Embedded Systems Course For Professionals
Transition Your Career Into
Core Embedded Systems Domain
Achieve Career Transition with minimum 40% Salary Hike
6 Months
Evening Classes
2 Years
Unlimited Placements
1300+
Placement Companies
40%
Average Salary Hike
Embedded Systems Course for Professionals - Overview
Emertxeโs UpSkilling Embedded Systems Course is designed for working professionals who want to transition into the Core Embedded Systems domain. This immersive online program re-positions your skill-set and builds a solid resume as an Embedded Professional. With 1300+ placement companies in our portfolio, achieve your dream of working in a core industry.
Learn during Evenings (6:00 PM - 9:00 PM)
Live support for doubt clearing
Interactive live classes
70% Practical + 30% Theory balance
Resume prep and career planning sessions
Master class with industry experts
Notice period management and transition
2 years unlimited placement opportunities
Become an Expert in Embedded Systems
Industry Standard Embedded Systems Curriculum - Transition Yourself
Emertxeโs online Embedded Systems Course Curriculum is designed in alignment with industry needs. As a working professional from a different domain, we understand your challenges. Hence, this curriculum will take you through a systematic skill building approach starting from basics. With excellent learner support in terms of structured interventions, you are all set to transition yourself as an Expert Embedded Systems Engineer.
Linux has established itself as the primary choice when it comes to developing Embedded Systems. In this introductory module is intended to get new programmers up and running with Linux embedded environment. Starting with basics of Linux and its features, this module dives into essential commands, Shell scripting and using tools like Vim. By getting to know powerful Linux commands for redirection and pipes, lay strong foundation to automate routine tasks.
Advanced C and C++
Lot of book tells about what is programming. Many also tell how to write a program, but very few cover the critical aspect of translating logic into a program. This course builds on the basics of programming, smooth sailing through the advanced nitty-grittyโs of the Advanced C. You will also learn OOP features of C++.
Data Structures and Algorithms
A firm understanding of data structures provides a basis for writing more efficient code in terms of time and size parameters. This course is intended to provide an understanding of data specification and abstraction using various Abstract Data Types (ADT). Along with introduction this course deep dives into hands-on aspects of how data structures are implemented
Linux Internals and TCP/IP Networking
Currently most of the embedded systems are built over an operating system due to performance requirements and the resource complexity. This adds responsibility to developers to understand the OS capabilities in form of system calls . This course gives hands-on perspective on various Inter Process Communication (IPC) mechanisms.
Micro controllers
A complete module deals with writing an Embedded C program for Hardware with PIC microcontroller. This module gives you first-hand experience of running your program on target hardware. In this module you will be getting hands-on working.
Embedded Linux on ARM
This module enables you to create a customized Embedded Linux distribution and bring it up on a ARM based target hardware. As a part of this module you will get exposed with various trends in Embedded OS, Making appropriate Open source choices for your Embedded device. This is an unique module combining various previous modules you have learnt by combining Linux administration, Hardware knowledge, Linux as OS and C programming.
Disha Workshops
As a part of Disha workshops in our online embedded systems course for professionals you will be learning non-technical aspects in terms of workshops. These workshops focuses on aspects like Resume Building, Facing interviews, Industry expert interaction, Soft-skills workshops etc. By attending these workshops you will gain knowledge on how to present yourself during interviews and set foundations for long term career success.
Embedded Systems Course For Working Professionals
Embedded Systems Courses with Placements for Students & Professionals
Course name | Start date | Duration | Registration Status |
---|---|---|---|
Emertxe Certified Embedded Professional - Advanced(Onsite /Classroom-based) | 23/12/2024 | 6 Months* | Register Now |
Emertxe Certified Embedded Professional(Online) | 20/12/2024 | 6 Months* | Register Now |
Emertxe Certified Embedded Professional (Online) | 03/01/2025 | 6 Months/Evening* | Register Now |
Embedded Systems Internship | 30/11/2024 | 1 Month | Register Now |
Embedded Systems Courses with Placements for Students & Professionals
Course name
Emertxe Certified Embedded Professional - Advanced(Onsite /Classroom-based)Start date
23/12/2024Duration
6 Months*Registration Status
Register NowCourse name
Emertxe Certified Embedded Professional(Online)Start date
20/12/2024Duration
6 Months*Registration Status
Register NowCourse name
Emertxe Certified Embedded Professional (Online)Start date
03/01/2025Duration
6 Months/Evening*Registration Status
Register NowCourse name
Embedded Systems InternshipStart date
30/11/2024Duration
1 MonthRegistration Status
Register NowIndustry projects for your UpSkilling
Emertxeโs learning-by-doing approach ensures you build on projects. These projects are built based on real-time industry use cases. These projects will ensure you apply the learnings you had in your classes and showcase them in form an impressive resume.
