Materials Science for Electronic Engineers
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A C T I V I T I E S

 

MATERIALS SCIENCE
FOR ELECTRONICS ENGINEERS

2019-2020 Fall Semester

 

 

Resit Exam

29.01.2020; 10:00 (exam place: NB-06)

 

Final Exam

09.01.2020; 10:00 (exam places: MA01 and MA02)

 

II. Midterm Exam

10.12.2019; 17:30 (exam places: PA01 and P101)

 

I. Midterm Exam

04.11.2019; 17:30 (exam places: PA01 and P101)

 

 

 

INSTRUCTORS

Assoc. Prof. Dr. Ziya Esen

Materials Science and Engineering Department, N-B16

 

ASSISTANTS

Ezgi Bütev Öcal

Materials Science and Engineering Department, N-C09

 


Course Schedule

Lecture

Section 01: Thursday: 09:20-12:10  (M-A01)

Section 02: Thursday: 14:20-17:10  (M-A01)

 

Course Description

Materials have been an integral and important part of electrical and electronic engineering from finding good conductors of electricity that can carry very high current to finding good insulators that can handle very high voltages.

Semiconductors, superconductors, magnetic materials, optical materials have been all making use of different electron behaviors in solids interacting with electrical, optical and magnetic fields. In order to understand and develop such technologies, a deep and thorough understanding of structure and property of materials is necessary.

Therefore, in this course we will study:

  • structures in various sizes (atomic structure, crystal structure, defect structure, electronic structure, microstructure, etc.)
  • different properties of materials (electrical, optical, magnetic, etc.)

and eventually do the correlation between structure and property, that is, understand how structure dictates properties of materials.

 

Text book:

William D. Callister, David G. Rethwisch, Materials Science and Engineering, An Introduction 8th Ed (John Wiley & Sons, 2011)

 

Reference Books:

- Donald A. Neamen, An introduction to Semiconductor Devices

- Ben G. Streetman, Solid State Electronic Devices, Prentice Hall 2000

 

Attendance:

70% attendance of all lecture hours is required to take the final exam. Absence from a quiz, lab. or an examination will result in zero grade

 

Grading Scheme:

Midterm 1

25%

Midterm 2

25%

Final

30%

Quiz+HW

15%

Attendance

5%