|
Sep 04
|
DGD: Review of Ohm's law; KCL; KVL; Current
Divider; Voltage Divider; and Introduction to Op Amps |
|
Sep 04
|
Lab
Guidelines (Group 1) |
|
Sep 04
|
Lab
Guidelines (Group 1) |
|
Sep 04
|
Lab
Guidelines
(Group 2)
|
|
Sep 06
|
Lecture:
Design of
a Mechatronics System;
Lecture
Notes 1 (Op Amp Inverting and Non-inverting
Amplifiers)
|
|
|
|
|
Sep 10
|
Lecture:
Lecture Notes 2;
The 741 Op-Amp Circuit
|
|
Sep 11
|
DGD:
Solving problems on Op Amp based
amplifiers
|
|
Sep 11
|
Lab1:
Group 1 |
|
Sep 12
|
Lab1:
Group 2
|
|
Sep 13
|
Lab1:
Group 3
|
|
Sep 13
|
Lecture:
Lecture Notes 2;
Active
Filters;
Filter Design
|
|
|
|
|
Sep 17
|
Invited Talk (Tipot Technologies): IoT Mechatronics Environment |
|
Sep 18
|
DGD: Solving problems on Diodes and Transistors
|
|
Sep 18
|
Lab1:
Group 1
|
|
Sep 19
|
Lab1:
Group 2
|
|
Sep 20
|
Lab1:
Group 3
|
|
Sep 20
|
Tutorial on Op-Amp Based Amplifiers and Filters
|
|
|
|
|
Sep 24 |
Lecture Notes 3;
Basic Operation of a Diode;
Design of Power Supply
Lecture
Notes 4;
BJT Analysis |
|
Sep 25 |
DGD:
Solving problems on diodes and BJT amplifiers
|
|
Sep 25 |
Lab2 (Group
1 )
|
|
Sep 26 |
Lab2 (Group
2 )
|
|
Sep 27 |
Lab2 (Group
3 )
|
|
Sep 27 |
Lecture
Notes 4;
EBJT;
Active Region Operation of Transistor |
|
|
|
|
Oct 01 |
Submit the "Conceive" part of your Project: 5 marks:
ELG3336
Journaling Design Build Project |
|
Oct 01 |
Lecture Notes 3;
Basic Operation of a Diode;
Design of Power Supply
Lecture
Notes 4;
BJT Analysis;
The Transistor as a
Switch; Digital
Logic Circuits:
Design Examples
|
|
Oct 02 |
DGD:
Introduction to Logic Circuits
|
|
Oct 02 |
Lab2 (Group
1 )
|
|
Oct 03 |
Lab2 (Group
2 )
|
|
Oct 04 |
Lab2 (Group
3 )
|
|
Oct 04 |
Digital Systems; Designing Logic Circuits:
Example
|
|
|
|
|
Oct 08 |
Designing Logic Circuits:
Example |
|
Oct 09 |
Test 1: Op Amp Circuits; BJT Analysis; Logic
Circuits (10 marks)
|
|
Oct 09 |
Project Work
|
|
Oct 10 |
Project Work |
|
Oct 11 |
Project Work
|
|
Oct 11 |
Digital Systems;
Digital Circuit Devices;
BCD to7-segment decoder;
Binary counters;
Multiplexers;
Demultiplexers;
Microcontrollers;
555 Timer;
The Schmitt Trigger;
Isolators;
Converters
|
|
|
|
|
|
|
|
Oct 22 |
Digital Systems
|
|
Oct 23 |
DGD: Counters; Digital Systems;
Digital Circuit Devices;
BCD to7-segment decoder;
Binary counters;
Multiplexers;
Demultiplexers;
Microcontrollers;
555 Timer;
The Schmitt Trigger;
Isolators;
Converters
|
|
Oct 23 |
Lab3
(Group 1)
|
|
Oct 24 |
Lab3
(Group 1)
|
|
Oct 25 |
Lab3
(Group 1)
|
|
Oct 25 |
Digital Systems;
Digital Circuit Devices;
BCD to7-segment decoder;
Binary counters;
Multiplexers;
Demultiplexers;
Microcontrollers;
555 Timer;
The Schmitt Trigger;
Isolators;
Converters
|
|
|
|
|
Oct 29 |
Introduction
to Power Electronics
|
|
Oct 30 |
DGD: Digital Systems;
Digital Circuit Devices;
BCD to7-segment decoder;
Binary counters;
Multiplexers;
Demultiplexers;
Microcontrollers;
