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Courses
In Brazil, Graduate and Undergraduate courses typically have one semester of duration. Below are the courses I teach in the current semester at Universidade Federal de Pernambuco (UFPE) and those ones I taught in previous semesters at UFPE, Universidade de Brasilia (UnB) e Universidade Presbiteriana Mackenzie (MACKENZIE).
2019.2, UFPE
ES413 - Signals and Systems, Undergraduate, 4 credits
IF747 - Automotive Networks (Advanced Topics in Computer Networks), Undergraduate, 4 credits
2019.1, UFPE
IF678 - Communication Infrastructure — Computer Networking, Undergraduate, 4 credits
IF747 - Automotive Networks (Advanced Topics in Computer Networks), Undergraduate, 4 credits
2018.2, UFPE
ES413 - Signals and Systems, Undergraduate, 4 credits
IF747 - Automotive Networks (Advanced Topics in Computer Networks), Undergraduate, 4 credits
2018.1, UFPE
ES413 - Signals and Systems, Undergraduate, 4 credits
IF856 - Introduction to Stochastic Processes (Advanced Topics in Signal Processing), Undergraduate, 4 credits
IN1147 - Introduction to Stochastic Processes, Graduate, 4 credits
2017.2, UFPE
ES413 - Signals and Systems, Undergraduate, 4 credits
IF747 - Automotive Networks (Advanced Topics in Computer Networks), Undergraduate, 4 credits
2017.1, UFPE
ES413 - Signals and Systems, Undergraduate, 4 credits
IF747 - Automotive Networks (Advanced Topics in Computer Networks), Undergraduate, 4 credits
IN1055 - Automotive Networks (Advanced Topics in Computer Networks 3), Graduate, 4 credits
2016.2, UFPE
ES413 - Signals and Systems, Undergraduate, 4 credits
IF747 - Automotive Networks (Advanced Topics in Computer Networks), Undergraduate, 4 credits
2016.1, UFPE
IF678 - Communication Infrastructure — Computer Networking, Undergraduate, 4 credits
IN1054 - Network Architectures for Connected Cars (Advanced Topics in Computer Networks 2), Graduate, 4 credits
2015.2, UFPE
ES413 - Signals and Systems, Undergraduate, 4 credits
IF747 - Automotive Networks (Advanced Topics in Computer Networks), Undergraduate, 4 credits
2015.1, UFPE
IF678 - Communication Infrastructure — Computer Networking, Undergraduate, 4 credits
IF747 - Automotive Networks (Advanced Topics in Computer Networks), Undergraduate, 4 credits
2014.2, UFPE
ES413 - Signals and Systems, Undergraduate, 4 credits
IN1055 - Automotive Networks (Advanced Topics in Computer Networks 3), Graduate, 4 credits
2014.1, UFPE
IF215 - Numerical Analysis, Undergraduate, 4 credits
IF838 - Access Networks, Undergraduate, 4 credits
2013.2, UFPE
ES413 - Signals and Systems, Undergraduate, 4 credits
IF215 - Numerical Analysis, Undergraduate, 4 credits
2013.1, UFPE
IF215 - Numerical Analysis, Undergraduate, 4 credits
IF838 - Access Networks, Undergraduate, 4 credits
2012.1, UFPE
ES413 - Signals and Systems, Undergraduate, 4 credits
IF215 - Numerical Analysis, Undergraduate, 4 credits
2012.1, UnB
ENE363413 - Introduction to Stochastic Processes, Graduate, 4 credits
ENE167975 - Software Methodology and Development, Undergraduate, 4 credits
2011.2, UnB
ENE363413 - Introduction to Stochastic Processes, Graduate, 4 credits
ENE167975 - Software Methodology and Development, Undergraduate, 4 credits
2011.1, UnB
ENE363413 - Introduction to Stochastic Processes, Graduate, 4 credits
ENE167975 - Software Methodology and Development, Undergraduate, 4 credits
2010.2, UnB
ENE363413 - Introduction to Stochastic Processes, Graduate, 4 credits
ENE167975 - Software Methodology and Development, Undergraduate, 4 credits
2010.1, UnB
ENE160024 - Telecommunications Networks 1, Undergraduate, 2 credits
ENE167975 - Software Methodology and Development, Undergraduate, 4 credits
2008.1, MACKENZIE
Communication Systems 1, Undergraduate, 2 credits
Introduction to Probability, Undergraduate, 2 credits
Digital Signal Processing, Undergraduate, 2 credits
Communication Systems, Graduate, 2 credits
2007.2, MACKENZIE
Communication Systems 1, Undergraduate, 2 credits
Introduction to Probability, Undergraduate, 2 credits
Simulation of Digital Communication Systems, Graduate, 4 credits
2007.1, MACKENZIE
Communication Systems 1, Undergraduate, 2 credits
Introduction to Probability, Undergraduate, 2 credits
Digital Signal Processing, Graduate, 4 credits
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