1. Main Module 1 Fundamentals ARIES Formazione

2. Main Module 1 Fundamentals Structure – Main Module 1 Module 1 Design process Module 2 Principles of Electrical and Control Engineering

3. Description of individual courses (lecturing) Course title Course title Type of course Type of course Level of course Level of course Year of study Year of study Number of the module Number of the module Number of Credits allocated (workload based) Number of Credits allocated (workload based) Objectives of the course (expected learning outcomes and competences to be acquired) Objectives of the course (expected learning outcomes and competences to be acquired) Prerequisites Prerequisites Course contents Course contents Recommended reading Recommended reading Teaching methods Teaching methods Assessment methods Assessment methods Language of instruction Language of instruction

4. Type and level of course Compulsory Bachelor stage 40 hours: 2 lectures / weekly 1 seminar / weekly Study branch:Teaching of vocational courses Specialization:Engineering Year of course:2nd year

5. Learning outcomes of Module 2 Introduce students to the epistemic characteristics of information technology, generic to information technology and specific to the fields in which the information technology is used; Classify and analyze the relationships among the concepts used in technology education as they apply to electronics technology; Characterize and describe the principles related to lifelong learning; Provide a foundation for further study and employment in a range of contexts where this knowledge and understanding will be applied.

6. Pre-requisites Basic knowledge in electronics Knowledge in a simple control system Basic knowledge in computer handling

7. Structure – Module 2 Module 2 Principles of Electrical and Control Engineering Lecture: Communication Lecture: Processing

8. Object oriented thematically enclosed list of subjects (submodules): Communications Basics Digital transmission of analog signals Probability and Random Variables Random Processes Noise in Analog Communication Systems Optimum Detection Analog data Feedback principles: application to Operational Amplifiers Digital data Digital Logic Elements Multivibrators Combinational logic circuits

9. Object oriented thematically enclosed list of subjects (submodules): Communications Basics Digital transmission of analog signals Probability and Random Variables Random Processes Noise in Analog Communication Systems Optimum Detection Analog data Feedback principles: application to Op Amps Digital data Digital Logic Elements Multivibrators Combinational logic circuits Compulsory Elective Lecture: Communication

10. Object oriented thematically enclosed list of subjects (submodules): Compulsory Elective Lecture: Processing Communications Basics Digital transmission of analog signals Probability and Random Variables Random Processes Noise in Analog Communication Systems Optimum Detection Analog data Feedback principles: application to Op Amps Digital data Digital Logic Elements Multivibrators Combinational logic circuits

11. Module 2 Principles of Electrical and Control Engineering Object oriented thematically enclosed list of subjects (submodules): Communications Basics Digital transmission of analog signals Probability and Random Variables Random Processes Noise in Analog Communication Systems Optimum Detection Analog data Feedback principles: application to Op Amps Digital data Digital Logic Elements Multivibrators Combinational logic circuits Compulsory Elective Lecture: Processing Lecture: Communication

12. Lecturetraditional face to face lesson SeminarsWorking in groups in order to deepen the compulsory subjects HomeworkProcessing of the subject Teaching methods

13. Recommended readings -Geraci, “Principi di elettronica dei sistemi digitali”, McGraw-Hill, 2003 -F. Fummi, M.G. Sami, G. Silvano, Progettazione digitale, McGraw-Hill, 2002 Assessment criteria Seminars Homework Final exam 10% 20% 70%