EE324: Microcontrollers and Interfacing. Office Hours: Mon, Wed, to 11.30am. Microcontrollers and Interfacing

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1 EE324: Microcontrollers and Interfacing Instructor s Name: Mohammad Jahangir Ikram Office No. & A jikram@lums.edu.pk Office Hours: Mon, Wed, to 11.30am Category: Junior TA for the Course: TBA Course Code: EE324 (3 Units) Microcontrollers and Interfacing Course Description This course deals with the practical concepts related to the use of microcontrollers and embedded controllers in industrial applications. This course provides sufficient knowledge to the students to use microcontrollers to sense the real world quantities, analyses the data, and to use the results to perform control functions. In this course related topics are covered from different primary texts and related application notes form microcomputer manufacturers. It is a core course in EE. Core/Elective Pre-requisites EE/CS220: Digital Logic Circuits, Basic Programming Course

2 This course will build upon earlier hardware related courses which all EE/CS students take at LUMS, namely, EE/CS220 (Digital Logic Circuits). Upon successful completion of the course, the students should be able to (at least): Instruction Set Architecture of Microcontroller Addressing Modes Memory and I/O mapping and design in Microcontrollers Analog I/O Interface Standard Communication BUS: RS232 Analog to Digital and Digital to Analog Conversion and programming Other Busses: I 2 C, SPI etc PWM and DC Motor Control PLCs Goals This course will provide sufficient foundation for the students to pursue further studies in a number of 'state-of-the-art" areas related to computer design and architecture at the senior (undergraduate) as well as the graduate levels. Example areas include: Advanced Logic Design Computer Architecture PLD/FPGA Based Design using Verilog, VHDL etc. VHDL Electronic Design Automation (EDA) Micro-Controller-based Design Embedded Systems

3 Recommended: TBA Reference: TextBooks, Programming Environment, etc. Programming Environment: 1. Microcontroller Integrated Development Environment (IDE) 2. Turbo C / C++ Lectures, Tutorials & Attendance Policy There will be 26 lectures and 14 laboratory sessions 26 lectures of 50 minutes each. 14 computer hardware lab session of 170 minutes every week. Grading Grading policy is as follow Lab 15% Quizzes + Assignments 19+1% Mid-term Exam 20% Final Exam 30% Project 14% Exhibition 1% No quiz/lab marks will be updated after the final exam.

4 1. Basic hardware building blocks in an embedded microcomputer system 1 class notes Basics of Interfacing 2. Basic System Design 3 TBA Intro to Embedded System Design Address Decoding Techniques 3. Microcomputer I/O subsystems 4 TBA Review of computer I/O ports and techniques Parallel I/O vs. serial I/O Memory mapped VS independent I/O Theory of Interrupts and DMA 4. Microcomputer system software and programming concepts (revisited) 4 class notes Assembly language programming, Software development for embedded systems 5. Serial data communication standards 3 Serial 1/0 EIA RS-232 standard, I2C, SPI The Universal Asynchronous Receiver Transmitter MIDTERM 6. Industrial data acquisition and control 2 Basic Measurement electronics A/D and D/A conversion 7. Transducers, Sensors and actuators 2 Class Notes 8. Interrupt Programming Case Studies 2 9. Case Study: Case Study: PIC 2 12 Seminars with case studies 1 Seminar Notes 13. FINAL EXAM

5 Laboratory Experiments Basic I/O 1 Display Matrix 1 A/D and D/A Conversion 2 Motor Speed Measurement & Control 1 Interrupt Programming 2 Basic Device Driver 1 Embedded system design using Microcontroller 2 AVR Programming and Interfacing 4