Embedded System

Every day we interact with hundreds of tiny computers. These micro controllers are the building blocks of our modern world. They run the embedded systems in our homes, our phones, our cars, our factories, our cities, our toys, and some are even embedded inside us.

Be it any industry such as Telecommunication, Automobile, home automation, medical, Space research, Aerospace etc. Embedded systems play a vital role and embedded developers are one among the most wanted professionals in the market.

So, are you curious to know who is an embedded software developer and what a embedded software developer do for a living?

Here you go –

An embedded software developer’s role revolves around designing, coding, implementation of embedded devices and system, testing and debugging the system software and also analyzing and monitoring the interlinks of input – output generation, enhancing efficiency, stability and scalability of system resources.

Simply put, Embedded Software Developers are generally responsible for developing and implementing software of embedded devices and systems. In addition, they may be responsible for analyzing and monitoring the efficiency and stability of the system.

The necessary skills that are crucial for a firm foundation to leverage your career as an embedded software developer are as follows:

ARM Architecture
Software Development in relation with Hardware Devices
C++ Programming Language
Directives (Briefing, writing, testing, implementation, analysis and troubleshooting)

Thus, an embedded software developers are in charge of creating effective embedded software applications for their organization. They are responsible for programming the software capabilities based on project requirements, as well as resolving obstacles as they arise during the development process.

Now that we know, who is embedded software developer and whatare their roles. Let’s figure – how to embark on your journey to become an embedded software developer.

The following are essentials to become an embbed software developer:

Mastering software development in C/C++
Strong expertise in General-Purpose Operating Systems (GPOS), such as Linux as well as Real-Time Operating Systems.
Knowledge of networking technologies including Ethernet, TCP/IP
A strong fundamental understanding of the different types of memory, including RAM,ROM, and Flash.

We at Xplore IT Corp has made this easy for you to up-skill and kick-start your journey as an embedded engineer with our best embedded system course in Coimbatore.

Features of the course

In this embedded system course, we at Xplore IT Corp will take you on a hands-on journey into the world of embedded systems.

An updated, industry endorsed curriculum which emphasizes both hardware and software knowledge.

Experienced and well-equipped faculties.

Programming sessions which covers practical modules which make the students capable of working in real world applications.

Certification from Jain University approved by UGC.

Key Takeaways

If you’re a do-it-yourself hobbyist and want to take it to the next level, then this is your launch pad.

The Embedded System Training course facilitated by Xplore IT Corp’s incorporates the latest technology and infrastructure making it a worthwhile experience, turning learning into a fun adventure.

Each student gets their own micro-controller kit, and with a few simple components, we can turn this into a functioning system. By the end of this course, you will be building and programming your own fun projects that could build your USP and showcase your creativity to the recruiters. All you need is a bit of programming and high school physics, and we help you build some amazing gadgets.

Hands on knowledge in different real-world applications and IOT modules
Complete understanding of the micro controllers and its architecture used for developing embedded applications.
Understanding the Roles and responsibilities of an Embedded Developer.
A Valid Certification

The best way to learn is to do and have fun joining us at Xplore IT Corp turning learning into adventure.

Target Audience

Freshers who hail from Electronics background.

Professional network or system administrators.

Developers/ Associate Engineers.

Associates from IT industry.

All those who wants to understand Hacking and security issues.

Scope and opportunities Present in Future

There are lot many opportunities exist in the core industry. Skilled professionals are needed in Core companies who are enough qualified to develop embedded and IOT applications.

Embedded Software Engineering is in demand now more than ever and is expected to grow 21%between 2020 to 2028.

Job Roles in Embedded Software Developer:

Designing and implementing software of embedded devices and systems.
Designing, Developing, Coding, Testing and Debugging system software.
Integrate and validate new product designs.

