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APPLICATION PACKAGING TRAINING IN HYDERABAD

Embedded course in Hyderabad

Next batch Details

Trainer NameMr. Vamsi Raju
Trainer Experience15+ Years
Next Batch Date15-12-2023 (8:00 AM IST)
Training Modes:Online Training (Instructor Led)
Course Duration:90Β 
Call us at:+91 9640 539 509
Email Us at:mulemasters.in@gmail.com
Demo Class Details:Β Click here to chat on Whatsapp

Embedded course in Hyderabad

Course Topics

o Features of C
o History
o Structure of C Program.
o Keywords, Identifiers, Variables and Constants

o Primitive Data Types.
o Aggregated Data Types.

o Binary Operators
o Unary Operators
o Ternary Operators
o Special Operators
o Order of evaluation.

o Role of Functions
o Passing arguments to functions
o Returning values from functions
o Recursive Functions
o Callback functions
o Implications on Stack
o Pass by value/reference

o Defining, initializing and using arrays
o Multi Dimensional arrays
o Arrays of Characters and Strings
o Arrays and pointers
o Passing arrays to functions
o String handling and its library functions

  • Scope and lifetime of a variable
  • Internal
  • External/Global
  • Automatic
  • Static
  • Register
  • Volatile
  • o Usage of Structures
    o Declaration, initialization and accessing
    o Nested Structures
    o Array of structures
    o Allocation of memory and holes
    o Unions
  • o AND (&), OR (|), XOR (^)
    o Compliment (~)
    o Left-shift (<<), Right-shift (>>)
    o Masking, Setting and Testing of Bit/Bits
  • o The purpose of pointers
    o Defining pointers
    o The & and * operators
    o Pointer assignment
    o Pointers with functions
    o Pointer to Pointer
    o Pointers to Arrays
    o Arrays of Pointers
    o Void Pointers
    o Call By value and Call by reference
    o Advanced pointer types
    o Pointers to functions
    o Pointers and Strings
    o Pointers and Dynamic memory
  • o Allocation (Malloc, Calloc, Realloc)
  • o De-Allocation(Free)
  • o Implementation of printf()
    o Implementation of scanf()
  • o Introduction
    o Linked Lists
    o Stacks & Queues
    o Stacks Using Arrays
    o Stacks Using Linked List
    o Queues using Arrays
    o Queues using Linked List.
    o Circular Queues
    o Single Linked List
    o Circular Linked List
    o Double Linked List
    o Infix, Prefix and Postfix Expressions
    o Trees
    o Binary Trees
    o Binary Search Trees
    o Graphs
    o Hashing
  • Insertion sort
  • Selection sort
  • Bubble sort
  • Merge sort
  • Quick sort
  • Heap sort
  • Linear search
  • Binary Search
  • Β 
  • o Concept of a FILE data type
    o File Input, Output operations
    o Sequential Files
    o Random Access Files
  • o fopen,fread,fwrite,fclose,fseek
    o Relationship between file descriptor
    o and FILE pointer
    o Character at a time I/O
    o Line at a time I/O
    o Formatted I/O
  • o In Ascii format
    o In Binary format
    o Modifying a structure in the file
  • o In Ascii format
    o In Binary format
    o Modifying a structure in the file

o Vi editor
o GCC compiler
β–ͺ Four Stages of GCC
● Functionality of Preprocessor
● Functionality of Compiler
● Functionality of Assembler
● Functionality of Linker
β–ͺ Interrupting the Compiler
β–ͺ Compiling a C Program
β–ͺ Preprocessor Features
β–ͺ Predefined Preprocessor Symbols

