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$10 USD / hour
Flag of ARGENTINA
mar del plata, argentina
$10 USD / hour
It's currently 1:13 AM here
Joined March 6, 2019
0 Recommendations

Pablo Sebastian P.

@PSParodi

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$10 USD / hour
Flag of ARGENTINA
mar del plata, argentina
$10 USD / hour
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Electronics Engineer

I'm an Electronics Engineer who can provide complete solutions in a wide range of projects, from the initial stage to the final product. I'm specialized in analog electronics and digital system design with microcontrollers and FPGA. I have wide experience in: - Schematic and PCB layout, from initial design to Gerber files, ready to production. - DSP and filter design, signal conditioning. - Firmware, scripts and GUI design in C, Python, MicroPython, Octave/MatLab, Bash. - IoT devices design. - Communication protocols, devices: SPI, I²C, UART, RS232, TCP/IP, Bluetooth, Wifi, USB. - Firmware developmente for STM32, ESP32, PIC, with or without RTOS. Advanced C skills and knowledge. - 3D design for device modeling, replacement parts and functional parts. Design of parts intended to be 3D printed.
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Portfolio

9273523
The device is constantly monitoring the state of a water chiller system. Someone can ask for the system current state sending an SMS to the device line number. If there is an alarm situation (in this case due to a high water temperature), the device starts sending alert messages every ten minutes to a pre-assigned phone number. The system is based in STM32 microcontrollers and has a GUI implemented with a numeric keyboard and an OLED screen to configure and manage the system.
GSM Remote Monitoring System.
The device is constantly monitoring the state of a water chiller system. Someone can ask for the system current state sending an SMS to the device line number. If there is an alarm situation (in this case due to a high water temperature), the device starts sending alert messages every ten minutes to a pre-assigned phone number. The system is based in STM32 microcontrollers and has a GUI implemented with a numeric keyboard and an OLED screen to configure and manage the system.
GSM Remote Monitoring System.
The device is constantly monitoring the state of a water chiller system. Someone can ask for the system current state sending an SMS to the device line number. If there is an alarm situation (in this case due to a high water temperature), the device starts sending alert messages every ten minutes to a pre-assigned phone number. The system is based in STM32 microcontrollers and has a GUI implemented with a numeric keyboard and an OLED screen to configure and manage the system.
GSM Remote Monitoring System.
The device is constantly monitoring the state of a water chiller system. Someone can ask for the system current state sending an SMS to the device line number. If there is an alarm situation (in this case due to a high water temperature), the device starts sending alert messages every ten minutes to a pre-assigned phone number. The system is based in STM32 microcontrollers and has a GUI implemented with a numeric keyboard and an OLED screen to configure and manage the system.
GSM Remote Monitoring System.
8661532
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
8661507
3D parts designed for the assembly of lamps for plant growing.
Lamps for plant growing.
3D parts designed for the assembly of lamps for plant growing.
Lamps for plant growing.
3D parts designed for the assembly of lamps for plant growing.
Lamps for plant growing.
3D parts designed for the assembly of lamps for plant growing.
Lamps for plant growing.
3D parts designed for the assembly of lamps for plant growing.
Lamps for plant growing.
5893246
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device.
Climate parameters acquisition (prototype).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device.
Climate parameters acquisition (prototype).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device.
Climate parameters acquisition (prototype).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device.
Climate parameters acquisition (prototype).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device.
Climate parameters acquisition (prototype).
8661495
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
5893226
I developed a portable ECG acquisition system. It communicates with an Android interface which controls the entire system and provides multiple ways to share and store the data obtained.
ECG Monitoring System
I developed a portable ECG acquisition system. It communicates with an Android interface which controls the entire system and provides multiple ways to share and store the data obtained.
ECG Monitoring System
I developed a portable ECG acquisition system. It communicates with an Android interface which controls the entire system and provides multiple ways to share and store the data obtained.
ECG Monitoring System
I developed a portable ECG acquisition system. It communicates with an Android interface which controls the entire system and provides multiple ways to share and store the data obtained.
ECG Monitoring System
9273523
The device is constantly monitoring the state of a water chiller system. Someone can ask for the system current state sending an SMS to the device line number. If there is an alarm situation (in this case due to a high water temperature), the device starts sending alert messages every ten minutes to a pre-assigned phone number. The system is based in STM32 microcontrollers and has a GUI implemented with a numeric keyboard and an OLED screen to configure and manage the system.
GSM Remote Monitoring System.
The device is constantly monitoring the state of a water chiller system. Someone can ask for the system current state sending an SMS to the device line number. If there is an alarm situation (in this case due to a high water temperature), the device starts sending alert messages every ten minutes to a pre-assigned phone number. The system is based in STM32 microcontrollers and has a GUI implemented with a numeric keyboard and an OLED screen to configure and manage the system.
GSM Remote Monitoring System.
The device is constantly monitoring the state of a water chiller system. Someone can ask for the system current state sending an SMS to the device line number. If there is an alarm situation (in this case due to a high water temperature), the device starts sending alert messages every ten minutes to a pre-assigned phone number. The system is based in STM32 microcontrollers and has a GUI implemented with a numeric keyboard and an OLED screen to configure and manage the system.
GSM Remote Monitoring System.
The device is constantly monitoring the state of a water chiller system. Someone can ask for the system current state sending an SMS to the device line number. If there is an alarm situation (in this case due to a high water temperature), the device starts sending alert messages every ten minutes to a pre-assigned phone number. The system is based in STM32 microcontrollers and has a GUI implemented with a numeric keyboard and an OLED screen to configure and manage the system.
GSM Remote Monitoring System.
8661532
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
3D design of cabinets for equipment and functional parts. All were designed in Blender and printed in an FDM 3D printer.
3D designs.
8661507
3D parts designed for the assembly of lamps for plant growing.
Lamps for plant growing.
3D parts designed for the assembly of lamps for plant growing.
Lamps for plant growing.
3D parts designed for the assembly of lamps for plant growing.
Lamps for plant growing.
3D parts designed for the assembly of lamps for plant growing.
Lamps for plant growing.
3D parts designed for the assembly of lamps for plant growing.
Lamps for plant growing.
5893246
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device.
Climate parameters acquisition (prototype).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device.
Climate parameters acquisition (prototype).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device.
Climate parameters acquisition (prototype).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device.
Climate parameters acquisition (prototype).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device.
Climate parameters acquisition (prototype).
8661495
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
This project is related with sensing climate parameters and communicating the data through Bluetooth to a remote device. This is an improved version with STM32 microcontroller.
Climate parameters acquisition (final version).
5893226
I developed a portable ECG acquisition system. It communicates with an Android interface which controls the entire system and provides multiple ways to share and store the data obtained.
ECG Monitoring System
I developed a portable ECG acquisition system. It communicates with an Android interface which controls the entire system and provides multiple ways to share and store the data obtained.
ECG Monitoring System
I developed a portable ECG acquisition system. It communicates with an Android interface which controls the entire system and provides multiple ways to share and store the data obtained.
ECG Monitoring System
I developed a portable ECG acquisition system. It communicates with an Android interface which controls the entire system and provides multiple ways to share and store the data obtained.
ECG Monitoring System

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Education

Ingeniero Electrónico

Universidad Nacional de Mar del Plata, Argentina 2010 - 2018
(8 years)

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Top Skills

Python
Engineering
Electronics
Microcontroller
Electrical Engineering

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