Embedded Systems Diploma

Target Audience:

This program is targeting :

• Industrial, Commercial, Institutional
• Electronics Engineers, Electrical Engineers, Electrical Maintenance Tradespeople & Technician

 

Language: English/Arabic 

 

Full Embedded Systems Diploma Content

 

C programming and data structures .

Lecture_1 

• Introduction to C programming.
• Standard I/O library.
• Using printf function.
• Hello world program.
• Basic Data types in C.
• Variables in C.
• Using scanf function.
• C operators.

Lecture_2 

• Conditional Statements:

1. If…. Statement.
2. switch case statement.

Lecture_3 

• Loops:

1. for loop.
2. While loop.
3. do…..while loop.

Lecture_4 

• Functions:

1. Defining and calling functions.
2. Function prototypes.
3. Function parameters and return.
4. Special types of functions.

Lecture_5 

• Arrays in C.
• Multidimensional arrays.
• Sorting Algorithms.
• Searching Algorithms.

Lecture_6 

• Pointers:

1. Introduction to Basic Pointers.
2. Pointer Syntax.
3. Pointer arithmetic.
4. Pointers and Arrays.

Lecture_7 

• Data Modifiers:
• Sign modifier.
• Size modifier.
• Storage modifier.
• Constant modifier.
• Volatility modifier.

Lecture_8 

• User defined data types:

1. Structure
2. Union
3. Enum.

Lecture_9 

• C Preprocessor:

1. #include directive.
2. Macros in C.
3. Conditional directives.
4. #error and #warning.

Lecture_10 

• Dynamic Memory Allocation.
• Data structures:

1. Linked lists.
2. Stack.

Embedded Systems Concepts .

 

Lecture_1 

• Embedded Systems definition.
• Embedded Systems design challenges.
• Inside the processor:

1. Control Unit.
2. Arithmetic Logic Unit.
3. Register File.
4. Processor Buses.

• Instruction Set Architecture.

1. RISC Processor.
2. CISC Processor.

• Processor Cycle Example.

Lecture_2 

• Embedded Systems Memory Types.
• Volatile Memory Types:

1. Static RAM (SRAM).
2. Dynamic RAM (DRAM).

• Non Volatile Memory Types:

1. Masked ROM.
2. OTP ROM.
3. EPROM.
4. EEPROM.
5. FLASH.
6. NVRAM.

• System Architecture:

1. Von Neumann Architecture.
2. Harvard Architecture.

• Input/output Peripheral.
• Microcontrollers Vendors.
• Reading the datasheet and specs.

Embedded Systems Interfacing .

 

Lecture_1 

• Digital Input Output:

1. Interfacing LEDs.
2. Interfacing 7-Segments.
3. Mechanical Switches.

Lecture_2 

• Introduction to layered architecture.
• Defining Microcontroller Registers.
• Developing DIO Driver.

Lecture_3 

• Electrical Switches:

1. Transistors.
2. Relays.
3. Opto-couplers.
4. Darlington Pair.

Lecture_4 

• Keypad Interfacing and driver.

Lecture_5 

• LCD Interfacing and driver.

Lecture_6 

• Introduction to Interrupts.
• Interrupt Handling Techniques.
• Digital External Interrupt.
• Motors:

1. DC Motor.
2. Stepper Motor.

Lecture_7 

• Analog to digital converter.

Lecture_8 

• Analog Sensors:

1. Temperature Sensor.
2. Light Sensor.

Lecture_9 

• Interval Timers Driver.
• Timer in counter mode.

Lecture_10 

• Pulse Width Modulation.

1. Interfacing Servo Motor.
2. Light intensity Control.

Lecture_11 

• Input Capture Unit.
• Watchdog Timer.

Lecture_12 

• Serial and Parallel Communication.
• UART Serial Communication Part1.

Lecture_13 

• UART Serial Communication Part2.
• USB to UART.

Lecture_14 

• SPI Serial Communication.

Lecture_15 

• I2C Serial Communication Part1.

Lecture_16 

• I2C Serial Communication Part2.
• Interfacing EEPROM.

Real Time Operating System (FreeRTOS) .

 

Lecture_1 

• Building Real Time Scheduler. 

Lecture_2 

• Real Time Operating Systems Concepts:

1. Basic Concepts and definitions.
2. Scheduling Techniques.
3. Dynamic Design Concepts.
4. Shared resources analysis.
5. Mutual exclusion techniques.
6. Inter task Communication.

Lecture_3 

• Porting Free RTOS on PIC-Part1.

Lecture_4 

• Porting Free RTOS on PIC-Part2.

Embedded Systems Testing .

 

Lecture_1 

• Embedded Systems Development Cycle.
• Basic Development Patterns.
• Unit Testing.
• Module Testing.
• Integration Testing.
• Validation Testing.

Lecture_2 

• White Box Testing:
• Statement Coverage.
• Decision Coverage.
• Black Box Testing:
• Equivalence Portioning.
• Boundary Value analysis.
• State Transition.
• Decision Table.

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