To qualify for placements, candidates must meet the eligibility criteria set by participating companies, including minimum cut-off percentages in final degree results, internal assessment tests, and interviews conducted during the course. Overall performance in internal exams, technical and HR mock interviews, serve as short-listing criteria for placements.

Many companies also consider strong academic performance throughout a candidate's academic career. Typically, candidates with 60% and above in their final degree, coupled with successful completion of internal assessment tests and interviews, meet the eligibility requirements for the majority of companies.

While it's advised to attend placements in person (Face to Face), considering that many placement companies are situated in Bangalore, though the current pandemic situation has led to a shift towards virtual selection processes, ensuring student safety and security is paramount, and thus, in few cases there's no mandatory requirement to travel, allowing you to participate from the comfort of your home.

When you enroll in our online or offline courses, we ensure that you receive maximum placement opportunities by allowing you to apply to any number of companies for up to three years after completing your course. There are no limitations on the number of companies you can apply to or the number of interviews you can attend. Please note that the shortlisting of your candidacy will be at the discretion of the placement company. However, our placement department endeavors to secure maximum shortlisting opportunities for each student.

Students with pending backlogs are welcome to enroll in the course, but they must clear their backlogs to qualify for placements. Eighth-semester students become eligible for placements upon completing their final degree. Candidates without a minimum of 60% in their final degree may not qualify for placements in top R&D centers, but they still have opportunities with other companies.

At EchoBrains, we are committed to providing 100% placement support through our dedicated placement department. While we ensure a good number of placement opportunities, the conversion into job offers depends solely on the students' performance during the selection process.

Our experience shows that students who consistently attend classes, complete assignments, and projects on time have a higher success rate in clearing the selection process and securing job offers. Our challenge lies in preparing students for the selection process rather than securing company participation in placements.

Our placement team is dedicated to providing opportunities and coaching for placements. However, the final outcome depends on the hard work and commitment of each candidate. We do not guarantee jobs, and enrollment in the course does not guarantee employment. Success in placement interviews requires dedicated effort from candidates.

EchoBrains focuses on equipping each student with the necessary skills for success in campus placement interviews, leading to well-paid job offers.

*It's important to note that while some institutes or individuals may promise job guarantees, we do not endorse such practices, as success ultimately depends on the individual's efforts and skills.

During your journey with us, you'll engage in the following process:

• Job search strategy sessions
• Resume building
• LinkedIn profile optimization
• Interview preparation led by industry experts
• Mock interviews
• Access to placement opportunities with over 500+ hiring partners upon passing the placement test.

Here is the placement process for online course students:

• Attend all virtual classes and complete assignments and projects as instructed by mentors
• Clear the placement eligibility test conducted by mentors
• Availability in Bangalore is required
• Start applying for placement companies via our Groups
• Clear internal shortlist by EchoBrains placement team
• Shortlisting conducted by hiring partners
• Selection process with placement company, including written test, F2F technical interviews, and F2F HR/management interviews
• Transparent sharing of selection process status with students at every phase, from application to selection
• Upon selection, joining and onboarding assistance provided by our placement team to ensure a smooth transition to the company, including support on your first day

Students can expect placement opportunities primarily in companies specializing in embedded systems and software domains. These companies operate across various verticals, including Automotive, IoT, Transportation, Medical, Banking, Consumer Electronics, and Telecommunication. They range from start-ups to mid-size companies and multinational corporations (MNCs), offering diverse career paths. While the majority of these companies are based in Bangalore, opportunities also arise in cities such as Chennai, Pune, Hyderabad, and Thiruvananthapuram.

Our course materials, covering Full Stack JAVA Development, Software Testing, Python for Data Science & AI, Embedded and Automotive Systems, and ServiceNow, are meticulously crafted to prioritize hands-on learning. Featuring presentation slides, sample programs, cheat sheets, worksheets, programming manuals, and a wealth of e-books, our materials are geared towards practical application. We focus on providing ample resources to kickstart your practical experience, emphasizing real-world usage over theoretical textbooks.

EchoBrains offers both long term and short-term courses on below domains.