Learning of operating system concepts will help you in understanding Desktop, Embedded & Real-time
Operating Systems easily in less time.
● Introduction
● Processes
● Threads
● CPU Scheduling
● Process Synchronization
● Deadlocks
● Memory management
● Virtual Memory.
● File management & Disk management

o Library Goals
o Library Standards
o GNU C Library – glibc
o Library Functions vs. System Calls
o Using System Calls
o Handling Errors with errno
o Making Sense of errno
o Using strace

o Program Startup
o Using argc/argv
o Handling Options with getopt()
o Handling Options with getopt_long()
o Environment
o Manipulating the Environment
o Program Exit
o Registering Exit Handlers

o Why Use Libraries?
o Static Versus Shared
o Static Library Benefits
o Shared Library Benefits
o Creating a Static Library
o Using Static Libraries
o Creating a Shared Library
o Using Shared Libraries
o Shared Library Management
o Library Locations

o ldconfig

o When Does Time Begin?
o Time Data Types
o Determining Real Time
o Converting time_t
o Converting tm Structure
o Process Time
o Time arithmetic
o Second Resolution Timers
o Fine-Grained Timers
o Real Time Clock (RTC)

o What a Process Is
o Process Relationships
o Create a Child Process
o Doing Something Else
o Related execve() Functions
o Wait For a Child
o More Precise Waiting
o Changing Priority/Nice
o Real Time Priority

o Allocating/Freeing Memory
o Memory Alignment
o Locked Memory
o Memory Copy/Initialization
o Memory Comparison/Search

o What Is My Program Doing?
o Source Level Debugging
o Invoking gdb

o Getting Started with gdb
o Examining and Changing Memory
o Debuginfo Libraries
o Using gdb with a Running Process
o Using gdb to Autopsy a Crash
o Debugging Libraries – ElectricFence
o Debugging with valgrind
o Profiling for Performance

o Stream vs. System Calls
o Opening/Closing Streams
o Stream Input/Output Functions
o Stream Status/Errors
o Stream File Positioning
o Stream Buffering
o Temporary/Scratch Files
o Opening/Closing File Descriptors
o File Descriptor I/O
o Repositioning File Descriptors
o Stream/File Descriptor Conversions
o cat using ANSI I/O
o cat using POSIX I/O

o Introduction to Pipes
o Standard I/O: popen()/pclose()
o Using popen()/pclose()
o System Call: pipe()
o Using pipe()
o Named Pipes
o Using Named Pipes
o For Further Reading

o What Signals Are
o Blocking/Checking Signals
o Working with Signal Sets
o Example of Blocking Signals
o Handling Signals with sigaction()
o sigaction() Example
o Handling Signals with signal()
o Sending Signals

o Introducing Threaded Programming
o Applications Suited to Threads
o Building Threaded Programs
o Creating Threads
o Thread Identity
o Synchronizing by Joining
o Detaching Threads
o Stopping Threads
o Synchronizing with Mutexes
o Using Mutexes
o Read/Write Locks
o Conditional Variables
o Using Conditional Variables

o Directory Operations
o File System Operations
o Multiplexed I/O with select()
o Miscellaneous I/O Functions
o Memory Mapped I/O
o Using Memory Mapped I/O
o File Locking

o Interprocess Communication (IPC)

o POSIX IPC Overview
o POSIX Shared Memory
o POSIX Semaphores
o POSIX Message Queues
o System V IPC Overview
o System V IPC Shared Memory
o System V IPC Semaphore Arrays
o System V IPC Message Queues

● Programmer's view of hardware
● CPU
● Types of CPUs
● CPU Characteristics
● CPU Bus/Machine Cycles
● Memory
● Memory types
● CPU Memory interface
● I/O
● I/O controllers
● CPU I/O interface
● I/O methods/techniques
● Polled I/O or Programmed I/O
● Interrupt Support
● DMA Support

● Host-Target Environment
● Cross compilers
● Downloading methods
● Serial, Ethernet, Floppy, ROM
● Emulators
● Target based debugging
● Debug Monitors
● Host based source level debugging