Basic Electronics review

Basic Semiconductor Devices and Circuits – PN Junction, BJT and MOSFET
CMOS design technology
Interpreting device datasheets (PN junction, BJT, MOSFET )

Digital Design Review

Number Systems
Combinational Network Design
Interpreting the datasheet of a Logic Gate
Designing with Mux, De mux, Decoders, Encoders
Sequential Elements – D Latch, D Flip Flop
Design of Sequential Systems – Registers and Counters
Introduction to Data Converters

Introduction To Embedded System

Fundamentals of Embedded System Design
Design methodology
Real-Time Embedded Systems
Embedded System design challenges, Metrics & Goals
Development environment
Current market trends & Applications
Careers and Job opportunities

Programming IN C

Introduction to C Programming
Structure of a C program
The C compilation process
Types and Operators
C base types
Precedence & Associativity
Arithmetic operation
Promotion & Typecasting
Control Flow
Logical expressions
Decision Making
Loops
Definitions and Declarations
Header files
Scope and lifetime
Storage Classes
Introduction to Pointers
Using pointers to access single dim arrays
Bit Manipulation
Functions – The Function as a logical program unit
parameter passing by copy and reference

Programming The Pic Microcontroller

Feature, Architecture, Applications
PIC16f877a Datasheet and its uses
Basic I/O operations, 4 digit LCD, etc..,
Timer, Counter
Communication protocols
UART, I2C, Serial Peripheral Interface
ADC Analog to Digital Converters
Introduction to various types of sensors
Creating Simple Real Time Applications using PIC 16f877a
Interfacing Codes with PIC development Board

Advanced C Programming

Arrays, Pointers and Strings
Arrays as circular buffers
Relationship between pointers & arrays
Pointer arithmetic
C string handling
Advanced Data types
Structures
Unions and Enums –Structures
Big & Little Endian representations
Bit-field structures
The C Pre-Processor – Macros
Conditional Compilation C Compilation process
pre-processor, compiler, assembler, linker stages

Working With Advanced Software And ideas

KEIL
Proteus 8
MPLAB X IDE
AVR Studio

Introduction Arm Processor

Introduction to Embedded System and ARM Processor
ARM related Companies and its opportunities
ARM processor family
Application of ARM Processor
Compiler
Emulation and Debugging
Difference between RISC & CISC

LPC2148 Microcontroller Pin Details memory

LPC2148 ARM 7 microcontroller
Features of LPC2148
Block diagram of LPC2148
Pin diagram of LPC2148
Architectural overview
On-chip flash program memory
On-chip static RAM

System Control

Crystal Oscillator
PLL
Reset and Wake-up Timer
Brownout detector
Code Security
External Interrupt input
Pin Connect Block
General Purpose Parallel I/O Features
8 Bit LED’s and switches
Relay and Buzzer
Seven Segment Led
Keypad
LCD

TIMER, ADC, DAC, UARTs

General purpose timer/ External event counters Features
Interfacing Timer and Counter Operation
10-bit ADC Features
Interfacing Temperature Sensor LM35
10-bit DAC Features
Interfacing DAC
UARTs Features
Serial Communication
Interrupt Controller
Interrupt Sources
External Interrup

I2C, SPI, PWM, RTC, WATCHDOG TIMER

I2C – bus serial I/O Controller
SPI- Serial I/O Controller
Watchdog timer
Real Time Clock
Pulse Width Modulator
RTOS

PCB Designing

Introduction about PCB
Combinational and sequential Circuits
Basic circuit designing
Schematic design and board level designing

Application

Bluetooth (Programming)
RFID (Programming)
GSM,GPS (Interfacing & Programming)
Other real time applications

DURATION

The duration of this course will be of 2 month, with 1-2 hour sessions each day for a total of 80 hours.

CERTIFICATION POLICY

Certificate of Merit for all the participants.
At the end of this course, an assessment will be organized among the participating candidates, and front-runners will be awarded a ‘Certificate of Excellence.

Certification from JAIN University can be availed.

Faculty Credential

Mr. Gobinath A who has almost eight years of industry experience in IT industry is handling the program. He is a Certified Ethical hacker and qualified with many global certifications in Embedded Systems, IOT, Python, Machine Learning, Artificial Intelligence, Data Science.

FAQ’s

1.What is the duration of the course?

The Embedded Systems course duration is of 90 days.

2. What are the eligibility criteria?

Programming knowledge is necessary prerequisite. If you are a fresher, you may choose to learn basic programming before taking up Embedded Systems.

3. How practical sessions are covered?

With this Embedded system coaching classes, We have designed an amazing hand on sessions for each theory part. Overall, 80% of the sessions will be practical and remaining sessions are theoretical explanations of the concepts, which is unavoidable.

4. Will you provide placement support?

Throughout your journey we are here to support and give life to your dreams. Yes, Placement support will be provided as and when the requirements are available as per the industry demand.