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$50 USD / hour
Flag of GERMANY
brilon, germany
$50 USD / hour
It's currently 2:12 PM here
Joined October 19, 2020
1 Recommendation

Emanuel M.

@strobotek

 5.0 (5 reviews)
4.1
4.1
100%
100%
$50 USD / hour
Flag of GERMANY
brilon, germany
$50 USD / hour
100%
Jobs Completed
89%
On Budget
89%
On Time
40%
Repeat Hire Rate

Electronics Engineer and Software Developer

Software and Hardware Design Engineer with over 20 years of experience in a wide range of positions, having an extensive array of skills in various fields related to software development and hardware design and manufacturing. My vast range of interests and fast learning abilities allow me to quickly adapt to new work contexts. I enjoy coming up with creative and unexpected solutions to difficult problems, and I can efficiently communicate them to other members of the team. However, I can also work independently, taking a project all the way from idea to final product without assistance or guidance.
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Portfolio

9004024
This app is the remote control for the motorized photo slider that I created. It was developed in Android Studio and it features a bi-directional bluetooth data link with the slider PCB board. This allows the app to send commands and receive position and status updates from the slider.
Motorized Slider remote control Android app
This app is the remote control for the motorized photo slider that I created. It was developed in Android Studio and it features a bi-directional bluetooth data link with the slider PCB board. This allows the app to send commands and receive position and status updates from the slider.
Motorized Slider remote control Android app
This app is the remote control for the motorized photo slider that I created. It was developed in Android Studio and it features a bi-directional bluetooth data link with the slider PCB board. This allows the app to send commands and receive position and status updates from the slider.
Motorized Slider remote control Android app
This app is the remote control for the motorized photo slider that I created. It was developed in Android Studio and it features a bi-directional bluetooth data link with the slider PCB board. This allows the app to send commands and receive position and status updates from the slider.
Motorized Slider remote control Android app
This app is the remote control for the motorized photo slider that I created. It was developed in Android Studio and it features a bi-directional bluetooth data link with the slider PCB board. This allows the app to send commands and receive position and status updates from the slider.
Motorized Slider remote control Android app
8753268
This is the PCB of a stepper motor control device, which is remote controlled via a Bluetooth link. It features an Atmega microcontroller, a Trinamic TMC2209 stepper driver, a Bluetooth module, as well as connectors for an optional OLED display or tactile buttons. Both the controller and the Trinamic driver IC are powered via the Mini USB port.
Motor control PCB, based on a silent Trinamic stepper driver
This is the PCB of a stepper motor control device, which is remote controlled via a Bluetooth link. It features an Atmega microcontroller, a Trinamic TMC2209 stepper driver, a Bluetooth module, as well as connectors for an optional OLED display or tactile buttons. Both the controller and the Trinamic driver IC are powered via the Mini USB port.
Motor control PCB, based on a silent Trinamic stepper driver
7859236
This project was a rather challenging one, because I had to do everything from the concept to the finished product. Work on this project included the electronic and PCB design, programming the firmware for the Atmel controller, designing the 3d-printed enclosure, programming the companion Android application, designing and programming the website and writing the detailed user manual. The stroboscope is battery powered, has a powerful 50W LED, has a large OLED display and a four-buttons keyboard. It also has an intuitive user interface with multiple setup options. But one of the most interesting aspects about it is the included Bluetooth adapter, which allows the device to be remote controlled from any Android smartphone. You can find ot more about this project on it's webpage: https://www.strobotek.de
Digital Stroboscope with Bluetooth Control
This project was a rather challenging one, because I had to do everything from the concept to the finished product. Work on this project included the electronic and PCB design, programming the firmware for the Atmel controller, designing the 3d-printed enclosure, programming the companion Android application, designing and programming the website and writing the detailed user manual. The stroboscope is battery powered, has a powerful 50W LED, has a large OLED display and a four-buttons keyboard. It also has an intuitive user interface with multiple setup options. But one of the most interesting aspects about it is the included Bluetooth adapter, which allows the device to be remote controlled from any Android smartphone. You can find ot more about this project on it's webpage: https://www.strobotek.de
Digital Stroboscope with Bluetooth Control
This project was a rather challenging one, because I had to do everything from the concept to the finished product. Work on this project included the electronic and PCB design, programming the firmware for the Atmel controller, designing the 3d-printed enclosure, programming the companion Android application, designing and programming the website and writing the detailed user manual. The stroboscope is battery powered, has a powerful 50W LED, has a large OLED display and a four-buttons keyboard. It also has an intuitive user interface with multiple setup options. But one of the most interesting aspects about it is the included Bluetooth adapter, which allows the device to be remote controlled from any Android smartphone. You can find ot more about this project on it's webpage: https://www.strobotek.de
Digital Stroboscope with Bluetooth Control