The ARM is a 32-bit reduced instruction set computer (RISC) instruction set architecture (ISA) developed by ARM Holdings. It was known as the Advanced RISC Machine. The ARM architecture is the most widely used 32-bit ISA in terms of numbers produced. The relative simplicity of ARM processors made them suitable for low power applications. This has made them dominant in the mobile and embedded electronics market, as relatively low cost, and small microprocessors and microcontrollers.
As of 2005, about 98 percent of the more than one billion mobile phones sold each year use at least one ARM processor. As of 2009, ARM processors account for approximately 90% of all embedded 32-bit RISC processors. ARM processors are used extensively in consumer electronics, including PDAs, mobile phones, digital media and music players, hand-held game consoles, calculators and computer peripherals such as hard drives and routers.
● Introduction to ARM (ARM7/ARM9)
● ARM processor architecture & Features
● ARM programming model (Instruction set and assembly language programming).

● RISC vs. CISC
● Pipelining concept
● Fundamentals of ARM
● Processor modes
● Exception Handling
● ARM versions
● Instruction Set & Addressing Modes
● ARM(32-bit) Instruction Set
● Thumb(16-bit) Instruction Set
● Pre & Post Indexed Addressing modes
● Stack Orgranization
● Memory Organization
● Mixed C and assembly programs
● System Design & Development Tools
● Case studies on ARM Controllers

After Gaining knowledge on Advanced Linux Programming you are ready to learn Device Drivers.
This is where you learn core of Linux Kernel and system programming.
● Introduction to Device Drivers
● Module Programming
● Kernel Configuration and Compilation
● Character Drivers
● Kernel Features
● Interrupts and Exceptions
● More on Modules

● Debugging
● Timers
● Synchronization techniques
● ioctl's
● The proc filesystem
● Unified Device Model and sysfs
● Memory Management and Allocation
● User and Kernel Space communication
● Sleep and Wait Queues
● Interrupt Handling
● Block Drivers
● PCI
● Direct Memory Access
● Network Drivers
● USB Drivers
● MTD
● Asynchronous I/O
● I/O Scheduling

● Introduction to Networking
● Need/Uses of Networking
● Use of Layered architecture
● OSI Protocol layers
o Physical layer functionalities
o Data link layer functionalities
o Network Layer functionalities

o Transport layer functionalities
o Presentation layer functionalities
o Session layer functionalities
o Application layer functionalities
● TCP/IP protocol layers
● Line configurations
● Network topologies
● Networking and internetworking devices
● LAN, MAN, WAN
● Typical media and Protocols used in each
● LAN Standards
● Ethernet, Token Ring, Token Bus, FDDI
● Ethernet Media (Thick, Thin, Twisted pair)
● Ethernet frame formats
● WAN Standards
● Dial-up, Leased Line
● ISDN, DSL, PPP
● ATM
● TCP/IP Stack Internals:
● Internet Addresses concepts.
● IP Address vs H/W address (unicast/broadcast/multicast).
● Subnetting/Supernetting.
● Switching
● ARP/RARP
● Internet Protocol (IP)
o IP Concepts
o ICMP
o Routing concepts
o Autonomous systems
o Routing Algorithms

o Routing protocols
o Interior/Exterior routing protocols.
o Unicast/Multicast Routing protocols
o IGMP
o User datagram Protocol (UDP)
o Transmission Control Protocol (TCP)

o Socket concepts
o Socket API Interface
o Client VS Server
o Connectionless and connection oriented client-server communication.
o Socket calls for UDP/TCP server/client
o Iterative vs concurrent servers
o Iterative Connection-less servers (UDP)
o Iterative Connection-Oriented servers (TCP)
o Concurrent server implementation

● What is RTOS?
● Desktop OS vs. RTOS
● RTOS Key Characteristics
● RTOS Services
● Task Management
o Inter task Communication Methods
o Synchronization Techniques
o Interrupt handling
o Timers
o Signals and Events
o Priority Inversion/Inheritance

Embedded Course in Hyderabad

Key Points

Real Time Expert Trainers

Mule Masters offers a comprehensive course on Embedded Systems that is designed to be easy to follow and understand.

Project Scenarios Explained

In this course, you will learn about the theory behind Embedded course in Hyderabad and their practical applications in different industries.

