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Diploma in Embedded and VLSI 6 months full time Post Graduate course

Program Coverages -           Programming Languages and Fundamentals 100 Hours Advanced Micro controller Programming 80 Hours Real Time Operating System Programming and Driver Development 130 Hours Embedded System Techniques and Programming 20 Hours Advanced Digital Design 20 Hours HDLs 120 Hours VERILOG 120 Hours HDLs: Synthesis 20 Hours ASIC Designing 20 Hours System Architecture 30 Hours CMOS 40 Hours Project 160 Hours   Total 860 hrs                 MODULE CONTENTS            Programming Languages and Fundamentals 100 hrs   Quick Introduction to C Programming Concepts 30 hrs   Introduction to Linux Basic Commands   Overview of C Programming Language Data types, storage qualifiers, and Conditional constructs.   Unary, Binary, Logical, and Ternary operators, Type conversion, Data Input and Output, Loops, one–dimensional and two–dimensional arrays, Pointers and Arrays using Pointers   Function, Function call and Run–time Stack User–defined data types – Structures, Union, Enumeration and Typedef   File, File Access modes, File Input/Output Recursion, Factorial Function, Function pointers   Data Structures Concepts 50Hours   Arrays, stacks, Queues, Linked Lists (Singly, Doubly, Circular) Trees, Threaded trees, AVL Trees Graphs, Sorting (bubble, Quick, Heap , Merge)   Networking Fundamentals 12Hours   Networking Fundamental OSI Layers   TCP/IP Protocols     Software Engineering Concepts 8Hours   Software life cycle and various life cycle models, SDLC Project Management   Embedded Systems Development The process of Embedded System Development (Embedded Design Life Cycle)   Design Engineering, Testing Strategies and Tactics Project Management and Introduction to Risk Management       Advanced Micro controller Programming 80 hrs   AVR Micro controller 40 hrs   Introduction to AVR Micro Controller Memory System   I/O Subsystem, Polling, Interrupt Watchdog Timer, Timer/Counter   8 bit Instruction Set and Assembly Programming UART, Serial Communication   I2C, SPI, CAN     ARM Micro controller 40 hrs   Introduction to ARM Micro-Controller ARM Architecture and Organization   ARM Processor Series Overview ARM/THUMB Instructions Set   ARM Exceptions and Interrupt Handling C and Assembly for ARM       Real Time Operating System Programming and Driver Development 130 hrs   Operating System Concepts 20 hrs   Operating System Fundamentals Processes & Threads   Scheduling & Synchronization Memory Management   Virtual Memory & File System     Linux Programming 30 hrs   Interrupt Management and h/w Interrupts/ Handlers IPCs Techniques   Memory Management Techniques File System Management Techniques   Disk-cache and Disk I/O Management Introduction to POSIX and Open group /SUS Standards   RTOS Programming 20 hrs   Characteristics of Real-time Systems Latency - Interrupt, Dispatch, Context-switch and Scheduling Jitter   Priority Inheritance and Priority Ceiling Protocol ISRs in RTOS, Registering ISRs in RTOS, Device-Driver Framework in RTOS   Linux Device Driver Programming 60 hrs   Linux Kernel Re-configuration and Re-compilation Introduction to Linux Device Model   Debugging Techniques in the Kernel Introduction to PCI Bus Architecture and Specifications   Introduction to USB Device-Driver    Embedded System Techniques and Programming 20 hrs   Design Methodologies Embedded Software   Network on Chip Programming Techniques       Advanced Digital Design 20 hrs   Basic overview of combinational Circuit design Basic overview of Sequential Circuit design   Design of State machine concept (Mealy and Moore) Design techniques for Speed, Area        HDLs 120 hrs   VHDL 120 hrs   Introduction to HDL VHDL Flow   Language constructs Concurrent constructs   Sequential Constructs Subprogram   Packaging Timing Issues        VERILOG 120 hrs   Introduction to modeling Styles in Verilog Data types   Modeling concepts Task and Functions   Verification and Writing test benches Introduction to SystemVerilog        HDLs: Synthesis 20hrs   Logic Synthesis Designing Constraints   Timing Constraints Low power designing        ASIC Designing 20 hrs   ASIC Design Flow Choosing Technologies   BIST Micros and Testability   Boundary Scan System Level Test   Test Pattern DFT guideline        System Architecture 30 hrs   FPGA Architecture and comparison of available FPGA architectures Memory Architecture   Computer Architecture I/O Standards (USB, PCI-E, Ethernet)        CMOS 40 hrs   IC Design Cycle Introduction to Design Tool   Switching Characteristics Loading effects   Power consumption Chip bounding       Projects 160 hrs                     Disclaimer : The syllabus & course structure of all courses shown above are as on 3oth November 2008. The course structure & syllabus are subject to change from time to time. Please refer to C-DAC ACTS website for latest Course Structure & Syllabus.