- Database Tool
- Runtime Enforcement of Memory Safety for the C Programming Language
- Text indexing using Hash Algorithms
- Network packet injector using RAW sockets
- WiFi based smart meter
- WiFi interface bring-up & Application porting
Database Tool
Project brief | Database is a BASH shell based tool that is providing various operations to handle a particular database. Initially the data-base need to be pre-populated with some data for which the user will be provided with a set of commands (ex: add / modify / delete / search) using which he should be able to modify them. Along with this user functionality, this tool should record all the actions performed along with time-stamps for future references. Since the idea of this tool is to exposure SHELL programming, CSV file is used as a data-base storing entity. |
Technologies used | โข Basic understanding of data-base operations โข Timeout handling โข Command parsing using Shell commands |
Module | Linux Systems & Shell programming |
Runtime Enforcement of Memory Safety for the C Programming Language
Project brief | Memory access violations are a leading source of unreliability in C programs. Although the low-level features of the C programming language, like unchecked pointer arithmetic and explicit memory management, make it a desirable language for many programming tasks, their use often results in hard-to-detect memory errors.While there are lot of solutions to this problem exists, each of them have their own limitations. This projectโs idea is to introduce MemSafe, a compiler analysis and transformation for ensuring the memory safety of C programs at runtime while avoiding the above drawbacks. |
Technologies used | โข Compiler design โข Memory layout understanding โข Advanced pointers usage |
Text indexing using Hash Algorithms
Project brief | Text Indexer is an application that helps to locate a particular text faster in given set of large data by keeping track of words and their locations in files. This console based application uses standard I/O for searching the words in the files. The purpose of storing an index is to optimize speed and performance in finding relevant documents for a search query. Without an index, the search engine would scan every document in the corpus, which would require considerable time and computing power. The goal of the project is to achieve optimal searching by using Hashing. |
Technologies used | โข Hashing algorithms โข File I/O โข Text parsing |
Module | Data Structures & Algorithms |
Network packet injector using RAW sockets
Project brief | One of the key requirements of network is the ability to handle large volume of data. Network should have necessary resilience to handle, which is simulated using Network packet injectors in test environment. The goal of this project is to create a command line based Network packet injector that will generate all major protocol packets (ex: HTTP). For implementation RAW sockets are used. |
Technologies used | โข TCP/IP network protocols - Headers & payload โข RAW socket usage โข Command line parsing |
Module | Linux Internals & TCP/IP Networking |
WiFi based smart meter
Project brief | Effective metering (ex: electricity) becomes critical in a connected world powered by Internet-Of-Things (IoT). By connecting heterogeneous devices to a WiFi network such things can be established. The goal of this project is to implement a WiFi based smart metering solution by interfacing a PIC based device with WiFi module. Upon connecting with an access point, device will expose device information (ex: energy usage) which is eventually captured by the user via browser. |
Technologies used | โข WiFi module & sensor interfacing โข HTTP protocol (Client & Server) โข Internet-Of-Things โ Exposure |
Module | Micro-controller programming |
WiFi interface bring-up & Application porting
Project brief | In custom Embedded systems not all the interfaces would be working by default. This requires bringing-up specific interfaces either by writing a device driver from the scratch or compiling pre-existing drive module gets compiled into the custom Kernel, after which applications can be successfully ported. The goal of this project is to compile a WiFi driver into the custom Kernel and port any standard TCP/IP based network applications on to the ARM target. Post porting target should be able to successfully do data exchange with host. |
Technologies used | โข Linux device driver โ Basic level understanding โข Kernel customization โข Application porting |
Module | Embedded Linux on ARM |
Project brief
Database is a BASH shell based tool that is providing various operations to handle a particular database. Initially the data-base need to be pre-populated with some data for which the user will be provided with a set of commands (ex: add / modify / delete / search) using which he should be able to modify them. Along with this user functionality, this tool should record all the actions performed along with time-stamps for future references. Since the idea of this tool is to exposure SHELL programming, CSV file is used as a data-base storing entity.