Flexible Learning Options

Our experienced instructors will guide you through the course with personalized attention and support.

Industry Ready Curriculum

Upon completion of the course, you will have a solid foundation in Embedded Systems principles and will be able to apply them to real-world projects.

Interactive doubt sessions

The course is suitable for beginners as well as professionals who want to expand their knowledge in Embedded Systems.

Practical Skill Development

Develop practical skills that empower you to contribute effectively to the creation of innovative embedded systems, enhancing your employability.

Community Driven Learning

You will gain hands-on experience with different hardware and software tools commonly used in Embedded Systems design.

Flexible Learning Sessions

We offer flexible options for learning, including online and in-person classes.

Making you job ready

Our curriculum is constantly updated to include the latest trends and technologies in Embedded Systems design.

What is Embedded course ?

Embedded Course in Hyderabad

Objectives

The objectives of an Embedded Systems course are like a roadmap for students to explore the fascinating world of tiny computer systems hidden in everyday devices. Here are six key points to help you understand what this course aims to achieve:

embedded training in hyderabad
Embedded Course In Hyderabad

Pre-Requisites of the Embedded Course

  • Basic Programming Knowledge: Familiarity with languages like C or C++ is often required, as these are commonly used in embedded systems development.
  • A grasp of basic electronics concepts, such as circuits, components, and microcontrollers, can be beneficial in understanding how embedded systems work.
  • Problem-Solving Skills: As embedded systems often involve troubleshooting and optimizing code and hardware to make devices function efficiently.

Who should learn (Embedded)?

Embedded course in Hyderabad

Embedded Course in Hyderabad

Course Outline

01

Introduction to Embedded Systems: Unveiling the Tech Marvels

02

Microcontroller Basics: The Brain of Embedded System

03

Introduction to ITIL concepts, processes and terminology

04

Introduction to ITIL concepts, processes and terminology

05

Real-time Operating Systems (RTOS): Ensuring Precision in Action.

06

Embedded Systems in the Real World: Bringing Concepts to Life

Course Overview

Embedded Systems Training, in collaboration with Mule Masters, is here to provide you with a transformational learning experience in the exciting world of embedded systems. We understand that learning complex technologies can be daunting, which is why we have created a training program that is designed to be simple, practical, and centered around you as an individual.

Our Embedded Course In Hyderabad is to empower learners from all walks of life to master embedded systems development. Whether you are a student, a working professional, or simply passionate about electronics, our courses are tailored to suit your needs. With experienced instructors, hands-on projects, and a supportive community, we create an inclusive and engaging learning environment that encourages growth and fosters creativity.

embedded training in hyderabad

Embedded Training in Hyderabad

Modes of Training

Online Training

Video Course

Corporate Training

Placement Opportunities Embedded Course

Placement opportunities for individuals with skills in Embedded Systems are abundant and diverse. Industries like electronics, automotive, medical devices, and IoT are actively seeking professionals in this field. Whether you aspire to work on autonomous vehicles, smart healthcare solutions, or innovative gadgets, there are ample opportunities for a rewarding career in Embedded Systems. These roles often offer job security and the chance to be at the forefront of technology.

Embedded Course In Hyderabad

Embedded Course in Hyderabad

Career Opportunities

01

Electronics Wizard

Embedded systems specialists are like magicians who bring gadgets to life. They design, develop, and maintain the tiny brains inside devices, opening doors to jobs in electronics and hardware.

02

Software Sorcerer

For those who enjoy coding and making software that interacts with real-world objects, careers in software development with a focus on embedded systems are a perfect fit.

03

Robotics Enthusiast

If you’re passionate about building robots that can navigate, interact, and perform tasks, a career in robotics, which heavily relies on embedded systems, is your calling.

04

Automotive Innovator

The automotive industry offers exciting roles for embedded systems experts, creating everything from self-driving cars to advanced engine control systems.

05

Medical Technology

Embedded systems play a vital role in medical devices, making healthcare smarter and more efficient. Careers in this field involve designing devices that can save lives.