This project was a rather challenging one, because I had to do everything from the concept to the finished product. Work on this project included the electronic and PCB design, programming the firmware for the Atmel controller, designing the 3d-printed enclosure, programming the companion Android application, designing and programming the website and writing the detailed user manual. The stroboscope is battery powered, has a powerful 50W LED, has a large OLED display and a four-buttons keyboard. It also has an intuitive user interface with multiple setup options. But one of the most interesting aspects about it is the included Bluetooth adapter, which allows the device to be remote controlled from any Android smartphone. You can find ot more about this project on it's webpage: https://www.strobotek.de
Digital Stroboscope with Bluetooth Control
Digital Stroboscope with Bluetooth Control
7826408
This is an end-to-end project intended to solve one frequent problem guitar and bass players have with their effects pedals power supplies. Most if not all commercially available power supplies have noticeable supply voltage ripple (noise), which is picked up by the effects pedals and fed into the signal chain. So I designed a power supply that is, for all intents and purposes, completely noiseless. Furthermore, because it uses rechargeable Li-Ion batteries, it is very easy to setup in a studio or stage environment, minimizing stage clutter. On this project I designed and simulated the electronics schematic, designed the PCB, did the testing of the completed device. I also developed it's website and wrote it's user manual. Other work on this project included writing the CNC files for custom cutting of the aluminium enclosures, soldering the parts and creating the visual identity elements for this product You can find ot more about this project on it's webpage: https://silent-power.eu
Noiseless Power Supply for Guitar Effects Pedals
This is an end-to-end project intended to solve one frequent problem guitar and bass players have with their effects pedals power supplies. Most if not all commercially available power supplies have noticeable supply voltage ripple (noise), which is picked up by the effects pedals and fed into the signal chain. So I designed a power supply that is, for all intents and purposes, completely noiseless. Furthermore, because it uses rechargeable Li-Ion batteries, it is very easy to setup in a studio or stage environment, minimizing stage clutter. On this project I designed and simulated the electronics schematic, designed the PCB, did the testing of the completed device. I also developed it's website and wrote it's user manual. Other work on this project included writing the CNC files for custom cutting of the aluminium enclosures, soldering the parts and creating the visual identity elements for this product You can find ot more about this project on it's webpage: https://silent-power.eu
Noiseless Power Supply for Guitar Effects Pedals
This is an end-to-end project intended to solve one frequent problem guitar and bass players have with their effects pedals power supplies. Most if not all commercially available power supplies have noticeable supply voltage ripple (noise), which is picked up by the effects pedals and fed into the signal chain. So I designed a power supply that is, for all intents and purposes, completely noiseless. Furthermore, because it uses rechargeable Li-Ion batteries, it is very easy to setup in a studio or stage environment, minimizing stage clutter. On this project I designed and simulated the electronics schematic, designed the PCB, did the testing of the completed device. I also developed it's website and wrote it's user manual. Other work on this project included writing the CNC files for custom cutting of the aluminium enclosures, soldering the parts and creating the visual identity elements for this product You can find ot more about this project on it's webpage: https://silent-power.eu
Noiseless Power Supply for Guitar Effects Pedals
Noiseless Power Supply for Guitar Effects Pedals
9004024
This app is the remote control for the motorized photo slider that I created. It was developed in Android Studio and it features a bi-directional bluetooth data link with the slider PCB board. This allows the app to send commands and receive position and status updates from the slider.
Motorized Slider remote control Android app
This app is the remote control for the motorized photo slider that I created. It was developed in Android Studio and it features a bi-directional bluetooth data link with the slider PCB board. This allows the app to send commands and receive position and status updates from the slider.
Motorized Slider remote control Android app
This app is the remote control for the motorized photo slider that I created. It was developed in Android Studio and it features a bi-directional bluetooth data link with the slider PCB board. This allows the app to send commands and receive position and status updates from the slider.
Motorized Slider remote control Android app
This app is the remote control for the motorized photo slider that I created. It was developed in Android Studio and it features a bi-directional bluetooth data link with the slider PCB board. This allows the app to send commands and receive position and status updates from the slider.
Motorized Slider remote control Android app
This app is the remote control for the motorized photo slider that I created. It was developed in Android Studio and it features a bi-directional bluetooth data link with the slider PCB board. This allows the app to send commands and receive position and status updates from the slider.
Motorized Slider remote control Android app
8753268
This is the PCB of a stepper motor control device, which is remote controlled via a Bluetooth link. It features an Atmega microcontroller, a Trinamic TMC2209 stepper driver, a Bluetooth module, as well as connectors for an optional OLED display or tactile buttons. Both the controller and the Trinamic driver IC are powered via the Mini USB port.
Motor control PCB, based on a silent Trinamic stepper driver
This is the PCB of a stepper motor control device, which is remote controlled via a Bluetooth link. It features an Atmega microcontroller, a Trinamic TMC2209 stepper driver, a Bluetooth module, as well as connectors for an optional OLED display or tactile buttons. Both the controller and the Trinamic driver IC are powered via the Mini USB port.
Motor control PCB, based on a silent Trinamic stepper driver
7859236
