A few years ago embedded technology existed in standalone devices such as vending machines and copiers that did their jobs with little regards for what went on around them. But as technology advance to connect devices to the internet and to each other, the potential of embedded technology has increased which paved the way for Internet of Things.
An embedded system generally requires a wide range of programming tools, microprocessors/ microcontrollers and operating systems depending upon the need. Unlike any software engineer, the embedded software engineers must have programming skills tailored to the needs, properties and limitations of the hardware that it has to control and run on.The skills in embedded system can translate to almost any sized system in our tech stack. More importantly, computing will not reach its full potential until we have a ubiquitous interaction with it that is seamless to the world around us.
With IoT, there’s enormous potential for engineers to design better, smarter products. Robust insights into real product performance and new product capabilities made possible by IoT are revolutionizing how things are designed, made, and used.The total installed base of Internet of Things (IoT) connected devices is projected to amount to 75.44 billion worldwide by 2025, a fivefold increase in ten years. The IoT, enabled by the already ubiquitous Internet technology, is the next major step in delivering Internet’s promise of making the world a connected place.
eTech Prowess offers 5 months of Advanced Embedded Engineering job-oriented course as per the industry requirement. This enable the job seekers especially freshers to prepare themselves to match the industry standards and also to fetch job precisely on the skilled profession that is of huge demand. This course is designed to offer real time industry training & exposure to the candidates before getting into the competitive field, there by provides for bridging the gap between client requirements and candidate’s current skill set. By pursuing the following Program in Embedded Engineering candidates gain ready acceptance into the relevant industries.
An Embedded Engineer is responsible for designing and implementing software of embedded devices and systems, analysing and enhancing efficiency, stability and scalability of system resources. So we at eTECH Prowess, invigorate graduates in the fields of OS coding techniques, IP protocols, interfaces and hardware subsystems so that they become an Industry-ready Hands-on Embedded Engineer.
Our next batch starts on : 25th Oct 2021.
Batch strength : Max. 20 students only.
Prerequisite: BE/BTech/ME/MTech/MCA/MSc in Computer Science or Electronics.
Above 60% or 6.5 CGPA on scale of 10.
IT Professionals and/or Students who want to upgrade his/her skillset.
Anyone who is looking for an opportunity in core embedded domain.
Anyone who wants to work as an Embedded developer, Firmware Engineer, Embedded System Engineer, Embedded Application Developer, Embedded Software Engineer, Embedded Hardware Engineer, Linux Kernel developer, Device Driver Developer, Simulation Engineer,
This course enable you to learn basic and advanced concepts in C/C++. You will have in depth knowledge in these programming languages that allow you to be an effective developer. Programming approaches practised are as per the industry norms.
In this course you will learn about programming a microprocessor and interfacing it with different peripherals.Through real time sample projects, you will learn about different aspects of IoT, how it works and also learn about how to write applications using Python.
You will learn about different aspects of development and debugging that would create multiple opportunities in the embedded domain.
Practical in C
Why c in Embedded
Fundamentals of C
Structures & Unions
Enumerated data types
Dynamic Memory Allocation
File Handling Concepts
Raw Data Handling
Low Level Programming
Command Line Arguments
Compiler in Practical
Sorting and Searching Technique
Concepts and Real Time Exposure
Development Tool s and Environment
Industry Coding Standard
Object/Executable File Format
Debugging large programs
Shell and Services
Linker and Loader
Static Library Implementation
Dynamic Library Implementation
Network and TCP/IP Application
Object Oriented Programming with C++
C Vs C++
Scope Resolution Operator
Classes in C++
Static members, Functions
Friend Classes, Friend Functions
Exception Handling, Templates
Input and Output Streams
Data Flow Model
ARM Assembly Language Programming
ARM 7 Instruction Set
Interrupt controller and sources
Vectored Interrupt Controller (VIC)
ARM Embedded C Language Implementation
I2C, SPI, PWM, RTC, Watchdog Timer
An Introduction to Python
Basic Python syntax
Input and Output
Classes in Python
IoT on Raspberry Pi
Introduction to the “Internet of Things”
Introduction to Raspberry Pi
Introduction to Raspbian OS and Windows IoT core
Demo programming using C and Python
Networking with Raspberry Pi
Introduction to IoT Cloud
Real time Iot based projects on ARM processor
LEARN and PRACTICE - 50+ (Fifty) complete, simple, beginner-friendly C Programs HANDS-ON
Use the source code examples to learn step-by-step and code debugging in depth.
Start developing error-free and interactive and easy codes for complex programs.
The C, C++ training flow will be an assignment driven model so that participants can develop an expert level C, C++ programming skills.
Experiment on Flashing an LED, basic I/O, Timers and Counters, Read and Write to internal EEPROM, I2C
Real time practical on Interfacing a LCD, ADC, seven segment display etc. which would aid you to develop product prototypes
Practical implementation of protocols discussed like Embedded IoT interfacing using Python
IDE and Platform:
Ubuntu GCC compiler, Keil 4
Any graduate/Engineering graduate /Post graduate/ Post Engineering graduate from Electronics or Computer Science background who have secured 60% marks or 6.5 CGPA throughout their academics can join this course. You should possess basic knowledge in C programming as an eligibility criteria to join this course. However if you do not know C programming, you can join our certification course and later can be upgraded to this course.
Duration of the this course is 5 months includes lab sessions.
Embedded System is the future. Every industry needs some artificial intelligence into it and artificial intelligence can be given by embedded systems only. No electronic product is without embedded systems in the market. And who is going to develop future embedded systems? You ! the Embedded Engineers.
According to a survey embedded systems industry will reach $360 billion by end of 2020.
Jobs in embedded industry will reach to 12 Lac by 2022.
Volvo, Airbus, Toshiba are investing heavily in their embedded systems operations in India
Mobile manufacturers like Foxcon are setting up their plant in India.
- Experts say what IT was in 90s is where Embedded Systems stands now and is ready to explode
You can work as Embedded developer, Firmware Engineer, Embedded system engineer, C/C++ developer, Embedded Application Developer, Embedded Software Engineer, Embedded Hardware Engineer, Device Driver Developer, Simulation Engineer, etc. .
Salary differs in each company based on the Technical skills and domain experience. However the average pay for a validation engineer is Rs 393,558 per year.
Our aim is to help people to get their first job by plugging the skill gap in the industry. We want to give personal attention to each of the trainee and hence we limit all our batches to maximum of 20 numbers.
We are in touch with many corporate. Our placement wing will help you with 100% placement assistance.
Our course fee are very competitive. Fee for this course is Rs. 35,000 + GST 18%.
Yes. You can pay in maximum of 2 instalment. 50% at the time of registration and remaining 50% within 1 month of course commencement.
Of course YES. eTech prowess provides the course completion certificates along with the key skill sets that candidates have learnt during the Training sessions.
If you refer any of your friends you will get Rs. 2000 as referral bonus per candidate.