Akademik Dersler - İçerik

1. Explain the importance of the lecture for application in materials sciences and engineering (Smart materials, Articifial Intelligent, IoT, Sensors, CMOS, MEMS etc)
1.1. Examines Condensed Matter Physics and 20th Century Technological Revolutions.
1.2. Evaluate the importance of technology revolutions.
1.3. Evaluate the national / international importance of application areas.
1.4. Evaluate the importance of magnetic, magneto-optic and electro-optic applications.
2. will be able to explain electrical properties of materials.
2.1. Explain electrical conductivity in metals.
2.2. Describe electronic band theory.
2.3. Fermi Dirac Distribution: Distribution of electrons between energy states and states the concept of density.
2.4. Compares the band structure of different materials.
2.5. Explain the conductivity mechanisms of semiconductor, semi-metal and insulating materials.
2.6. It refers to the temperature dependence of conductivity in semiconductor and other materials.
2.7. Explain the basic properties of ferroelectric and piezoelectric materials.
2.8. Tell basic characterization techniques.
2.9. Examines the national / international application areas with the project assignment.
3. will be able to explain the basic thermal properties of materials.
3.1. Explain heat capacity, heat capacity and energy storage properties of materials and compare these properties of different materials.
3.2. Define thermal expansion and compare these properties of different materials.
3.3. Explain thermal conductivity, compare these properties of different materials.
3.4. Determine the relationships between electrical and thermal conductivity.
3.5. Explain thermal stress and thermal shock resistance and examine these properties of different materials.
3.6. Tell basic characterization techniques.
3.7. Examines the national / international application areas with the project assignment.
4. will be able to explain the basic magnetic properties of metals.
4.1. Explain the behavior of materials under magnetic field.
4.2. Express the types of magnetism.
4.3. Describe and compare different magnetic materials.
4.4. Express the properties of superconducting materials.
4.5. Tell and compare different superconducting materials.
4.6. Tell basic characterization techniques.
4.7. Examines the national / international application areas with the project assignment.
5. will be able to explain basic optical properties of materials.
5.1. Refers to the optical refractive index of materials.
5.2. Explain what is absorption, diffraction, permeability and reflection in materials.
5.3. Explain the differences in optical properties of metal, semiconductor and insulating materials.
5.4. Explain basic optical phenomena such as Luminescence, Photoluminescence and Cathodoluminescence.
5.5. Describes special applications such as LASER, SOLAR CELLS etc.
5.6. Tell basic characterization techniques.
5.7. Examines the national / international application areas with the project assignment.
6. will be able to present project work and application assignments.
6.1. Creates a team in the selected field of application and makes a literature review.
6.2. Evaluates in terms of teamwork and material selection and design.
6.3. Prepares project report with team work.
6.4. Prepares a presentation explaining the project with team work and presents with his team.