This project was a rather challenging one, because I had to do everything from the concept to the finished product. Work on this project included the electronic and PCB design, programming the firmware for the Atmel controller, designing the 3d-printed enclosure, programming the companion Android application, designing and programming the website and writing the detailed user manual. The stroboscope is battery powered, has a powerful 50W LED, has a large OLED display and a four-buttons keyboard. It also has an intuitive user interface with multiple setup options. But one of the most interesting aspects about it is the included Bluetooth adapter, which allows the device to be remote controlled from any Android smartphone. You can find ot more about this project on it's webpage: https://www.strobotek.de
Digital Stroboscope with Bluetooth Control
This project was a rather challenging one, because I had to do everything from the concept to the finished product. Work on this project included the electronic and PCB design, programming the firmware for the Atmel controller, designing the 3d-printed enclosure, programming the companion Android application, designing and programming the website and writing the detailed user manual. The stroboscope is battery powered, has a powerful 50W LED, has a large OLED display and a four-buttons keyboard. It also has an intuitive user interface with multiple setup options. But one of the most interesting aspects about it is the included Bluetooth adapter, which allows the device to be remote controlled from any Android smartphone. You can find ot more about this project on it's webpage: https://www.strobotek.de
Digital Stroboscope with Bluetooth Control
This project was a rather challenging one, because I had to do everything from the concept to the finished product. Work on this project included the electronic and PCB design, programming the firmware for the Atmel controller, designing the 3d-printed enclosure, programming the companion Android application, designing and programming the website and writing the detailed user manual. The stroboscope is battery powered, has a powerful 50W LED, has a large OLED display and a four-buttons keyboard. It also has an intuitive user interface with multiple setup options. But one of the most interesting aspects about it is the included Bluetooth adapter, which allows the device to be remote controlled from any Android smartphone. You can find ot more about this project on it's webpage: https://www.strobotek.de
Digital Stroboscope with Bluetooth Control
This project was a rather challenging one, because I had to do everything from the concept to the finished product. Work on this project included the electronic and PCB design, programming the firmware for the Atmel controller, designing the 3d-printed enclosure, programming the companion Android application, designing and programming the website and writing the detailed user manual. The stroboscope is battery powered, has a powerful 50W LED, has a large OLED display and a four-buttons keyboard. It also has an intuitive user interface with multiple setup options. But one of the most interesting aspects about it is the included Bluetooth adapter, which allows the device to be remote controlled from any Android smartphone. You can find ot more about this project on it's webpage: https://www.strobotek.de
Digital Stroboscope with Bluetooth Control
Digital Stroboscope with Bluetooth Control
7826408
This is an end-to-end project intended to solve one frequent problem guitar and bass players have with their effects pedals power supplies. Most if not all commercially available power supplies have noticeable supply voltage ripple (noise), which is picked up by the effects pedals and fed into the signal chain. So I designed a power supply that is, for all intents and purposes, completely noiseless. Furthermore, because it uses rechargeable Li-Ion batteries, it is very easy to setup in a studio or stage environment, minimizing stage clutter. On this project I designed and simulated the electronics schematic, designed the PCB, did the testing of the completed device. I also developed it's website and wrote it's user manual. Other work on this project included writing the CNC files for custom cutting of the aluminium enclosures, soldering the parts and creating the visual identity elements for this product You can find ot more about this project on it's webpage: https://silent-power.eu
Noiseless Power Supply for Guitar Effects Pedals
This is an end-to-end project intended to solve one frequent problem guitar and bass players have with their effects pedals power supplies. Most if not all commercially available power supplies have noticeable supply voltage ripple (noise), which is picked up by the effects pedals and fed into the signal chain. So I designed a power supply that is, for all intents and purposes, completely noiseless. Furthermore, because it uses rechargeable Li-Ion batteries, it is very easy to setup in a studio or stage environment, minimizing stage clutter. On this project I designed and simulated the electronics schematic, designed the PCB, did the testing of the completed device. I also developed it's website and wrote it's user manual. Other work on this project included writing the CNC files for custom cutting of the aluminium enclosures, soldering the parts and creating the visual identity elements for this product You can find ot more about this project on it's webpage: https://silent-power.eu
Noiseless Power Supply for Guitar Effects Pedals
This is an end-to-end project intended to solve one frequent problem guitar and bass players have with their effects pedals power supplies. Most if not all commercially available power supplies have noticeable supply voltage ripple (noise), which is picked up by the effects pedals and fed into the signal chain. So I designed a power supply that is, for all intents and purposes, completely noiseless. Furthermore, because it uses rechargeable Li-Ion batteries, it is very easy to setup in a studio or stage environment, minimizing stage clutter. On this project I designed and simulated the electronics schematic, designed the PCB, did the testing of the completed device. I also developed it's website and wrote it's user manual. Other work on this project included writing the CNC files for custom cutting of the aluminium enclosures, soldering the parts and creating the visual identity elements for this product You can find ot more about this project on it's webpage: https://silent-power.eu
Noiseless Power Supply for Guitar Effects Pedals
Noiseless Power Supply for Guitar Effects Pedals

