The document outlines a lecture series for a BSc in Electrical and Electronic Engineering, covering the electrical properties of materials. It includes topics such as atomic structure, crystal lattice, defects, and classical theories of conductivity. Additionally, it discusses the relationship between temperature and resistivity, as well as thermal conduction principles.

1. 1.
Course introduction,
syllabus, and lecture
plan
Electrical Properties of Materials
(Lecture Series - BSc in Electrical and Electronic Engineering)

2. 2.
Review of Matter, Solid,
and Bonding Types
Electrical Properties of Materials
(Lecture Series - BSc in Electrical and Electronic Engineering)

3. 3.
Crystal and
Crystallization
Electrical Properties of Materials
(Lecture Series - BSc in Electrical and Electronic Engineering)

4. 4.
Crystal lattice
Structures, Bravais
Lattice
Electrical Properties of Materials
(Lecture Series - BSc in Electrical and Electronic Engineering)

5. 5.
Miller Indices, Atomic
Packing Factor, Atomic
Planar Concentration
Electrical Properties of Materials
(Lecture Series - BSc in Electrical and Electronic Engineering)

6. 6.
Crystal Allotropy,
Defects, Use of Defects
Electrical Properties of Materials
(Lecture Series - BSc in Electrical and Electronic Engineering)

7. 7.
Classical Theory – Drude
Model
Electrical Properties of Materials
(Lecture Series - BSc in Electrical and Electronic Engineering)

8. 8.
Temperature Dependence
of Resistivity – Pure Metal
Electrical Properties of Materials
(Lecture Series - BSc in Electrical and Electronic Engineering)

9. 9.
Matthiessen's and
Nordheim’s Rules
Electrical Properties of Materials
(Lecture Series - BSc in Electrical and Electronic Engineering)

10. 10.
Thermal Conduction –
Fourier’s Law, Thermal
Resistivity
Electrical Properties of Materials
(Lecture Series - BSc in Electrical and Electronic Engineering)