EEM 602 : IOT 

M.Sc in Artificial Intelligence

M.Sc in Communications and Networks

(by Prof. Mohab Mangoud)

Course Description:

This advanced course delivers an understanding of Embedded Systems and Internet of Things and their enabling smart everywhere applications, like smart grid, smart city, smart home, industrial automation, telemetry, etc. Typical architectures of IoT systems are introduced, including microcontrollers and sensors. It is industrially focused, tailored to the demands of companies that design and manufacture mobile electronic equipment which interfaces with wireless networks and applications. Students will also learn how to use typical IoT enabling communications technologies,

Course Grading

Attendance+ Participation + Discussions Involvement  10 %

Proposal:     10 %           (@ W3) – 18 Oct.

Seminar 1:     20 %         (@ W4-W7) – 22 Nov 

Lectures Assignments / Reports  (Homeworks):    20 %       (@ W9-W12)

Final Project / Research Paper : 40%   (@End: Jan 23)

Final Exam: 20%  (Option) 

 “The instructor reserves the right to change the grading scheme after discussion and agreement of the class”

Week 1  {T 3 oct}  : Course / IoT Introduction (MAM-IoT 1-intro 1)

Week 2 {T 10 Oct } : IoT Architecture 1   (MAM-IoT2)   

 Week 3 {T 17 Oct}  : IoT Architecture 2  (MAM-IoT3)   
+ (Seminar Paper/topic selection /proposal draft Submission) 

Week 4: {T 24 Oct}  Hardware Implementation  ( MAM-IoT3-2)  

+ (Final Project Proposal final Submission) 

_____________________________

W5: [U-H:  5 Nov   – 11 Nov  ] Mid semester Break  

______________________________

Week 6: {T 14 Nov} Computer Networks 1 for IoT  

Part 1 : MAM-IoT4     

Part 2:  MAM-IoT5 

 

Week 7:  {T Nov 21}   (Seminar 1) {20 mins each + 10 mins Q&A} On campus 

 

Week 8:   {T Nov 28 } Computer Networks for IoT (2nd lecture)

Part 3: MAM-IoT6 

Part 4:  MAM-IoT7

 

Week 9: {T Dec 5}  Digital communications (MAM-IoT8-digital comm)

Wireless Communications (MAM-IoT9-wireless comm

 

Week 10:  {T Dec 12 }  IoT Protocol :  MQTT Protocol   (case study)

 

Week 11: {T  Dec 19}   IoT Data Analytics 1

 

Week 12: {T Dec 26}   IoT Data Analytics 2 +  Course conclusion

 

Week 13: {T Jan xxx }  (Final Project Seminar 2 ) {30 mins each + 10 mins Q&A}  

First Week on Jan 2022

+ Final Project Submission + Final Report / Home-works / Assignments / Research paper) {END}

Reference books 

1. Internet of Things A to Z  Technologies and Applications by Qusay F. Hassan, 2018 by The Institute of Electrical and Electronics Engineers, Published by John Wiley & Sons, Inc., Hoboken, New Jersey. 

2. Computer Networking: A Top-Down Approach Featuring the Internet, 5th Ed. (2010), by James F. Kurose and Keith W. Ross. 

Sample of Previous Best Students Projects 

1- CONFIGURING IOT TEMPERATURE SENSOR DEVICES ON CLOUD WITH MOBILE APPLICATION (20112926 -Term Project )

2. A Smart Blackbox for Vehicle Tracking and Monitoring (Ahmed Alsahlawi) (pdf)

3.  SMART WATER CONSUMPTION MEASUREMENT SYSTEM  (Farouk A. Aziz) (pdf)

4. Automatic Attendance and Classroom Environmental Monitoring  (Ana – pdf) 

 

5. Implementation of an IoT-based plant monitoring system (Fatema-pptx) (Fatema -pdf)

6. Smart Home Plants Monitoring  (Mubarak)

7. Neural Network Intrusion Detection System for MQTT-based IoT Networkjawaher )

8. Remote Heart Rate Monitoring System (HIoT) (Najeeba)

9. AC Power Meter (Ghadeer) 

10. Mobile Air Quality Monitor Device (Ahmed

11. Medicine organizer (Hawra)

12. Human Action recognition based on IoT (Asma)

13. Smart Parking System (Fatema Yousef) 

14. Traffic lights controller with AWS (Anas)

15. IoT solutions for Smart City (Ahmed – Najmuldeen)