• Full Stack JAVA Development
• Embedded and Automotive Systems
• Python for Data Science & AI
• Software Testing
• Service Now

Understanding Embedded Systems: Applications and Uses

Embedded systems refer to self-contained programs integrated into hardware, essentially serving as specialized computer systems within larger machinery or systems. Typically housed on a single microprocessor board with programs stored in ROM, these systems are designed for optimal efficiency, swiftly executing specific functions. Widely employed across various industries, embedded systems automate tasks in devices such as cell phones, computers, medical equipment, and more. Real-time embedded systems offer an alternative to traditional software applications.

These systems find application wherever automation or intelligence is required. With the proliferation of intelligent devices, the demand for embedded telecom is expected to rise. Even in industries experiencing slowdowns, companies are prioritizing the introduction of new features, indicating sustained demand for embedded systems.

Embedded Systems: Driving the Future of Industries

Embedded systems are indispensable for the integration of artificial intelligence into various industries. Virtually every electronic product in today's market relies on embedded systems.

Market Outlook: The global embedded systems market was valued at US$ 104.31 billion in 2022, projected to reach US$ 159.44 billion by 2030, with an estimated CAGR of 5.4% from 2022 to 2030. IDC Report Insights: According to an IDC report, the international market anticipates product development worth $75 billion, necessitating approximately 500,000 trained professionals in embedded systems development by 2005. With India emerging as a significant player in software services, specialized skills in embedded software development offer a distinct advantage. Major players like Wipro, Sasken, Texas Instruments, and others are investing in this promising sector, offering accelerated career opportunities for top talent. Market Potential: The global embedded and telecom market is currently valued at one trillion dollars (Source: Gartner).
Factors driving the growth of embedded systems include increased research and development activities, rising demand for advanced driver-assistance systems (ADAS) and electromobility solutions, the surge in portable devices such as wearables, and the utilization of multicore processors in military applications. Projected Growth: The global embedded systems market is forecasted to reach $86.5 billion in 2020, $116.2 billion in 2025, and US$ 159.44 billion by 2030, indicating significant market expansion.

Emerging Opportunities and Growth Drivers in the Embedded Systems Market Over the Next Five Years

The rapid adoption of embedded systems in smart homes and devices, coupled with the increasing demand for IoT-based devices, presents significant growth opportunities for the embedded systems market. Advancements in multicore processors and the rising demand for Advanced Driver-Assistance Systems (ADAS) in Electric Vehicles (EVs) and hybrid vehicles further fuel market growth.

Key Market Insights:

• The Automotive industry segment is poised for the highest Compound Annual Growth Rate (CAGR) in the coming years.
• Factors driving this growth include increased research and development activities in embedded systems, rising demand for ADAS and electromobility solutions, surging demand for portable devices like wearables, and the growing utilization of multicore processors in military applications.

Stay informed with our comprehensive Embedded Systems Market analysis, covering hardware, software, system size, functionality, applications, and regional forecasts up to 2030

Explore the diverse applications of embedded systems in various products:

• Digital alarm clocks
• Electronic parking meters and parking pay stations
• Robotic vacuum cleaners (‘robovacs’)
• Smart watches and digital wrist watches
• Washing machines and dishwashers
• Home security systems
• Vending machines
• Fire alarms and carbon monoxide detectors
• Motion sensors
• GPS navigation devices
• Heart rate monitors and pacemakers
• Parking lot ticket machines
• Electronic safes
• WiFi routers
• Automobile systems (cruise control, anti-lock braking system (ABS), transmission control, electronic fuel injection, suspensions systems, in-vehicle entertainment systems, etc.)

Discover the Automotive Open System Architecture (AUTOSAR):

AUTOSAR is an open and standardized automotive software architecture designed to facilitate standardization in interfaces between application software and basic vehicular functions. It enables the establishment of a common ECU software architecture for all AUTOSAR members.

Discover the AUTOSAR tools:

• System and Software Authoring, RTE configuration, and ECU Extracting with ISOLAR-A.
• Configuration of ECU software / BSW modules with ISOLAR-B.
• Behavior modeling of software components with ASCET.
• Software validation on the PC with ISOLAR-EVE.
• Reliable ECU basic software with RTA.

Discover the AUTOSAR tools:

• Enablement of innovative electronic systems to enhance safety, environmental sustainability, and overall performance.
• Standardization prepares the industry for emerging technologies while reducing costs without sacrificing quality.

