Fundamentals of Digital Electronics, Various topics in Digital Electronics, Different mapping techniques, Introduction to flip - flops, various types of flip flops, Introduction to other digital devices.

Fundamentals of Analog Electronics, Basic electronic devices, Different configurations of transistors, Other Electronics devices, Introduction to opto electronic devices, Various topics in opto electronic devices, Applications and advantages of analog devices.

Introduction to HDL, Emergence of HDL& design of HDL, Design Methodologies, Different levels of modeling, Various topics under modeling, Modeling Techniques, FSM concepts, State Machines, Synthesis.

Introduction to FPGA, FPGA Design flow, FPGA Configuration Process, Timing Constraints, Introduction to timing analyzer, Floor planner, FPGA Editor and constrained paths.

Need for ASIC, ASIC adv & disadvantages, ASIC Design flow, ASIC methodology, Behavioral Synthesis, Formal verification.

Different types of components, Implementation, Liner Integrated circuits, Operational Amplifiers, RC-RL-RLC Circuits.

Introduction to MOS technology, various types of MOS technology, Boolean Equations, CMOS Inverter region steps, CMOS fabrication

hysical Layout Design, Processing Layout Design steps, Layout Design using various rules, Layout Design using Lambda rule, Floor Planning, Placement and Routing.

Introduction to C Language, C Language Instructions, Data types, Memory variables and operators, Decision Control Structures, Loop Control Structures, Introduction to Arrays, Introduction to Pointers, Pointers Programming, Introduction to Functions, Various Types of Functions, Functions Programming, Introduction to Structures, Structures Programming, Introduction to Files, Various File Operations, Files Programming.

Introduction to Microcontroller, Differences between Processor & Controller, Pin Diagram of 8051, Architecture of 8051, Addressing modes, Instruction set 8051, Introduction to SFR'S, Functionality of SFR'S, Introduction to Timers, Functionality of I/O Ports, Memory Organization, Register Banks

Introduction to KEIL Software, Data types in KEIL Software, Memory models in KEIL Software, Timers Programming using KEIL Software SFR'S Programming using KEIL Software, Serial Communication Programming.

Synchronous & Asynchronous Interfacing, Interfacing Technique, Keyboard & LCD Interfacing, Stepper motor Interfacing, Elevator & Traffic light Interfacing

Introduction to O.S, Operating Systems concepts, Design Techniques & implementation, Single & multiprocessor O.S, Threads, Kernel concepts Mutual Exclusion, I.P.C Deadlocks, Semaphores, Synchronization Memory Management & virtual memory, Different Algorithms in O.S Implementation of various Algorithms, I/O Devices & I/O Systems File Systems & implementation, File System Organization, Resource Management, Client - Server model

Introduction to Networking, Different Layers, Different Models, Different Protocols, Various Algorithms, Client - Server model

Introduction to RTOS, Difference between OS & RTOS, Difference between soft & hard RTOS, Introduction to Tornado IDE, Building a project on Tornado IDE, Introduction to Task & priority, Introduction to Message queues, Introduction to Pipes, Implementation of Pipes Programming, Introduction to I.P.C .Implementation of I.P.C, Introduction to Semaphores, Implementation of Semaphores Programming, Introduction to Block & Non-block Devices, Different Block Devices, Different Non-Block Devices.

DURATION- 6 MONTHS Full time 6 Hours/ day

Eligibility: M.Tech / B.E /B.Tech/Msc-Electronics /Electrical/ CSE/ Instrumentation or equivalent. Fee: Rs 45,000 only for SSI & Individuals. Rs 60,000 for Govt. Organization & Major Industries.