Technologies used
โข Basic understanding of data-base operations
โข Timeout handling
โข Command parsing using Shell commands
Module
Linux Systems & Shell programming
Project brief
Memory access violations are a leading source of unreliability in C programs. Although the low-level features of the C programming language, like unchecked pointer arithmetic and explicit memory management, make it a desirable language for many programming tasks, their use often results in hard-to-detect memory errors.While there are lot of solutions to this problem exists, each of them have their own limitations. This projectโs idea is to introduce MemSafe, a compiler analysis and transformation for ensuring the memory safety of C programs at runtime while avoiding the above drawbacks.
Technologies used
โข Compiler design
โข Memory layout understanding
โข Advanced pointers usage
Project brief
Text Indexer is an application that helps to locate a particular text faster in given set of large data by keeping track of words and their locations in files. This console based application uses standard I/O for searching the words in the files. The purpose of storing an index is to optimize speed and performance in finding relevant documents for a search query. Without an index, the search engine would scan every document in the corpus, which would require considerable time and computing power. The goal of the project is to achieve optimal searching by using Hashing.
Technologies used
โข Hashing algorithms
โข File I/O
โข Text parsing
Module
Data Structures & Algorithms
Project brief
One of the key requirements of network is the ability to handle large volume of data. Network should have necessary resilience to handle, which is simulated using Network packet injectors in test environment. The goal of this project is to create a command line based Network packet injector that will generate all major protocol packets (ex: HTTP). For implementation RAW sockets are used.
Technologies used
โข TCP/IP network protocols - Headers & payload
โข RAW socket usage
โข Command line parsing
Module
Linux Internals & TCP/IP Networking
Project brief
Effective metering (ex: electricity) becomes critical in a connected world powered by Internet-Of-Things (IoT). By connecting heterogeneous devices to a WiFi network such things can be established. The goal of this project is to implement a WiFi based smart metering solution by interfacing a PIC based device with WiFi module. Upon connecting with an access point, device will expose device information (ex: energy usage) which is eventually captured by the user via browser.
Technologies used
โข WiFi module & sensor interfacing
โข HTTP protocol (Client & Server)
โข Internet-Of-Things โ Exposure
Module
Micro-controller programming
Project brief
In custom Embedded systems not all the interfaces would be working by default. This requires bringing-up specific interfaces either by writing a device driver from the scratch or compiling pre-existing drive module gets compiled into the custom Kernel, after which applications can be successfully ported. The goal of this project is to compile a WiFi driver into the custom Kernel and port any standard TCP/IP based network applications on to the ARM target. Post porting target should be able to successfully do data exchange with host.
Technologies used
โข Linux device driver โ Basic level understanding
โข Kernel customization
โข Application porting
Module
Embedded Linux on ARM
Core Placement Companies for your Career Transition
Emertxe has 1300+ companies in our placement portfolio. These companies work in various Embedded Systems Verticals like Automotive, Robotics, Internet-Of-Things (IoT), Electric Vehicles (EV), Consumer Electronics and many more. We have top-notch MNC to new age start-ups hiring our upskilled professionals.
