Lecturer of the subject Integral Project 1 (Proyecto Integrador 1). In this subject we embark students with the challenging tasks of developing a full functional project involving all their knowledge up to this point in the career (Semester 4), while learning project management, team work, specializing in unknown technologies, self-learning and problem handling. Students are expected to work in group in order to make a fully functional robotic device using, this year, recyclable materials. They are also requested to work within a time-frame, budget and to divide the problem in several milestones. This subject encourages students to be proactive and to go to learn from reliable sources, while recurring to the lecturers for inquires and guidance.

• Head design of project. Project consisted of design and implementation of an automated testing equipment for checking the wholeon‐board computer of a satellite. The system had to include a self‐test (operational with same precision as used against the unit undertest).• Design, documentation, implementation and specifications of test‐required document for the whole system. ◦ System of more than 2000 signals, including: SpaceWire, A2D, D2A, DIO LVTTL, UART RS422, Open‐collector, Thermocouplesimulators (100mV full‐range D2A), USB, JTAG, 1PPS, PWM, propietary protocols, loads and others. ◦ Developed a python program to allow conversion of Excel tables to schematic in OrCAD Capture; error‐free and increase inschematic layout productivity of over 500%.• Electrical specifications, schematic verification and skew and impedance controlled PCB layout for 13 new printed circuits.• Design and implementation of a high‐speed and timebase accuracy FPGA firmware with Cyclone V from Intel with data‐transfers to PCthrough USB 2.0 (480Mbps).

Design and implementation of a Pick To Light system. Involved in the head design of the system.Multiple automatizations of industrial equipment which included design and implementation.Project consisted of design and implementation of a novel system for mobile shelves. Head design of the system including the development of a propietary card, wireless mesh networking using Xbee, sensing and control of actuators.

Lead developer in a low-cost system for monitoring and mantainance of cold chambers.Lead designer in sensor acquisition and actuators.Implementation of all the backend and frontend interface

Adjunct lecturer of Skills Development for Innovation.

Adjunct lecturer of Differential and Integral Calculus 1.

Design and implementation - control of three-phase inverters with Atmel 32-bit architecture.

Teaching Assistant for the Mathematics department, Engineering Faculty