ARM Syllabus

We bridge the gap between academia and industry by promptly creating employable, multi-skilled manpower that can enhance productivity and efficiency of industrial operations. We conduct short term (6 weeks) and long term (6 months) course. Our hands-on practical training is aimed at creating the technical workforce with advanced skill-set from assorted engineering streams like Embedded system, PCB designing and PLC automation. Our assets are as follows:

ARM Syllabus

Chapter 1: Introduction to ARM Processor Introduction to embedded system and ARM Processor ARM processor family Application of ARM Processor Compiler Difference between RISC & CISC
Chapter 2: LPC2148 Microcontroller Pin details, Memory 2.1 LPC2148 ARM7 microcontroller 2.2 FeaturesofLPC2148 2.3 Block diagram of LPC2148 2.4 Pin diagram of LPC2148 2.5 Architectural overview 2.6 On-chip flash program memory 2.7 On-chip static RAM
Chapter 3: Keil IDE 3.1 Introduction to Keil IDE 3.2 Creating project with Keil 3.3 Debugging
Chapter 4: Hardware Interface 4.1 Minimum system requirements for LPC2148 4.2 Hardware interfacing details
Chapter 5: System Control 5.1 PLL 5.2 External Interrupt input
Chapter 6: GPIO 6.1 LED and switches interfacing 6.2 Buzzer, Relay, DC Motor, Stepper Motor 6.3 LCD 6.4 Matrix keypad interfacing
Chapter 7: Timer, ADC, DAC, UART 7.1 Timer 7.2 10-bitADC 7.3 UART : Features, Serial Communication
Chapter 8: I2C, SPI, PWM, RTC 8.1 2C–busserialI/OController:Features&InterfacingwithAT24C04 8.2 SPI-Serial I/O Controller : Features & Interfacing with SD Memory Card 8.3 Real Time Clock
Chapter 9: Project work As per student interest.