Career Transition into Embedded - Next COULD be YOURS
Aishwarya Chandini
Karnataka
Contact Engineer
Embedded Developer
Rohith Prakash
Kerala
IT Engineer
Embedded Engineer
Kantheti Satya Sai Krishna Tej
Andhra Pradesh
Software Engineer
Embedded Engineer
Sai Krishna Chaitanya Vadduri
Telangana
Systems Engineer
Embedded Engineer
Vangari Upendra
Rajasthan
Support Engineer
Embedded Engineer
Mayur
Karnataka
IT Engineer
Embedded Engineer
Ajees Antony
Tamil Nadu
Machine Operator
Embedded Engineer
Ranjitha BJ
Karnataka
Web Developer
Embedded Engineer
Mohan HM
Andhra Pradesh
Procurement Engineer
Embedded Engineer
40%
40% Average Salary Hike
28.75
28.75 LPA Highest Salary
100%
100+ Placement Drives Each Month
1300+
1300+ Placement Companies
Embedded Systems Course For Professionals - Components
Our Embedded Systems Course For Professionals has got all the necessary components put together to enable your career transition. Live virtual classes, structured mentor interventions, online doubt clearing mechanisms, excellent placement support and certification from Skill India makes our offering a complete package.
Here are the three videos that describe the entire system explained by our team of mentors.
- Outcome Driven Delivery
- Best Placement Network
- Skill India Certification
Emertxe's online delivery is aligned with what companies expect. Top notch companies in this domain appreciate the value our students bring in terms of skills. It reduced post hiring training time by at least 50% and made them deploy faster into projects.
Our course modules are intuitive, learner-friendly, and aligned with industry-standards. Delivered as a combination of live virtual classes and lab interventions, our course ensures you get the outcome both in the form of skills and placements.
Placement is the same for online and onsite Emertxe students.
After completing the fundamental programming modules and clearing the placement eligibility tests, you can start applying for placements after the fourth month. We provide placement support upto two years after course completion.
Our placement process is open and effective. It handles student applications, shortlisting, written tests/interviews, selection, and onboarding. Our placement staff will help you till you start work on day one. We have 1300+ companies in our placement network, which is the best you can see in this industry.
Our online embedded systems training for beginners aligns with Skill India. At the completion of the course, students will be assessed by ESSCI, a sub-sector of National Skill Development Corporation (NSDC).
After passing the exam, you'll be certified as an Embedded Software Engineer by the Ministry of Skill Development and Entrepreneurship. This is a level-5 certification under India's skill mapping. This accreditation will boost your reputation.
What do our Students Say?
Making students successful with respect to their career goals is the primary priority of team Emertxe. Even though many of our UpSkilling / Career break students come from older batches with different skill-set, they are able to transition into Core Embedded Systems. Here is the gist of our recent success stories:
I joined Emertxe after doing my masters in microelectronics. I learnt about Linux and C programming from scratch in which I had a hard time learning during my college days. The most important part of Emertxe is that โlearning is funโ here.
Vibhav Dhuri 5 Years Break - Placed At Vitesco
I worked for 6 years in a non-technical field. I chose the Online Embedded Systems course option. We received hands-on-training experience. I appreciate the mentors' consistent assistance throughout. Joining Emertxe is strongly recommended
Moosa Kasim 6 Years Break - Placed At Honeywell
After Engineering, I had a 4 year gap which made it hard for me to return to the software industry. I joined Emertxe and as a result I gained a lot of knowledge. Every mentor is incredibly helpful at every stage. They all are experts in their own field.
Shivaleela 4 Years Break - Placed At Karnex
After graduating, I took a year gap to pick up my career. Emertxe helped me to build my skill set in embedded systems through their Online course. The mentors were very friendly and helpful. I got placed with Aptiv, a prominent Automotive company
Balaji Maddur 1 Year Break - Placed At Aptiv Automotive
I joined Emertxe with a 4 year career gap. After being unemployed for so long, I finally got my first job at NXP Semiconductors. I would like to express my gratitude to the class mentors, lab mentors and everyone at Emertxe for giving me this opportunity
Abirami G 4 Years Break - Placed At NXP
Those who have the ambition to start their profession in Embedded field can join Emertxe and fulfil their dreams. I had a large career gap of 7 years and I was able to get a job in a startup core company. Many companies visiting Emertxe donโt look for YoP
Sindhu Jaybal 7 years Break - Placed At Magnic
After taking a 5 year break following my graduation, I enrolled at Emertxe with the hope of securing a placement in a reputable company. My wish came true, and I landed a job at Ingersoll Rand. I owe my gratitude to Emertxe for providing me with an opportunity
Srimathi M 5 Years Break - Placed At Ingersoll Rand
I completed my B.E in ECE. After an 11 year break, I landed a role at L&T technology Services, all thanks to Emertxe, joining their ECEP program in 2022 was life changing. It equipped me with strong Embedded Systems skills, supported by experienced mentors
Kavya 11 Years Break - Placed At L&T
With a 2 year gap after completing my B.E in EEE. I joined Emertxe and got placed in HL Klemove. I am very thankful to the student support team as well as technical mentors. Thanks to them, I have gained confidence by doing multiple projects
Amith 2 Years Break - Placed At HL Klemove
With a 2 year gap after my B.E, I joined Emertxe. Their course covered basics, assignments and real - time projects. Mentors were knowledgeable, addressing doubts. The placement team provided core company opportunities with interview support
Bhavan 2 Years Break - Placed At ABB
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Embedded Systems Course - FAQ
Before signing up for our embedded systems course, we are sure you will have a lot of questions. Here are the frequently asked questions for your reference.
