To understand how to implementing an analog/digital signal acquisition in a graphical programming environment
To design a standard hardware/software architecture for industrial DAQ systems
To create standard interfaces for general DAQ systems

Fundamentals in Electronics, Fundamentals in Digital Electronic Circuits

Basic architectures od Data Aquisition Systems (DAQ), Signals IO for DAQ, Sampling theory, Conditioning systems for DAQ, Sensors interfacing for DAQ, Interpolation and extrapolations in DAQ analysis , Interpretation of data handled in DAQ systems, DAQ hardware design, Dataloggers, Networked DAQ

Lecture, industrial cases studies, exemplification, exercises, simple projects development. Infrastructure: LabVIEW and NI DAQ

Temporal, spectral and statistical characterization of signals; Explanation and interpretation of signal acquisition and processing methods; Design of basic functional blocks for digital signal processing with hardware and software implementation;  Use of simulation media (Matlab/ Labview) for signal analysis and processing; Design of functional blocks elementary digital signal processing with hardware and software implementation; Design of dedicated equipment in the fields of applied electronics, which use: microcontrollers, programmable circuits or computer systems with simple architecture, including related programs

Oral examination - 10%, Verification during the semester (project development and presentations) - 90%.

John Park, Steve Mackay, Practical DAQ for Instrumentation and Control Systems, ISBN 0750657960, Elsevier, 2003/ revised 2015
Walt Boyes, Instrumentation Reference Book, 3rd Edition, ISBN 075067123, BH
Gerard C.M. Meijer, Smart Sensors Systems, ISBN 9780470866917, John Wiley, 2008, revised 2018