(ITD) Invites you to attend a free Embedded System Seminar
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Diploma Objectives:
On completing this programme , participants will be able to:
- Design and develop intelligent products and systems
- Implement embedded operating systems
- Develop firmware applications and device drivers
- Design and implement high-performance signal processing–based platforms and solutions
- Design test solutions for intelligent products and systems
Diploma Description:
The diploma designed by three tracks as flow:
- Tracks ( 1 ) consist of ( Module 1 ), ( Module 2 ), ( Module 3 ), ( Module 4 )--> (64 Hr) 1500 L.E.
- Tracks ( 2 ) consist of ( Module 5 ), ( Module 6 ), ( Module 9 )------------------> (48 Hr) 1000 L.E.
- Tracks ( 3 ) consist of ( Module 7), ( Module 8 )-----------------------------------> (32 Hr) 800 L.E.
Diploma Prerequisites:
- Knowledge of computer architecture, CPU, memory concepts (Optional)
- Knowledge of assembly language (Optional)
- Basics of C language (Optional)
Outline | Contents |
( Module 1 ) Firmware Recommended To All | (ANCI C, Adv.C, Embedded C) -Atmel Kit : IDE (AVR Studio) -MISRA Rules : Automotive -Advanced : Traps &Tricks - Code Stile |
( Module 2 ) MCU Atmel AVR AT mega 32 | -Computer Architecture -Microcontroller interfacing -GCC compiler & Mike file -Timer & Timing -Interrupt module -Watch Dog timer -RTC using I2C Protocol -Read & Write data into EEPROM -PWM -Interfacing with ADC -Interfacing with pc using USART |
( Module 3 ) Visual Basic | -Serial Communication by GUI -Parallel Communication by GUI -Ethernet Support by GUI -TCP/IP Support by GUI |
( Module 4 ) Electronic Circuits | - Analog Design Basic: (Res, Cap, Coil, Diode, Relay, Transistor....) Advanced: (Filters, Amplifier, Converter....) - Digital Design Basic: (Logic CCt, Buffer, Latch, Driver.....) Advanced: (DTMF De/En, H-Bridge, Multiplexer .....) - Signal Conditions - Device drivers -Tooling & Measurement Devices |
( Module 5 ) MCU’s Application | -Interface: LCD (Touch – Graphical –Character) Motor (DC – Stepper) Keypad (Customs) Sensors (Motion – Vibration – Temperature ) Serial ( USART – I2C – USB – CAN ) Parallel, TCP/IP Fingerprint Modules -Simulator: Proteus - Verification and Testing of Embedded Systems - Timing diagram. |
( Module 6 ) Wireless | -Interfacing To ( FSK, PSK, ASK, GSM/GPRS, Infrared, 802.11, Bluetooth, ZigBee ) modules -AT Command |
( Module 7 ) R T O S Technology | -Introduction to real time operating systems -Difference between RTOS and general purpose OS (GPOS) -Tasks and multi-tasking concepts -Tasks handling in RTOS -Multi-tasks scheduling algorithms -Tasks synchronization concepts -Semaphores/Mutex's -Tasks communications and message queues |
( Module 8 ) Software Engineering | -Software Development Life Cycle ( SDLC ) -Analysis Design & Activities -Testing and Debugging -Cycle Models |
( Module 9 ) Design | -Layout: (Altium Design) (Schematic & PCB) Documents -PCB: ( Single & Double ) Layers -Noiseless PCB: Advanced design for ( EMC ) |
Final Project | Individual Project for each trainee Add to final diploma project |
/************ | ****************************/ |
Diploma Info. | Certificate for each section |
Months | 3 |
Period | 14 Weeks |
Duration (Hr) | 144 |
Hr/Module | 16 |
Lec/Week | 3 |
Hr/Lec | 4 |
Diploma Cost | 3000 L.E. |
* NOTE the modules time is accumulated with each other not separated.
Read -> Forget See -> Remember Do -> Understand
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