Reviews

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Showing 1 - 5 out of 5 reviews
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5.0
€118.80 EUR
Project for Emanuel M.
er hat die Anforderungen gut Hinterfragt und auf eventuelle Hardwareprobleme hingewiesen. Selbständig die passenden Teile besorgt. Zügig gearbeitet. Ich bin sehr zufrieden!
C Programming
Java
Microcontroller
PCB Layout
+1 more
User Avatar
Flag of Sven S.
@SvenBSchuberth
•
2 years ago
5.0
$100.00 USD
VET OCT Illuminator PCB -- 2
Emanuel M. appears to be a bright, smart, communicative engineer. The price we paid him for the job appeared to be very reasonable. I'm hoping that I will have other jobs for him in the future.
Electrical Engineering
PCB Layout
B
Flag of Bill L.
@bill1929
•
3 years ago
5.0
$150.00 USD
Project for Emanuel M.
Very good. Will work with him again.
Mobile App Development
PCB Layout
3D Printing
Internet of Things (IoT)
+1 more
I
Closed User
@ibra85
•
3 years ago
5.0
$444.00 USD
Aruino or Velocio programmer needed to create smartphone Bluetooth interface with motor
Emanuel makes it seem easy to figure out a complex project. He stepped me through the process and we figured out a better solution than the original concept. I will keep working with him for future projects.
Microcontroller
Arduino
Motor Control
Bluetooth Module
Smart Phone/Tablet Apps
N
Flag of Justin W.
@Nomon1
•
3 years ago
5.0
$50.00 USD
Project for Emanuel M.
Emanuel is excellent to work with. He knows his field very well and offers engineering and programming solutions beyond my original expectations. I will definitely work with him for future projects.
Mobile App Development
PCB Layout
3D Printing
Internet of Things (IoT)
+1 more
N
Flag of Justin W.
@Nomon1
•
3 years ago

Experience

Technical Lead

StroboTek
Mar 2019 - Present
.

Senior Hardware Design Engineer

Silent Power EU
Jan 2018 - Mar 2019 (1 year, 2 months)
.

Senior Software Development Engineer

Orange Services
Dec 2011 - Mar 2018 (6 years, 3 months)
.

Education

M.Sc. in Electronics, Telecommunications and Information Technology

Universitatea 'Politehnica' din Bucuresti, Romania 1999 - 2006
(7 years)

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Top Skills

PCB Layout 4
C Programming 2
Java 2
Mobile App Development 2
Microcontroller 2

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