In case you still have anything specific write to us at training@emertxe.com
Placements General FAQ
Embedded System Engineers are in high demand for a variety of reasons, and it makes little difference whether you come from an embedded or non-embedded background. By enrolling in the ECEP course, you will be developing both general (example โ Algorithms) and particular (example โ Microcontroller programming) abilities, resulting in a skills portfolio that falls within the ‘T’ model indicated below. You will have relevant skill sets and project experience, exhibited in the form of CV so that you may convert yourself into an embedded system engineer. You will be offered the same opportunity after completing the course as those with an embedded background. You may also read what our students have to say about us in the student transition review section.
In this scenario, you have two choices. To begin, you may choose the buy-out option, in which you pay a certain sum to your employer and leave immediately (If thereโs any such policy available with your employer). second, to talk with your HR department regarding your notice period policy in order to shorten the notice period. Emertxe is unable to save its candidate in both circumstances. Because Emertxe offers Unlimited Placement Opportunities for a period of two years, you may complete the course and apply for placements after the notice period has expired.
You’ll need to review the bond’s terms and conditions with your company; if it has buy-out options, you’ll either have to take them or attempt to have a clear talk and negotiate with your present employer. In both circumstances, Emertxe may serve as an advisor for the applicant but cannot help the candidate leave their current company. In the worst-case scenario, you may complete the contract and then apply for placements through Emertxe, which guarantees a two-year unlimited placements opportunity.
Emertxe will notify the applicant about the interview ahead of time. Because 95% of interviews are conducted online, candidates must set aside time in their calendar to attend the interview. In most cases, the interview date will assist both the student and the company. We will proceed with the interview procedure only when you have confirmed the time and date.
Course General FAQ
Having previous embedded experience will help you in a variety of ways, as your foundation basics will be strong, but this course will focus primarily on hands-on training, industry-related syllabus, and practical assessments, which will help you not only to upskill in the embedded course, but also to expand your CV with numerous projects, certifications, and unlimited placement opportunities to land your dream job.
In the online mode of classes, you can clarify your doubts in LVC itself via various online interfaces provided to you. However if your doubt requires more time to be spent, you can reach out to our team of mentors via various support channels like โ Online Forums, Chat, WhatsApp groups etc. where you can clarify your questions. If it still doesnโt clarify your doubt our mentors will set up a 1:1 session with you using the remote conferencing tool and clarify your doubts.
In summary we leave no stone unturned and ensure you learn in the right way.
As called out above, an online classroom cannot 100% substitute for a physical classroom because real people are not present. Apparently, Emertxe has put together a digital ecosystem backed by a strong structured intervention model. This ensures an end-to-end learning process which includes conceptual understanding, hands-on exercises, assignment explainers, doubt clearing, evaluation, regular tests, interview preparation sessions happens without any compromise on the overall effectiveness of delivery.
Emertxeโs online embedded systems course can be taken by the following people;
- Fresh Engineers who completed their course and are looking forward to a placement in the core embedded and electronic industry
- Students in the pre-final year, who are keen to develop their embedded systems skills for preparing their future job prospects
- Students who are obtained admission from foreign universities are in between education break want to upskill themselves in the embedded systems domain
- Working professionals who want upskill and reposition their careers by getting hands-on with embedded systems programming