Healthcare Application Development, Med-Tech
The project focuses on the development of a healthcare application aimed at enhancing patient care and streamlining healthcare operations.
Selected work across embedded systems, MedTech, broadcasting, AI training, and product software.
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The project focuses on the development of a healthcare application aimed at enhancing patient care and streamlining healthcare operations.
The Rustidor project aims to port the open source FPS game Sauerbraten from C++ to Rust, leveraging Rust's safety and performance features.
This project is a financial simulation application built with React, TypeScript, and Webpack on the frontend, with Firebase used for backend services such as authentication, data storage, and cloud functions.
This training initiative aimed to equip a multidisciplinary team of software engineers with the skills to integrate AI technologies into their development practices.
The project aims to ensure the readiness of SDI signals for an endoscopic system by addressing issues related to incorrect signal formatting and handling within the existing video library.
The project aims to overhaul the existing software architecture to eliminate tightly coupled dependencies, and enable a modular and reusable codebase.
This training aims to equip developers in the game development industry with cutting-edge AI methodologies to enhance software development processes.
LinkedIn Publication covering how to implement the Visitor Pattern in Rust compared to C++ with emphasis in type safety.
The project aims to transform existing manually controlled office domotics into an advanced system capable of remote control and automation.
This project aimed to conduct a comprehensive and engaging live session focused on the Rust programming language for the ERNI Academy Twitch audience.
Design and create a modern C++ based automated coffee roasting machine capable of replicating the precision and quality of an expert roaster.
The aim of this project is to develop a Web3 decentralized application (dApp) that introduces a new generation of NFTs (Non-Fungible Tokens) designed specifically for the metaverse.
SAFERTOS was the foundation for developing safety-critical components in a next-generation family of scalable and user-friendly infusion pumps, designed with strict adherence to medical safety standards.
This project is dedicated to developing a sophisticated reticle vectorizer, a software tool designed to convert reticles from bitmap file formats into the internal vector formats used by various devices.
Designed a unified, modular control architecture for a family of thermal vision products.
The project aims to transition a legacy tool, originally built on Excel macros, to a modern VB.NET platform.
For these handheld devices, power consumption is a primary consideration, as it directly impacts mission duration, weight, and size.
The project involves the design and development of a user-friendly desktop application aimed at enabling operators to seamlessly connect and configure Sivac, Xavic, and Altum encoder/decoder pairs over an IP network.
Develop a web-based interface designed for the efficient and user-friendly uploading of firmware to devices connected via serial ports.
The objective of the project was to develop an AI-based image filtering system, specifically trained to identify and categorize room photographs for a real estate marketplace application.
This project aims to develop an innovative garage door automation system using GPS technology to distinguish between 'garage in' and 'garage out' scenarios.
This project involves creating a specialized code generator that converts JSON structures into C code, specifically for building menu interfaces on various devices.
The project involves developing an Android application designed to calculate net salary in accordance with Spanish tax and labor regulations.
This project focuses on upgrading the Altum II encoders to support advanced broadcasting features.
This project aims to develop an automated tool for creating user manuals, particularly useful for product families with significant overlap in documentation content.
The project entailed the design, development, and testing of an AVR-based gain control system for an Image Intensifier Tube (IIT) night vision device, with a strong emphasis on low power consumption.
The project encompasses the design, development, and testing of an AVR-based serial controller for a rangefinder, incorporating an OLED display for data presentation.
This project involves the development, integration, and testing of an ATSC (Advanced Television Systems Committee) modulator as a key component of the Gredos encoder/modulator system.
The project involves the reimplementation of the SNMPv2 (Simple Network Management Protocol Version 2) agent for the Altum II series of encoders and decoders.
This project focuses on implementing Simulcrypt functionality in the Altum II family of encoders and decoders.
The objective of this project is to integrate a DVB-S (Digital Video Broadcasting - Satellite) and DVB-S2 modulator into the existing 'Gredos' encoder/modulator system.
This project involves the integration of a video multiplexer, currently under development by a partner company, into the SAPEC ecosystem.
The project's aim is to develop a control system and a graphical user interface (GUI) for a Single Frequency Network (SFN) Megaframe Initialization Packet (MIP) frame inserter.
This project aims to significantly enhance the MiniEvva audio encoder's user interface and communication protocol.