail box’s flap. Specifications - Use a Quectel UG96 Modem for global network compatibility - Use commercially available plastic enclosures, no molds, for example Hammond http://www.hammondmfg.com/ - Device should be made up of 3 parts a) the sensor device small enough to fit on flap, no more than 25mm high enclosure b) a main unit with modem and c) a USB power bank - Power bank should last 1 year - Device will securely transmit (HTTPS or SSL) to Amazon SNS Cloud that has the look and feel of our Style Tile - Device will aggregate flap count and time of each flap movement and send up to Cloud once per day to save on battery power - Device will know when it is no longer in its native position (for example the mailbox has been tipped over) - Device will transmit
UG-96 and Atmega 328p Based IoT system
PCB to monitor and report swing motion of the flap on a street mailbox. Each flap motion will signify a piece of mail and will be recorded and sent to the Cloud. The flap sensor should be mounted on an inside surface of the mail box’s flap. Specifications - Use a Quectel UG96 Modem for global network compatibility - Use commercially available plastic enclosures, no molds, for example Hammond http://www.hammondmfg.com/ - Device should be made up of 3 parts a) the sensor device small enough to fit on flap, no more than 25mm high enclosure b) a main unit with modem and c) a USB power bank - Power bank should last 1 year - Device will securely transmit (HTTPS or SSL) to Amazon SNS Cloud that has the look and feel of our Style Tile - Device will aggregate flap count and time of each flap movement and send up to Cloud once per day to save on battery power - Device will know when it is no longer in its native position (for example the mailbox has been tipped over) - Device will transmit
UG-96 and Atmega 328p Based IoT system
PCB to monitor and report swing motion of the flap on a street mailbox. Each flap motion will signify a piece of mail and will be recorded and sent to the Cloud. The flap sensor should be mounted on an inside surface of the mail box’s flap. Specifications - Use a Quectel UG96 Modem for global network compatibility - Use commercially available plastic enclosures, no molds, for example Hammond http://www.hammondmfg.com/ - Device should be made up of 3 parts a) the sensor device small enough to fit on flap, no more than 25mm high enclosure b) a main unit with modem and c) a USB power bank - Power bank should last 1 year - Device will securely transmit (HTTPS or SSL) to Amazon SNS Cloud that has the look and feel of our Style Tile - Device will aggregate flap count and time of each flap movement and send up to Cloud once per day to save on battery power - Device will know when it is no longer in its native position (for example the mailbox has been tipped over) - Device will transmit
UG-96 and Atmega 328p Based IoT system
PCB to monitor and report swing motion of the flap on a street mailbox. Each flap motion will signify a piece of mail and will be recorded and sent to the Cloud. The flap sensor should be mounted on an inside surface of the mail box’s flap. Specifications - Use a Quectel UG96 Modem for global network compatibility - Use commercially available plastic enclosures, no molds, for example Hammond http://www.hammondmfg.com/ - Device should be made up of 3 parts a) the sensor device small enough to fit on flap, no more than 25mm high enclosure b) a main unit with modem and c) a USB power bank - Power bank should last 1 year - Device will securely transmit (HTTPS or SSL) to Amazon SNS Cloud that has the look and feel of our Style Tile - Device will aggregate flap count and time of each flap movement and send up to Cloud once per day to save on battery power - Device will know when it is no longer in its native position (for example the mailbox has been tipped over) - Device will transmit
UG-96 and Atmega 328p Based IoT system
PCB to monitor and report swing motion of the flap on a street mailbox. Each flap motion will signify a piece of mail and will be recorded and sent to the Cloud. The flap sensor should be mounted on an inside surface of the mail box’s flap. Specifications - Use a Quectel UG96 Modem for global network compatibility - Use commercially available plastic enclosures, no molds, for example Hammond http://www.hammondmfg.com/ - Device should be made up of 3 parts a) the sensor device small enough to fit on flap, no more than 25mm high enclosure b) a main unit with modem and c) a USB power bank - Power bank should last 1 year - Device will securely transmit (HTTPS or SSL) to Amazon SNS Cloud that has the look and feel of our Style Tile - Device will aggregate flap count and time of each flap movement and send up to Cloud once per day to save on battery power - Device will know when it is no longer in its native position (for example the mailbox has been tipped over) - Device will transmit
UG-96 and Atmega 328p Based IoT system

