Eduardo Caceres

While working at Medefer, I implemented cardiology, endoscopy, and dermatology virtual hospital services, currently being used by NHS hospitals and general practitioners (GPs) throughout the UK. The services aim to reduce a patient's waiting time before seeing a specialist.

SIRI (service interface for real-time information) is a standard communication protocol for exchanging public transport information, settled as European norm UNE-EN 15531 1-5.
During my stay at GMV, I was part of the project that developed the latest intelligent transport system (ITS) solution for Sydney Light Rail, contributing to the implementation of the SIRI standard there.

It included both a timetable and trip planner for the public transport operations and real-time monitoring of those services—allowing Sydney's public transport operator and final users (passengers) to be constantly informed about those trips.

DHA-FC was a project developed by ARGOS Flying Project that sought to innovate in the drone/RPA world by creating a brand new drone model with unique characteristics.

I was in charge of the software development for that new drone model, based on the open-source projects Pixhawk and ArduPilot. I was also involved in the electronic and physical design of it.

A C# file parser designed to read text files line-by-line, saving each line's content into basic types vars (int, double, string, and so on).

This project was born with a very specific purpose: provide a tool that can easily parse files with a known structure while being flexible and easy-to-use as a C++ standard IO approach.

In 2017, I was the runner-up in the Ferrovial Autonomous Robot Challenge which consisted of building and programming a small, autonomous robot prototype capable of transporting bulk materials in a dangerous, changing environment.

That included autonomously avoiding fixed or moving obstacles and cliffs, detecting traffic lights, and going through slopes, grass, sand, small puddles, and more.