Courses

All courses

• Advanced Analog Blocks
• Advanced Digital Design (Master: Advanced Microelectronics (in English))
• Advanced FPGA Design
• Advanced Techniques for Signal Processing
• Advanced Technological Processes
• Advanced Topics in Analog and Smart Power Design (Infineon)
• Analog Blocks
• Analog IC Design
• Analog Integrated Circuits
• Automotive Sensors (Infineon)
• Basic Electronic Circuits
• Biodevices and Nano-Electronics of Cells
• Biometric Technologies. Dynamic Signature Recognition
• CAD for Integrated Circuits Design
• Compilers for HW Designers (Master: Advanced Computing in Embedded Systems (in English))
• Computer Architecture
• Computer Programming
• Data Structures and Algorithms
• Design for Testability and Testing
• Designing Circuits for Control and Power Microsystems and Smart Sensors
• Digital Integrated Circuits
• Digital Signal Processing
• Digital System Design: Project (Master: Advanced Computing in Embedded Systems (in English))
• Digital System Design Project1 (Master: Advanced Microelectronics (in English))
• Digital System Design Project2
• Distributed Computing (Master: Advanced Computing in Embedded Systems (in English))
• Electronic Devices
• Electronics Circuits
• Functional Electronics (Master: Microsystems)
• Functional Verification (Master: Advanced Computing in Embedded Systems (in English))
• Integrated Low Voltage and Low Power Circuits
• Integrated Research Project
• Integrated Research Project in Computer Security
• Integrating Research Project
• Intelligent Sensors and Microsystems (IMT)
• Invited course: Automotive Electronics: An Industrial View (Infineon)
• Management
• Methodology Forensic Expertise
• Micro and Nano CMOS Circuits and BiCMOS for Microsystems
• Micro and Nanotechnology Applied to Medicine
• Microcontrollers
• Microcontrollers and Embedded Systems
• Microcontrollers and Embedded Systems (Master: Advanced Computing in Embedded Systems (in English))
• Microelectronic Technologies
• Microphysical Characterization of Micro- and Nanostructures (IMT)
• Microprocessor Architecture
• Microsensors
• Microsystems Structure
• Modeling and Experimental Characterization of Integrated Microstructures
• Modeling and Simulation of Devices and Processes for Microsystems
• Modeling of active microelectronic devices
• Nanoelectronics Devices
• Object Oriented Programming
• Operating Systems (Master: Advanced Computing in Embedded Systems (in English))
• Parallel Computing (Master: Advanced Computing in Embedded Systems (in English))
• Performance Analysis and Optimization (Master: Advanced Computing in Embedded Systems (in English))
• Personal Computer Security
• Power Semiconductor Devices
• Power Semiconductors Devices, for Microsystems
• Reconfigurable Computing (Master: Advanced Computing in Embedded Systems (in English))
• Research Project Development
• RF IC Design
• RF Micro Electromechanical Systems
• Security in Computer Networks
• Sensors and Signal Conditioning Circuits
• Simulation and Characterization of Biosystems and Nanosystems
• Simulation Devices and Electronic Processes in Integrated Microsystems
• Software Testing and Design Patterns (Master: Advanced Computing in Embedded Systems (in English))
• Software Tools for Microelectronics
• Speech Technology. Speaker Recognition
• SPICE Models of Electronic Components
• Technological Bases of Microelectronics
• Testing Semiconductor Devices and Integrated Circuits
• Test Systems in Microelectronics
• Virtual Instrumentation for Electronics
• VLSI Design Techniques
• Voice Communication Interfaces of Intelligent Systems
• Wireless Sensor Networks and the Internet of Things (Master: Advanced Computing in Embedded Systems (in English))