Control SystemsAssist teachers and students on fifth year engineering subject. Modelization and control theory of open- and closed-loop control systems. Stability of linear feedback systems, Root Locus method, Frequency response methods, Design of feedback control systems with the classic approach (networks or PID controllers), Design of state variable feedback control systems with the modern approach. Laboratory practices including servomotor control system design.

Development of a real-time vascular response assesment platform (MATLAB® toolbox) by means of a dual pressure-diameter adquisition device. A complete software platform and a specific fastening system were developed, in order to obtain simultaneous measurements of continuous arterial pressure (by applying the applanation tonometry technique) and continuous vessel diameter variations (by processing B-mode ultrasound images) at the same vascular site.PID: ASUTNBA3950Director: Dr. Ing. Cymberknop J. Leandro

Provided technical support on Network Managment platforms (DNS,DHCP,NNM,Ngenius,BNA) particularly on Infoblox IPAM. Managed naming systems using Infoblox servers integrated with Microsoft DC and Cisco GSS. Monitoring activities on networks and network devices.Automation of procedures using Python through several APIs, particularly the Infoblox WAPI based on REST.

Provided technical support and analysis of electromedicine equipment, with emphasison reconditioning, recalibrating and general servicing on ultrasound technologies. Be-came familiar with General Electric, Siemens, Mindray, Sonosite and Toshiba equipment.Worked on a project regarding communication between handheld devices and ultra-sound equipment.

Microcontroller Programming and Embebbed SystemsAssisted teachers and laboratory practices on a second year engineering subject. ARM-Cortexmicrocontroller programming and C++ graphical interfaces for embebbed systems assign-ment projects.