555 Timer;
The Schmitt Trigger;
Isolators;
Converters
|
|
Oct 30 |
Project Work
|
|
Oct 31 |
Project Work
|
|
Nov 01 |
|
|
Nov 01 |
Invited Talk by Christine Mousa
|
|
|
|
|
Nov 05 |
Introduction
to Power Electronics
|
|
Nov 06 |
DGD: Digital Systems;
Digital Circuit Devices;
BCD to7-segment decoder;
Binary counters;
Multiplexers;
Demultiplexers;
Microcontrollers;
555 Timer;
The Schmitt Trigger;
Isolators;
Converters
|
|
Nov 06 |
Project Work
|
|
Nov 07 |
Project Work
|
|
Nov 08 |
Project Work
|
|
Nov 08 |
Test 2:
Motor
Drives for Boats;
Design A Marine Electrical System (Video);
Developing Electric Boats
All Electric Ship Design
|
|
|
|
|
Nov 12 |
Case on Power Electronics;
Buck
Converter Design
|
|
Nov 13 |
DGD: Digital Systems;
Digital Circuit Devices;
BCD to7-segment decoder;
Binary counters;
Multiplexers;
Demultiplexers;
Microcontrollers;
555 Timer;
The Schmitt Trigger;
Isolators;
Converters |
|
Nov 13 |
Project Work |
|
Nov 14 |
Project Work |
|
Nov 15 |
Project Work |
|
Nov 15 |
Two Quadrant Motor Drives;
Four Quadrant Electric Motor Drive |
|
Nov 19 |
Test 2
(Case Submission: 10 marks)
Submission of Case 2 to the BrightSpace (10 marks):
Develop a coherent poster that incorporates the design
details of a proper power system (sizing
of motors and/or generators(s) in W + sizing of battery pack in Wh) and other
loads according to the given requirements.
Develop a unique and reflective name to your poster
Develop a brief design statement
Visualize the “process” in the design
space
Show a brief detail of the design process
Enlarge visuals so that they are easily viewed
Include 5 meaningful questions in the poster
Cite the paper(s) you used in the investigation.
Color may “make or break” a poster’s aesthetic appeal. Use color
purposefully. |
|
|
|
Nov 19
(5 marks) |
Project Presentations of TA Mat
5 minutes: No more than
5 slides or a video
What
exactly is
the context and scale of the problem? Show the block
diagram
Why
is the problem important?
Motivation
Who
is the problem important to?
User
How
to solve the problem?
design
Quality
of presentation in terms of effectiveness and tools. Slides
and/or video
|
|
Nov 20 |
DGD on Diode and Transistor Circuits:
Design of Power Supply;
BJT Analysis |
|
Nov 20 |
Project Work |
|
Nov 21 |
Project Work |
|
Nov 22 |
Project Work |
|
Nov 22 |
Project Presentations of TA Hassan |
|
|
|
|
Nov 26 |
Project Presentations of TA Yao |
|
Nov 27 |
Project Presentations: Groups of TAs Max, Saad, and Remaining
groups |
|
Nov 27 |
Project Demonstration (Implement + Operate) in the Lab (5
+ 5 marks) |
|
Nov 28 |
Project Demonstration (Implement + Operate) in the Lab (5
+ 5 marks) |
|
Nov 29 |
Project Demonstration (Implement + Operate) in the Lab (5
+ 5 marks) |
|
Nov 29 |
Review for the Final Exam |
|
|
|
|
Dec 03 |
Review for the Final Exam |
|
Dec 11 |
Final Exam |
|
Dec 11 |
15:00
Project Exhibition (10 marks) |