06

IoT Pioneer

The Internet of Things (IoT) is the future, and embedded systems professionals are at the forefront. They connect everyday objects to the internet, creating smart homes, cities, and more.

Embedded Course in Hyderabad

Skills Developed

01

Gain in-depth knowledge of the Embedded platform, including its various modules and functionalities.

02

Learn how to navigate and use Embedded user-friendly interface effectively.

03

Understand change and release management best practices to implement updates and changes smoothly

04

Learn how to assess risks, plan, and execute changes without affecting operations.

05

Learn to design and maintain a service catalog that enhances user experience.

06

Develop skills in creating and managing service request items and workflows

07

Learn how to manage user access, roles, and permissions effectively

08

Gain the ability to create custom applications tailored to your organization’s unique needs.

Certifications – Embedded Training

Embedded course in Hyderabad

Obtaining these certifications not only enhances your skills but also demonstrates your commitment to the field. They can open doors to a wide range of job opportunities and help you stand out in a competitive job market.Professional certifications in Embedded Systems validate your expertise and open doors to various career paths.

They not only enhance your skills but also make you more attractive to potential employers. Whether you're interested in IoT, automotive technology, or healthcare, there's a certification tailored to your passion and career goals in the world of embedded systems.

Embedded Training in Hyderabad

Testimonials

 Ravi Kumar
Ravi Kumar
Read More
Mulemasters' Embedded Course in Hyderabad is outstanding. The comprehensive coverage of embedded systems, hands-on projects, and expert guidance from the instructors provided a strong foundation. I am grateful for this valuable learning experience that has equipped me with the skills needed for a successful career in embedded systems.
Ramya
Ramya
Read More
Enrolling in Mulemasters' Embedded Course was a transformative decision. The well-structured curriculum, practical labs, and the industry-relevant projects made learning embedded systems both engaging and insightful. I now feel confident in my ability to design and implement embedded solutions. Thank you, Mulemasters!
Ashish Verma
Ashish Verma
Read More
The Embedded Course at Mulemasters exceeded my expectations. The hands-on approach, real-world applications, and the guidance from knowledgeable instructors have been invaluable. This course not only broadened my understanding of embedded systems but also provided practical skills crucial for the industry. Highly recommend it!
Nihal
Nihal
Read More
Choosing Mulemasters for the Embedded Course was a wise decision. The trainers' expertise, coupled with hands-on labs, provided a dynamic and engaging learning experience. The emphasis on both theory and practical application has prepared me well for the challenges of embedded systems development. Thank you, Mulemasters!"
Sanjay Desai
Sanjay Desai
Read More
I am thoroughly impressed with Mulemasters' Embedded Course in Hyderabad. The well-structured modules, practical exercises, and the guidance from experienced instructors make this course stand out. I feel well-prepared to embark on a successful career in embedded systems development. Kudos to Mulemasters!"
Karun
Karun
Read More
Mulemasters' Embedded Course is exceptional. The hands-on experience, industry insights, and the commitment of the instructors to student success make this course highly recommended. I now have the confidence and skills needed to excel in the field of embedded systems.

Embedded Training in Hyderabad

Benefits

Unlocking Everyday Technology

Learning Embedded Systems helps you uncover the magic behind the gadgets you use daily, making you more tech-savvy and curious about how things work.

Career Boost

It opens doors to exciting career opportunities in industries like electronics, automotive, healthcare, and more, making you a sought-after professional.

Problem-Solving Skills

The course enhances your problem-solving abilities, making you a resourceful thinker, capable of tackling real-world challenges effectively.

Creative Playground

You can unleash your creativity by inventing smart devices, robots, or IoT solutions, transforming your imaginative ideas into reality.

Job Security

In a world increasingly reliant on technology, skills in Embedded Systems provide job security as these professionals are always in demand.

Improved Daily Life

You’ll be able to create solutions that improve daily life, whether it’s a home automation system or a medical device, making you a tech-hero in your own right.

