This is an old revision of the document!

Course Outline

week	Lecture	Laboratory	Tutorial	Reading
1	Introduction	General Information	-	Chapter-1
2	H/S Design 1 (General-Purpose Processors)	Lab Information	-	Chapter-3
3	H/S Design 2 (Peripherals)	Per-Lab, Introduction to Lab 1	T1	Chapter-4
4	H/S Design 3 (Memory)	Lab 1	T2
5	H/S Design 4 (Interfacing and multitasking)	Continuation of Lab 1	T4	Chapter-6
6	A/D Design 1 (Sensors ` Actuators)	Lab 2	-	Chapter-2
7	No Lecture (Reading Week)	No Lab	-	-
8	Midterm, A/D Design 3 (ADCs and DACs)	Continuation of Lab 2	T5	Chapter-2
9	CES Design 1 ( Design Technologies )	Lab 3	-	Chapter 2
10	Embedded Control System	Continuation of Lab 3	-	Chapter-9
11	CES Design 2 ( FSM, Concurrent process models)	Lab 4	-	Chapter-8
12	IES Design 1 ( IC technologies and Design Technology)	Continuation of Lab 4	-	Chapter-11
13	Embedded System Design (Example 1) “ time permitting”	Project	-	Chapter-7

T1	Introduction to HCS12 MCU and Dragon 12 Development board Introduction to MCU peripherals How to use CodeWarrior, What is D-Bug12?, What is Serial Monitor? BDM?, Flashing MCU, How to read data-sheets and manuals
T2	How to use PortA and PortB How to use 7-segment LED display on Dragon12 board How to use Keypad module of Dragon12 board How to use Dragon12 LCD How to use Debounce switches on Dragon12 board How to use DIP switches on Dragon12 board Integer operations Floating point operations What is soft floating point?
T3	Interrupts How to program interrupts in CodeWarrior for HCS12 Sample program using RTI Sample program using SCI Sample Program doing Motor control
T4	PWM and Servo integration ATD and Infrared Range Sensor integration SCI and communication to Computer, Bluetooth or XBee Wireless module
T5	Introduce projects and describe another microcontroller “ e.g. BeagleBoard”

Further information will be provided by Week 7.

EECS3215