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Undergraduate


 Undergraduate students  │  Master and Ph. D. students  │

 Department of Materials and Optoelectronic Science
Curricula for Undergraduate students

Required credits for undergraduate students

1st year (freshman)

2nd year (sophomore)

3rd year (junior)

CALCULUS (I) (3)

GENERAL CHEMISTRY (I) (3)

GENERAL PHYSICS (I) (3)

GENERAL CHEMISTRY LABORATORY (I) (1)

GENERAL PHYSICS LABORATORY (I) (1)

INTRODUCTION TO MATERIALS SCIENCE (3)

ENGINEERING MATHEMATICS (I) (3)

ELECTROMAGNETISM (I) (3)

INTRODUCTION TO CRYSTAL STRUCTURE AND X-RAY DIFFRACTION(3)

ELECTRONICS (I) (3)

SOLID STATE PHYSICS (3)

EXPERIMENTS ON MATERIALS CHARACTERIZATION AND OPTOELECTRONICS (I) (2)

CALCULUS (II) (3)

GENERAL CHEMISTRY (II) (3)

GENERAL PHYSICS (II) (3)

GENERAL CHEMISTRYLABORATORY (II) (1)

GENERAL PHYSICS LABORATORY (II) (1)

INTRODUCTION TO OPTO-ELECTRONIC SCIENCE AND TECHNOLOGY(3)

ENGINEERING MATHEMATICS (II) (3)

EXPERIMENTS ON MATERIALS CHARACTERIZATION AND OPTOELECTRONICS (II) (2)

 

Required advanced credits for undergraduate students (selectable)

Fields

2nd year (sophomore)

3rd year (junior)

Materials Fundamentals(A)

THERMODYNAMICS OF MATERIALS(3)

PHASE TRANSFORMATION (3)

PHYSICAL PROPERTIES OF MATERIALS (3)

Polymers (A)

PHYSICAL CHEMISTRY(3)

INTRODUCTION TO POLYMER MATERIAL (3)

POLYMER PHYSICS (3)

Optoelectronic Materials(B)

Optoelectronic Science (B)

OPTICS (I) (3)

OPTICS (II) (3)

ELECTROMAGNETISM (II) (3)

OPTOELECTRONIC ENGINEERING (I) (3)

OPTOELECTRONIC ENGINEERING (II) (3)

ELECTRONICS (II) (3)

Undergraduate students need a minimum of 140 credits in order to graduate. At least 21 of these credits must be advanced credits for undergraduate students (selectable courses), where at least 9 credits must be from group A and at least 9 credits must be from group B.

Elective professional credits

General Materials

MECHANICAL BEHAVIOR OF MATERIALS (3)

MICROANALYSIS TECHNIQUES OF MATERIAL CHARACTERIZATION (3)

INTRODUCTION TO MATERIALS FOR MICROSYSTEMS (3)

METALLIC MATERIALS (3)

MODERN PHYSICS (3)

Polymers

ORGANIC CHEMISTRY (I) (3)

ORGANIC CHEMISTRY (II) (3)

Optoelectronic Materials

SEMICONDUCTOR MATERIALS (3)

ELECTRICAL AND OPTICAL PROPERTIES OF MATERIALS (3)

APPLICATIONS OF MATERIALS TO ELECTRO-OPTICAL ENGINEERING (3)

Optoelectronic Science

LASER OPTICS (3)

INTRODUCTION TO SEMICONDUCTOR PHYSICS (3)

QUANTUM MECHANICS (3)

Research, Writing and Engineering Proficiency

RESEARCH PROJECT MATERIALS AND OPTOELECTRONICS (I) (1)

RESEARCH PROJECT MATERIALS AND OPTOELECTRONICS (II) (1)

RESEARCH PROJECT MATERIALS AND OPTOELECTRONICS (III) (1)

RESEARCH PROJECT MATERIALS AND OPTOELECTRONICS (IV) (1)

ENGLISH TECHNICAL WRITING (3)

INTRODUCTION TO INDUSTRIAL ENGINEERING (3)

Undergraduate students need at least 18 elective professional credits to graduate.