Semester Course name: EE 303 Department: Electrical 5 Electromagnetic Fields and Electronics Engineering Methods of Education Credit (ECTS) Lecture Recitation/ Lab Project/Field Homework Total (Etud) Study 6 42 45 30 117 English Language Compulsory Compulsory/Elective Prerequisites None Vector analysis, vectorial differential operators, static electric field, electric potential, electrostatic field analysis in conductors and dielectric media, Course Contents electrostatic energy, electrostatic boundary conditions, magnetostatic field, vector potential, magnetic circuits, magnetic energy, magnetostatik boundary conditions, quasi-static fields, time varying fields and Maxwell equations To the fundamentals of electromagnetic field theory To teach electrostatic fields Course Objectives To teach magnetostatic fields To teach time varying fields Students who pass the course will be able to: I. Work with vector algebra and vector differential operators II. Calculate electrostatic field, force and potential Learning Outcomes and III. Calculate the electrostatic fields in conductors and dielectric materials Competences IV. Calculate magnetostatic field and force V. Solve the problems related to magnetostatic fields in magnetic materials VI. Solve the problems related to electromagnetic fields using Faraday and Ampere Laws Textbook and /or Main texbooks : References Norman D. K. Cheng, Field Wave Electromagnetics If any, mark as (X) Percentage (%) Midterm Exams X 30 Quizzes X 10 Assessment Criteria Homeworks 10 Projects X 10 Term Paper Laboratory work Other Final Exam X 40 Instructors
Course name: EE 303 Electromagnetic Fields Department: Electrical and Electronics Engineering Semester 5 Methods of Education Credit (ECTS) Lecture Recitation/ (Etud) Lab Project/Field Study Homework Total 6 42 45 30 117 Language English Compulsory/Elective Compulsory Prerequisites None Course Contents Vector analysis, vectorial differential operators, static electric field, electric potential, electrostatic field analysis in conductors and dielectric media, electrostatic energy, electrostatic boundary conditions, magnetostatic field, vector potential, magnetic circuits, magnetic energy, magnetostatik boundary conditions, quasi-static fields, time varying fields and Maxwell equations Course Objectives To the fundamentals of electromagnetic field theory To teach electrostatic fields To teach magnetostatic fields To teach time varying fields Learning Outcomes and Competences Students who pass the course will be able to: I. Work with vector algebra and vector differential operators II. Calculate electrostatic field, force and potential III. Calculate the electrostatic fields in conductors and dielectric materials IV. Calculate magnetostatic field and force V. Solve the problems related to magnetostatic fields in magnetic materials VI. Solve the problems related to electromagnetic fields using Faraday and Ampere Laws Textbook and /or References Main texbooks : Norman D. K. Cheng, Field Wave Electromagnetics Assessment Criteria If any, mark as (X) Percentage (%) Midterm Exams X 30 Quizzes X 10 Homeworks 10 Projects X 10 Term Paper Laboratory work Other Final Exam X 40 Instructors