Embedded software engineer

    
Participation in European R&D Projects:
    
Actively engaged on the development and research tasks carried out at the SAFECOP (http://www.safecop.eu/) and Enable-S3 (https://www.enable-s3.eu/) Projects.
    
Actively engaged in the technical requirements and proposals done for the setting up of the, already accepted, ECSEL Projects, InSecTT and ADACORSA.
    
Research articles published:
    
Towards a Realistic Simulation Framework for Vehicular Platooning Applications (https://ieeexplore.ieee.org/abstract/document/8759181)
    
COPADRIVe - A Realistic Simulation Framework for Cooperative Autonomous Driving Applications (https://ieeexplore.ieee.org/document/8965161)
    
MsC Thesis: A simulation approach for increased safety in advanced C-ITS scenarios(http://www.cister.isep.ipp.pt/docs/a_simulation_approach_for_increased_safety_in_advanced_c_its_scenarios/1591/)
    
Tightening up security in low power deterministic networks (submitted for WFCS2020)
    
One more article ready to submission at the time of this writing (02/2020) regarding a groundbreaking proposal for the usage of a wireless communication network in a intra-car communication architecture for an ADAS System.
    
Technical/Implementation work carried out:
    
Definition of a system arquitecture for a vehicle platooning testbed.
    
State of the art analisys and market prospection for equipment acquisition.
    
Simulation experience with the robotics simulation framework WEBOTS, as well as, Gazebo(ROS).
   
 Algorithm Development and C/C++ coding for vehicle platooning controllers.
   
 Documentation analysis regarding V2X wireless communications standards.
    
OMNET++ / ROS integration, for a network simulation environment over a robot simulator - COPADRIVe
    
Development of a HIL simulation tool.
    
802.11p / ITS-G5 knowledge and implementation.