Remote Medical Imaging Platform
courseworkA remote platform for sharing DICOM images between medics and patients. Based on the Flask Framework.
Biomedical Engineer, but sometimes confused for an Automatization or Electronics Engineer. I like to design firmware for embedded systems, as well as the integration of firmware and hardware.
Currently doing an internship at International Motors, specifically in the Electrical and Electronics Applications team, working on design and testing.
As an engineer, I really like problem solving. I'm the type of guy who can obsessed by how different technical or day-to-day problems are resolved. If someone is at 3 am doing a debugging session, checking loose connections or designing schematics, that's me.
Outside of that, I value a lot the learning aspect of things, as well as education. I believe that education is the most powerfull pillar of society. While a complex process, I deeply think that it grants us the autonomy to solve problems, either everyday problems, to the most complex ones.
| Ref | Skill | Notes |
|---|---|---|
| U1 | Embedded Firmware | C and Python are my goto. Do MicroPython as a hobby. |
| U2 | Digital Systems | Hobbist for FPGAs and digital systems. |
| R1 | Hardware Design | Really like hardware design. For projects, I use EasyEDA. |
| L1 | Control Systems | I like to design automation logic and system modeling |
| C1 | Adaptative Communication | I take my time explaining things to others, as I think is the best way to truly master something. I've given courses at university as part of student chapters. |
International Motors - MX
Design of control systems using C & MATLAB Simulink. Testing of models using python with piTest framework.
Biomedical Engineering
Undergraduate degree
Biomedical Engineering
Academic exchange program in Spain.
A remote platform for sharing DICOM images between medics and patients. Based on the Flask Framework.
Simple MicroPython examples using the ESP32 DevKit. Used for a course I gave at the university.
Development Board with the ATMega328P featuring external connectors and USB-C. Based on the Arduino UNO.
An ESP32-S3 app that shows your current play in spotify, using API request and MicroPython.