Αξιολογήσεις

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 Φιλτράρισμα αξιολογήσεων ανά:
5,0
$220,00 USD
Project 12057657 has been deleted
This freelancer is highly skilled. He and his team work in sync to get the job done very fast. He is extremely patient and he goes the extra mile to see the job done. I got more than what i asked for, in a very cost effective price. Overall, it has been a great experience working with him. I can say that i have got a perfect person for my future projects. I will definitely rehire him and looking forward to work with him again.
Avatar Χρήστη
Σημαία της Ramesh B.
@rameshbhutiani
•
7 χρόνια πριν
5,0
$65,00 USD
Temperature Monitoring and Tracking
The project was delivered on time and as agreed on. When we requested the developer for modifications he responded immediately without hesitation. Will surely hire him again.
Electronics
Microcontroller
Arduino
Avatar Χρήστη
Σημαία της Maged N.
@lynxsystems
•
7 χρόνια πριν
2,6
$55,00 USD
Making Power Regulator Circuit for Arduino Using Landline Power.
Pros: Technical knowledge, serious about his business, replies fast. Cons: Pushy, doesn’t honor his word, doesn’t take feedback well. If you value your money more than you value your peace of mind, then this guy/organization may be a good fit. It wasn’t for me.
Electronics
Electrical Engineering
Product Design
Arduino
A
Σημαία της Ahmed S.
@ah364
•
7 χρόνια πριν
4,8
$15,00 USD
Project for Atom7
Its second working with him. Very professional and friendly. Delivered work on time. Its a great experience working with him
C Programming
Electronics
Embedded Software
Arduino
+1 περισσότερα
J
Σημαία της John S.
@johnsikkima
•
8 χρόνια πριν
4,6
$25,00 USD
Building a sumo robot
Very professional ans talented freelancer. Completed the project on time and helped with other stuff related to project even after completion. For sure will work with him again.
Robotics
Arduino
J
Σημαία της John S.
@johnsikkima
•
8 χρόνια πριν

Εκπαίδευση

B.Sc Electronics Engineering

Pakistan 2012 - 2016
(4 χρόνια)

Προσόντα

Certified SAFe® 5 Product Owner/ Product Manager

SCALED AGILE
2021
License ID : 16045784-8539 Allows Product Owner / Product Manager to excel in following key areas of competency Business Agility Team and Technical Agility Agile Product Delivery Enterprise Solution Delivery Lean Portfolio Management Organizational Agility Continuous Learning Culture Lean-Agile Leadership

Embedded Systems Design

Government Organisation
2015
Embedded System Design using FlowCode

Εκδόσεις

Design and Implementation of Electronic Load Controller on MHPP in Mardan , Pakistan

Taimoor Ali
The ELC senses the deviation in frequency as either positive or negative by subtracting the real time frequency from the set point and the result is fed into a PI Controller which calculates the appropriate phase trigger angle for TRIACS , which turn on a resistive load of the rating equivalent to the gap in the power generation and power consumed. This state ensures that the machine’s electrical frequency is maintained at its operational point.

Επικοινώνησε με τον/την Taimoor A. για τη δουλειά σου

Συνδέσου για να συζητήσεις τις λεπτομέρειες μέσω τις συνομιλίας.

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Electronics 8
Arduino 5
Microcontroller 1
Electrical Engineering 1
PHP

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Electronics Engineers in Pakistan
Electronics Engineers
Arduino Engineers
Microcontroller Developers

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Electronics
Arduino
Microcontroller
Electrical Engineering
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