THREE-DIMENSIONAL MODELING

Channel 1
MARCO LARACCA Lecturers' profile

Program - Frequency - Exams

Course program
The history of the metrology. Measurement theory. Measurement chain. Direct and indirect measurements. The international system of units. The basis of statistics applied to measurement. The standard UNI CEI 70098-3. Static and dynamic characteristics of the measurement instruments. Influence quantities. Metrological traceability. The Italian calibration system. Basis of the analog to digital conversion. Introduction to the basic electric and electronic instrumentation: digital multimeters, digital oscilloscope, electronic counter. Resistance measurement by means of direct (ohmmeter) and indirect (voltammeter). Numeric and laboratory exercises.
Prerequisites
Basic knowledge of mathematics and physics with particular focus on: - Differential and integral calculus - Elements of classical electromagnetism
Books
Norgia, Ottoboni, Pesatori, Svelto, Measurements from fundamentals to instrumentation, Published by Esculapio, Edition 2022 Lecture notes will be made available on the Google Classroom (access code: ephbkkb).
Frequency
Attendance is not mandatory. However, student participation is strongly recommended for the acquisition of the skills outlined in the objectives of the course.
Exam mode
The assessment of the acquired skills is based on an oral exam structured on three open oral questions. Its objective is to assess the level of understanding of the topics covered in the course, and the student's ability to apply the acquired skills to solve problems in the field of electrotechnics and electrical measurements. One of the questions is focused on a practical experiment carried out during the course. The aim is to verify the real comprehension of the theoretical and practical aspect of a measurement procedure. The final exam outcome is obtained averaging the marks given on the single questions. A sufficient mark to each question is required to overcome the exam.
Lesson mode
Lectures, numerical exercises involving the students, and experimental activities. The students will be asked to cooperate on the development of technical reports regarding the experimental activities carried out in the laboratory.
  • Academic year2025/2026
  • CourseElectrical Engineering
  • CurriculumElectrical Engineering for Digital Transition and Sustainable Power Systems
  • Year1st year
  • Semester1st semester
  • SSDING-INF/07
  • CFU3