Embedded Course in Hyderabad

Market Trend

01

The integration of Embedded Systems with the Internet of Things (IoT) is a major trend. More devices and systems are becoming interconnected, driving the demand for embedded solutions that can support these connections.

02

AI and machine learning are increasingly being incorporated into embedded systems to enhance their capabilities. This trend enables devices to become smarter, offering more personalized and efficient services.

03

With the rise of connected devices, there’s a growing focus on the safety and security of embedded systems. This trend includes implementing robust cybersecurity measures and safety standards, especially in industries like automotive and healthcare.

04

Energy-efficient embedded systems are gaining popularity due to environmental concerns and the need for longer battery life in portable devices. The market is moving towards solutions that maximize performance while minimizing power consumption.

Why choose Embedded Course

Experienced Instructors

We offer a unique and personalized learning experience that sets us apart from other training programs.

Flexible Learning Options

We provide a supportive learning environment with experienced instructors, practical projects, and real-world examples.Β 

Hands-On Learning

We also understand that everyone has different learning styles and pace, which is why we offer customizable courses that cater to your needs.Β 

Placement Assistance

Each course is designed to be beginner-friendly and accessible, making it possible for anyone to join and learn regardless of their background.

Competitive Pricing

Our training program is also affordable and flexible, allowing you to balance your career, education, and other life commitments.Β 

Comprehensive Curriculum

Choosing us for your embedded systems training will provide you with the skills, knowledge, and confidence to succeed in your career, and your personal life.Β 

Our Accomplishments

1 k +
Happy Students
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Real Projects Finished

Frequently asked Questions?

This Course Is Ideal For Anyone Interested In Pursuing A Career In Embedded Systems Course In Hyderabad Development, Electronics Engineering, Or Computer Science. It Can Also Benefit Working Professionals Looking To Transition Into Embedded Systems Or Electronics Enthusiasts Wanting To Gain A Deeper Understanding Of This Technology.

The Embedded Course In Hyderabad Is Suitable For Both Beginners And Intermediate Learners. No Prior Experience Is Necessary, But Knowledge Of Basic Programming Concepts, Such As Variables, Loops, And Functions, Would Be Useful

Β 

The Course Covers Topics Such As Embedded Systems Course Hyderabad Design, Real-Time Operating Systems, Microprocessor & Microcontroller Programming, Low Power Design Techniques, And Advanced Embedded Systems Concepts Like LAN And FireWire Etc. You Will Acquire Hands-On Experience Through Multiple Projects Which Are Assigned Throughout The Course.

The Embedded Course In Hyderabad Duration Is Around 6-8 Weeks, Depending On The Learning Track And Your Pace Of Learning.

The Embedded Course In Hyderabad Is Delivered Through Online Live Classes Where You Can Interact With The Instructor And Your Fellow Learners. The Sessions Are Recorded And Can Be Accessed At Any Time For Review. Hands-On Projects Are Also Included To Reinforce Your Learning.

The Instructors Are Industry Experts With Extensive Experience In Embedded Systems Development. They Bring Practical Insights And Real-World Knowledge To The Course, Providing A Comprehensive Learning Experience.

The EmbeddedΒ  Course In Hyderabad Uses Industry-Standard Tools Such As Keil UVision, Atmel Studio, Proteus, And Eagle CAD. However, These Tools Are Free For Learning Purposes. You Don’t Need To Purchase Any Software For The Duration Of The Course.

Yes, A Certification Of Completion Is Provided Upon Finishing The Course. It Demonstrates Your Proficiency In Embedded Course In Hyderabad Development And Enhances Your Professional Profile.

The Instructors And Support Team Are Available To Provide Guidance And Support Throughout The Course Via Email Or Live Chat. Additionally, A Community Of Fellow Learners Is Available For Peer Support And Networking.

The Embedded Course In HyderabadΒ  Fees Vary Depending On The Learning Track You Choose. Up-To-Date Pricing Information Can Be Found On The Mule Master’s Website. There Are Also Special Discounts Available At Times.

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