(theScientist)

   Miguel, an experienced professional in scientific research and smart technology solutions, adeptly combines hardware and software expertise, with a track record of successful remote team management spanning four years. Since 2018, Miguel moderated Slack, WhatsApp, and LinkedIn groups, where he provided valuable advice and mentorship to individuals and organizations. His most recent achievement can be found here, on his GitHub profile with more than 200 repositories spanning more than 10 years, complemented with conventional, easy to navigate, and intuitive webpages about open scientific research, open prototyping, and open innovation from a simple concept in a doodle to a fully matured minimum viable product. In 2021 he moved, permanently, all his scientific research data to publicly accessible repositories stored as dataverses hosted on the servers at Harvard University.

   He has a 5-year bachelor's in civil engineering. A 2yr master in smart carbon fiber composites. A second master in machine learning and artificial intelligence. More than 30 years of experience in computer science and programming. More than 5 years in hardware electronics design, fabrication, and assembly. In 2024 and 2025 he will be up-skilling to mechatronics in particular intelligent machines. His LinkedIn, Twitter, and Stack Overflow profiles showcase achievements and contributions.

^{Figure 1 - Stack Overflow Participation Statistics}

Noteworthy accomplishments
■ Pioneering digital transformation at the University of Minho, Laboratory of Construction and Building Materials from 2005 to 2009.
■ Driving three digital transformations for start-up enterprises between 2007 and 2020. The most recent a "Digital Transformation on a Small Start-Up Enterprise: Design, Prototype, and Deployment Based on Human-Centered Design Principles for the Construction Sector".
■ Designed, tested, and prototyped over 70 technology solutions, accessible on GitHub (see catalogs below).
■ Specialized in smart self-sensing carbon-based composites for Structural Health Monitoring from 2005-07, 2017 and 2020-23.
    - Designed & prototyped a flexible electrode suitable for data acquisition with carbon fiber composites
■ Successfully designed & prototyped the following automotive solutions:
    - Common injection rail for LPG systems (2014-2016).
    - Open electronics for vehicles with a combustion engine, for instance, an open engine management system. (2023 - )

Open Innovation
   Miguel has an extensive portfolio encompassing more than 70 open hardware smart PCB electronics and over 30 open software solutions, from which 13 smart hardware electronics fully matured into commercial products sold online. To learn more about open innovation using Github you are invited to read the article "Open Innovation from D.I.Y to M.V.P. using GitHub". To see how a business plan can happen on a "data repository" click here.

Scientific Research
   Miguel possesses a deep commitment to advancing knowledge for everyone. He is the author of 5 scientific publications and co-authors 2, He holds a Master's degree in Smart Carbon Fiber Composites for Structural Health Monitoring, a second master's degree, and 79.5 ECTS in Master-level courses on Artificial Intelligence and Smart IoT devices from Swedish and Spanish universities. The most recent publication, "A deep neural network for electrical resistance calibration of self-sensing carbon fiber polymer composites compatible with Edge computing Structural monitoring hardware electronics," is available in the Journal Structural Health Monitoring (doi:10.1177/14759217231170001).

■ Invited to peer-review 37 times on 33 manuscripts. Two are now published in Journals of their fields of knowledge.

Visit the publications page to find out more about published scientific communications in peer-reviewed journals.

On his LinkedIn profile, you can find PDF copies of Miguel's university diplomas, course certifications, recommendation letters, and links to published scientific papers.

Miguel is eager to leverage his expertise, drive innovation, and contribute to technological advancements.
Thank you for considering him in your search.
For HR and business inquiries, send an email to [email protected], alternatively, click next to schedule an online meeting.

An innovative method for experimental data acquisition and management of collected data in real-time and is compatible with any open environment. The proposed prototype for a smart DAQ device has the minimum hardware characteristics to handle data measurements collected from sensors locally connected to it, store it on a local CSV or SQLite database file, and finally connect and synchronize data measurements collected with a data repository hosted remotely. For instance a Dataverse or Zenodo. Titled "Validation of Experimental Data Origins: A Swarm of DAQ devices able to Deliver Unique Experimental Data using Blockchain‐like Fingerprint ID to a Data Repository". Visit my open science projects to find out more about his ongoing scientific works.

^{Video 1 – 360° view of a 12-bit Smart DAQ the "S.D.A.D"}

The overall objective of this open project is to extend the life of vehicles by updating them to current EU standards namely safety regulations and emission pollutants. As so vehicles undergo a process of refurbishment service and full-featured overhaul of technology updates from mechanical key components to the interior habitacle, comfort, and safety of a vehicle. Branded Auto RFTI™ (refurbishment, facelift, and technology improvements) goes a step further than just a vehicle facelift and will differentiate by offering simple & easy hardware electronics and components for extending vehicle utilization life by means of technology upgrades to improve safety while at the same time reduce vehicle emissions. To do the design and prototype of each individual module I'm using a Volvo P2.

To learn more, go to the project "Open Hardware Electronics for Volvo P2 platform". Currently designing an OPEN Rear Electronic Module using KiCad EDA. Other noteworthy projects He has been working on, include "NVidia's Jetson nano SoM" where one can find research and prototype work for an "autonomous eCargo Bike"; an "open vacuum cleaner" and an open "conversational pod".

AeonLabs, a personal brand of Miguel T., is about the conceptualization, design, and prototype of technology solutions for Enterprise businesses and Institutions. To know more about the author visit his LinkedIn profile. See here how to hire AeonLabs.