TEACHING

Teaching Courses 

Information regarding these courses are available during their offer time at  Course Web pages in BlackBoard  (To access these pages you need to have a special permission)

• EE 201 Electric Circuits I, Lecture, (4 Credit Course)

• EE 201 Electric Circuits I, Laboratory, (4 Credit Course)

• EE 203 Electronics I, Laboratory, (4 Credit Course)

• EE 204 Fundamentals of Electrical Circuits, Laboratory, (3 Credit Course)

• EE 205 Electric Circuits II, Lecture, (3 Credit Course)

• EE 340 Electromagnetic Theory, Lecture, (4 Credit Course)

• EE 340 Electromagnetic Theory, Laboratory, (4 Credit Course)

• EE 351 Electrical Engineering Cooperative Work, as Advisor and Examiner, (9 Credit Course)

• EE 399 Summer Training, as Advisor and Examiner

• EE 411 Senior Design Project, Lecture, Coordinator, (3 Credit Course)

• EE 411 Senior Design Project, as Advisor and Examiner, (3 Credit Course)

• EE 420 Optical Fiber Communications, Lecture, (4 Credit Course)

• EE 420 Optical Fiber Communications, Laboratory, (4 Credit Course)

• EE 530 Radiation and Propagation of Electromagnetic Waves, Lecture, (3 Credit Course)

• EE 610 M.S. Thesis Research Work, (6 Credit Course)

• EE 633 Optical Fiber Communication (Advanced), Lecture, (3 Credit Course)

• EE 710 Ph.D. Dissertation Research Work, (12 Credit Course)

EE 201 Electric Circuit Analysis I

EE 201-071-Syllabus   

Short Circuit    Circuit Summary 1    Circuit Summary 2    Circuit summary 3    Circuit summary 4    Circuit summary 5    Circuit summary 6

Power Factor Capacitors

Homework Solutions

HW 1, HW 2, HW 3, HW 4, HW 5, HW 6, HW 7, HW 8, HW 9,

 HW 10, HW 11, HW 12, HW 13, HW 14

Assignments

Ass 1, Ass 2, Ass 3, Ass 4, Ass 5

Guidelines, Example, Illustration Example for Assignments 4 and 5

DownLoad MultiSim (Evaluation Version)

EE 204 Fundamentals of Electrical Circuits

EE 204-Syllabus     EE 204 Lab Manual

EE 420 Optical Fiber Communications

Syllabus    Lab Manual    Article     Article 3    Article 4    Article 5     Article 6

Information

Photophone       EM Spectrum    Fiber Attenuation   Material Dispersion    Fiber Parameters    bv curve       Wave Propagation

EE 411 Senior Design Project

Handout 1     Handout 2    Handout 3    Handout 4

Capstone Projects 071        Assigned Capstone Projects 071    Capstone Final Presentations (071)

EE411 Presentation 012 Sample    Groups

EE 340 Electromagnetic Theory 

Syllabus    Wave Propagation    Vector Derivatives 

Electromagnetic Formula Sheet Masoudi    Lab Manual    EM Spectrum

HW 1    HW 2    HW 3    HW 4    HW 5    HW 6    HW 7    HW 8  

HW 9    HW 10      HW 11     HW 12

Third Edition

HW 1    HW 2    HW 3    HW 4    HW 5    HW 6    HW 7    HW 8  

HW 9    HW 10      HW 11     HW 12    HW 13    HW 14

Lecture Slides Sadiku TextBook 3rd Ed.

CH1    CH2    CH3    CH4    CH5    CH6    CH7    CH8    CH9   

CH10    CH11    CH12    CH13    CH14    AP-C    AP-D    AP-E

Research Projects

EE 340 Projects    

IEEE  Report Instructions   

Summary Report Sample

Project Presentation Sample 1

Project Presentation Sample 2

Students Research Reports

Research Reports Evaluation Guidelines

1-Lasers- Al-Rogaibah

2- X Rays- Ba-Surrah

3-Optical Fibers- Al Harbi

4-EM Propulsion- Hanif

5-Levitation Trains- Al-Owais

6- Railguns- Al-Khaldi

7- Radars - Al-Ofi

8-Magnetic Resonance Imaging MRI- Al-Yahya

9- Transformer- Al-Otaibi

10-Electromagnetic Waveguides- Al-Sulaimi

11-WiFi Communication Systems- Al-Abdullah

12- Microwave Oven- Al-Shahrani

13-Effects of Human Exposure to EM- Al-Zahrani

14-GPS- Ba-Aoum

15- Receiving & Transmitting Antennas- Al-Refaii

EE 530 Radiation and Propagation of Electromagnetic

Syllabus    Project    Project Schedule

EE 633 Optical Fiber Communications-Advanced

Syllabus    EM Spetrum    Fiber Attenuation    Fiber Map    Operating Range