Discover AUTOSAR ECU:

AUTOSAR (Automotive Open System Architecture) is a collaborative effort between automobile manufacturers, suppliers, and tool developers to establish an open and standardized automotive software architecture. Its primary objective is to introduce a standardized layer between application software and the hardware of an electronic control unit (ECU).

Basic Software in AUTOSAR:

Basic Software (AUTOSAR BSW): The Basic Software is a standardized software layer that offers services to AUTOSAR Software Components, essential for the execution of the software's functional aspects.

Explore the Skills of a Full Stack Developer:

• Front-end Languages and Frameworks: HTML and CSS
• Backend Technologies and Frameworks: JavaScript and its environments like NodeJS and ExpressJS
• Database Management Systems
• Version Control
• Web Hosting Platforms
• Soft Skills

Discover the Advantages of Python:

Python stands out for its simplicity in learning and operating. Compared to programming languages like C, C++, or Java, Python offers a smoother learning curve. Additionally, Python requires fewer lines of code to accomplish tasks that would require larger code blocks in other languages, making it a more efficient choice for developers.

Explore What to Learn in Python:

• Learn the basics of Python: History, installations, syntax, and basic constructs like operators, variables, and statements.
• Understand Python applications and the differences between Python 2 and Python 3.
• Master important concepts such as loops and decision-making.
• Familiarize yourself with basic data structures: dictionaries, sets, and lists.
• Learn to develop virtual environments.
• Get acquainted with functions and recursion.
• Understand object-oriented concepts: classes, methods, overloading, and inheritance.
• Gain experience with modules like calendar, namedtuple, and OS.
• Learn file handling and complex concepts like generators, decorators, and shallow and deep copying.
• Start building GUIs with Python.
• Generate and utilize random numbers, and work with regular expressions.
• Explore advanced topics like XML processing, networking, and multiprocessing.
• Utilize Pandas, NumPy, and SciPy.
• Learn debugging, logging, unit testing, serialization, and database access.

Explore Ways to Improve Your Python Skills:

• Code every day.
• Tip: Write it out and practice.
• Make it collaborative: Surround yourself with others who are learning.

Please be aware that course fees are non-refundable. Rest assured, we'll be with you every step of the way to support your upskilling and professional growth needs.

After completing the chosen course and completing the various projects in this program, you will receive a certificate

If you need to postpone your batch or switch to a new one for any reason, please submit a batch defer request at training@echobrains.in or info@echobrains.in . You're allowed one batch defer request at no extra cost.

You can request to defer to any cohort starting within the next 3-6 months from the start date of your initial batch enrollment. Batch deferral requests are accepted only once, provided you haven't completed more than 20% of the program.

Should you need to defer for a second time, a batch defer fee equivalent to 10% of the total course fees paid for the program, plus applicable taxes, will be required.

At EchoBrains, our mentors are not only highly qualified but also possess extensive experience ranging from a decade to two decades in their respective subjects. Each subject is supported by a dedicated team of class and lab mentors who possess comprehensive knowledge of the curriculum. Our rigorous internal quality policy guarantees consistent content and delivery excellence across all mentors, ensuring a standardized and high-quality learning experience.

At EchoBrains, our mentors are the cornerstone of student development. Beyond their expertise in specific subjects, they prioritize fostering strong student relationships, creating a culture of accessibility and learning. Through formal avenues like classrooms and informal channels like WhatsApp, students engage with mentors seamlessly, receiving continuous support.

Our mentors are divided into class mentors, lab mentors, career counselors, and placement counselors, ensuring comprehensive student support. Whether for academic guidance or career advice, students can freely connect with mentors to maximize their learning experience. With ample opportunities for hands-on assignments and projects, lab mentors offer unrestricted interaction, allowing students to excel. Discover what our former students have to say about the invaluable support provided by our mentors

At EchoBrains, our trainers, including class mentors and lab mentors, prioritize close interaction with students, adopting a meticulous approach to each subject. This hands-on engagement ensures thorough understanding and learning. Additionally, mentors conduct various assessments, including attendance tracking, assignment and project evaluations, quizzes, weekly tests, module tests, and classroom questioning. With regular and constructive feedback delivered in a professional manner, students are empowered to address weaknesses and continuously enhance their skills, paving the way for professional growth.