Learning overview
Taught with real world examples, case studies & targeted to crack interview's
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Practical foundation to c programming/Embedded C
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Embedded hardware basics
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8051/AVR based architecture
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Internal peripheral modules & external interfaces
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Software development tools
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ARM architecture
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Communication protocols
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Real-time operating system [RTOS]
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Interview preparation, mock interviews, tips and tricks
Detailed Course Syllabus
PRACTICAL FOUNDATION TO C PROGRAMMING/EMBEDDED C
Module 1
Module 1 of the master course will cover the topics such as Introduction to C and Embedded C, C Program General Structure, Keywords, Operators & Expressions, Data Types, Variables, Standard Input and Output, Control Statements & Loops, Function, Storage Class, Pointer: Data Pointer, Function pointer, Memory Organization, Pre-processor directives, C Programming Compilation Stages, Arrays, Strings, Structures, Unions, and Enum, Structure Bit Fields, Dynamic Memory Allocation and Bit-wise operations. By the end of module 1, the learner will have a solid understanding of C-programming with the help of hands-on practice sessions, assignments & projects.
EMBEDDED HARDWARE BASICS
Module 2
Module 2 of the master course will cover the topics such as Electronic components, Active and Passive Components, Concepts of Analog, Signal Conditioning Circuits, Digital Circuits, Concepts Of Power Supply (Ac & Dc), Applications of semiconductors, Sensor Interfacing Techniques, and Handling the Lab Equipment (DSO, FG, etc.). By the end of module 2, the learner will have exposure to hardware systems, technology, and application and use lab equipment for real-world projects with the help of hands-on practice sessions, assignments & projects.
8051/AVR BASED ARCHITECTURE
Module 3
Module 3 of the master course will cover the topics such as the Basics of microcontroller, Microcontroller Architecture, Memory Organization, Register Banks, Special Function Registers, On-chip Peripherals, and Pin Descriptions. By the end of module 3, the learner will have exposure to working on microcontrollers & real-world implementations with the help of hands-on practice sessions, assignments & projects.
INTERNAL PERIPHERAL MODULES & EXTERNAL INTERFACES
Module 4
Module 4 of the master course will cover the topics on Internal Peripheral Modules such as Digital Input Output (DIO), Analog to Digital converters (ADC), Timer/Counters, Interrupts, UART, Power Management, and PWM Concept. Topics on External Interfaces such as Light Emitting Diodes (LEDs), Liquid Crystal Display (LCD), Discrete Switches, Matrix Keyboard, External Wakeup Interrupt Switch, DTMF, PC Communication, Construction of ROBOT & Electric Drives.
S/W DEVELOPMENT TOOLS
Module 5
Module 5 of the master course will cover the topics such as Different types of IDE concepts (Keil μVision, ATMEL Studi & ARDUINO), Compiler Tool Chain, Software Development process, Flashing Technique, Testing & Debugging and Simulation in Proteus Software. By the end of module 5, the learner will have exposure to use & understand the software IDE’s & practice hands-on projects with Proteus simulation tools to gain confidence.
ARM ARCHITECTURE
Module 6
Module 6 of the master course will cover the topics on Advanced Processors such as Ultra-Low-Power and High-Performance 32-bit, CPU, 3-Stage Pipe Line and Harvard Architecture, Nested Vectored Interrupt Controller (NVIC), System Tick Timer (STT), and JTAG/ SWD Debug Interface. topics on Peripheral Set such as 512kB Flash Program Memory and 64kB SRAM, 8 Channel General Purpose DMA, General Purpose Input Output (GPIO), 12-bit Analog to Digital Converter (ADC), 10-bit Digital to Analog Converter (DAC), 32-bit General-Purpose Timers (GPT)
Counters, Interrupt, Pulse Width Modulation (PWM), Real-Time Clock (RTC) & Watch Dog Timer (WDT).
COMMUNICATION PROTOCOLS
Module 7
Module 7 of the master course will cover the topics of Universal Asynchronous Receiver Transmitter (UART), Inter-Integrated Circuit (I2C), Serial Peripheral Interface (SPI), Local Interconnect Network (LIN), and Controller Area Network (CAN bus). By the end of module 7, the learner will have exposure to wired communication protocols, technology, and working principles, and practice the learning with the help of hands-on practice sessions, assignments & projects.
REAL-TIME OPERATING SYSTEM [RTOS]
Module 8
Module 8 of the master course will cover the topics such as Introduction to Real-Time Kernel, Real-Time Task Scheduling, Time Slice Round Robin, Priority Pre-emptive, Task States, Task Management, Task Control Block (TCB), Task State Transition, Kernel Services, Task Creation, Time Slice Setup, Task Sleep, Task Synchronization, Inter Task Communication (ITC), Mutual Exclusion (MUTEX) and Interrupt Handling. By the end of module 8, the learner will have solid exposure to RTOS with the help of hands-on practice sessions, assignments & projects.
INTERVIEW PREPRATION, MOCK INTERVIEWS, TIPS AND TRICKS
Module 9
Module 9 of the master course will focus on preparing you for the interviews, topics such as Communication skills, Resume preparation, Mock tests, Mock interviews, Individual Capstone projects & Mentored activities will be held to ensure that “Learner has the 360-degree preparation to crack the interview”.
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Course Fee & Enrollment options
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Master Certification Course in Embedded Software Development
₹70,000.00
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Master Certification Course in Embedded Software Development
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