EEE101 Introduction to Electronics Engineering Language : English Class room : L07 Units : 2+0 Instructor : Assoc. Prof. Dr. Thomas F. Bechteler / Assist. Prof. Dr. Muammer Çatak Office room : B-204 / C-201 Office hours : Wednesday, 9:30-11:30 Office Tel. : 0232 / 246 4949 - - - Lab Instructor : not applicable Office room : not applicable Office hours : not applicable Office Tel. : not applicable Syllabus 1. Prerequisites : none 2. Contents : What is engineering and what is science. Definition of SI-units and their measurements. Resistors: Ohm's law, resistivity and conductivity, physical reason of resistivity, resistors in series and in parallel, classification of resistors: fixed – variable – environmentally influenced. Capacitors: charge and capacity, plate capacitor, dielectrics, memory property, lossless property, capacitors in series and in parallel, classification of capacitors: fixed – variable. Inductors: magnetic flux and inductivity, permeability of materials, memory property, lossless property, inductors in series and in parallel, classification of inductors: single – coupled, transformer. Discrete semiconductors: what are semiconductors, pn-junction, diodes, solar cell, bipolar transistor, field effect transistor (FET), thyristor, triac, Hall element. Integrated semiconductors: History and definition, Moore's law, measures of integration, VLSI, CMOS manufacturing process, bonding of chips, hybrid circuits. Notion of Element, Circuit and System: discrete versus distributed, datasheets, definition of circuits and systems. System Design: concept, open and closed systems, subsystems, circuit design and methods for designing electronic circuits. Introduction to Project Management: definition and constraints of a project, project success and failure, organisation of a project and its management. 3. Objectives : - 4. Textbook/ Lecture notes : Lecture notes supplied by the instructor 5. Attendance : Compulsory attendance for theory lectures is 70%. 6. Grading : Midterm 40% Final 60% 7. Academic dishonesty : Academic dishonesty is related to cheating and plagiarism. Copying in whole or in part others’ assignments, lab works or exams, is considered cheating respectively plagiarism. All parties involved will receive a zero score for the lab, assignment or the exam. Lecture Schedule Week Topic Reading Slides / Notes (see ONLINE DERSLER) Assigns / Labs 1 Engineering versus Science - - 2 SI-units and measurements - - 3 SI-units and measurements - - - 4 Resistors - - 5 Capacitors - - 6 Inductors, transformer - - 7 MIDTERM - - - 8 Semiconductors - discrete - - 9 Semiconductors - discrete - - - 10 Semiconductors - integrated -   - 11 The notion of element, circuit and system - - 12 System design: concept, subsystems - - 13 System design: circuit development - - - 14 Introduction to project management - - 15 Introduction to project management - - -