The Accelerated Career Program in Embedded Systems is a 3-month, project-based program that is designed to help engineers develop the skills they need to land top embedded systems jobs. The program is offered by BICARD in collaboration with nasscom, and it covers a wide range of topics, including embedded operating systems, drivers, applications and middleware, and verification and validation.
The program is taught by experienced industry professionals, and it includes a hands-on learning experience. Students will work on real-world projects using Raspberry Pi and STM, and they will have the opportunity to network with other engineers in the embedded systems field. The Accelerated Career Program in Embedded Systems is a great way to learn the skills you need to start a career in embedded systems. The program is rigorous, but it is also rewarding. If you are passionate about embedded systems, and you are looking for a challenging and rewarding career, then this program is for you.
You will learn the skills you need to land a top embedded systems job.
You will gain hands-on experience working on real-world projects.
You will network with other engineers in the embedded systems field.
You will be mentored by experienced industry professionals.
If you are interested in learning more about the Accelerated Career Program in Embedded Systems, you can visit the BICARD website or contact the program coordinator.
This is an intensive and specialized classroom program for engineers who want to build careers as embedded systems professionals. The program has been launched in collaboration with Nasscom to support the specific hiring requirements of technology leaders.
The program is a face-to-face program in Pune with limited batch sizes to provide rigorous practical and project-oriented training. The program covers a wide range of topics, including:
Embedded operating systems
Drivers
Applications and middleware
Verification and validation
Students will receive hands-on training on Raspberry Pi and STM hardware kits, and software such as STM32 Cube IDE, LDRA Tool Suite and MATLAB.
The program is designed to help students develop the skills they need to land top embedded systems jobs. By the end of the program, students will be able to:
Understand the fundamentals of embedded systems
Design and develop embedded systems
Use embedded operating systems and drivers
Develop embedded applications and middleware
Perform verification and validation of embedded systems
The Accelerated Career Program in Embedded Systems is a great way to learn the skills you need to start a career in embedded systems. The program is rigorous, but it is also rewarding. If you are passionate about embedded systems, and you are looking for a challenging and rewarding career, then this program is for you.
Benefits of the program
Learn the skills you need to land a top embedded systems job
Gain hands-on experience working on real-world projects
Network with other engineers in the embedded systems field
Be mentored by experienced industry professionals
Career-oriented intensive program prescribed by Industry leaders as per their specific hiring requirements: The program is designed to meet the specific hiring requirements of top technology companies. This means that you will be learning the skills that are in demand by employers.
Content exclusively created for nasscom by BICARD: The content for the program is created by BICARD, a leading training provider in the embedded systems field. This means that you can be confident that you are learning from the best.
Nasscom and SSC-certified program: The program is certified by nasscom and SSC, which are the leading industry associations in India. This means that the program meets the highest standards of quality.
Project-based pedagogy with hands-on experience on Raspberry Pi and STM: The program uses a project-based pedagogy, which means that you will be learning by doing. You will work on real-world projects using Raspberry Pi and STM hardware kits. This will give you the hands-on experience you need to be successful in your career.
Offline training - seating program that helps focus learning with a 25:1 Student-Instructor ratio: The program is offered in an offline classroom setting, which allows for more focused learning. You will have a 25:1 student-instructor ratio, which means that you will get plenty of individual attention from your instructor.
Career Services Support for Resume Building, Aptitude and Soft Skills Training, mock interviews, and interview-specific coaching: The program includes career services support, which will help you with your resume, aptitude and soft skills training, mock interviews, and interview-specific coaching. This will give you the edge you need to land your dream job.
Interview Opportunities with nasscom partner companies within 45 days of course completion: Within 45 days of course completion, you will have the opportunity to interview with nasscom partner companies. This is a great way to get your foot in the door with top companies.
If you are looking for a career-oriented, intensive program that will teach you the skills you need to land a top embedded systems job, then the Accelerated Career Program in Embedded Systems is the perfect program for you.
On a daily basis we talk to companies expert in these domains to fine tune our curriculum. Here are the list of courses that are part of this program. In total, there are 8 courses that are available in this program
System Development Life Cycle (V-Model)
SDLC- Development Lifecycles and Frameworks: SDLC Overview, Phases, and Embedded System Design Cycle
Agile - An Iterative and Responsive Software Development Methodology: Test Driven Development (TDD), Behavior Driven Development (BDD), and Model Driven Development (MDD)
Development Bible: Static Code Analysis, Code Repository, Build, and Deployment Process
Development and Operations: SDLC - Security Development Life Cycle
Embedded Testing Overview
loT Security Overview
Hardware and Laboratory Familiarization
Introduction to Embedded System: Architecture, Standard Interfaces, and Schematic/Datasheet Exploration
Electrostatic Discharge Essentials: ESD Causes, Occurrence at Different Levels of Integration, and Prevention
Fundamentals of Booting for Embedded Processors: Host and Target Development Setup, and System Boot Components
Securing Embedded System: Hardware and Software Security in Embedded System
System Programming Using C
Building Executables: Linkers, Memory Layout, Map Files, and Building Libraries
Debugging and Tracing: Debugging with GDB and Trace
Memory Management: Memory Architecture
Advanced-Data Types: Variable Length Data Structure
Referencing Data and Functions: Pointers
Working with Registers: Bit-level operations and Handling Special Registers
Embedded OS Fundamentals
Introduction: FreeRTOS
RTOS Concepts
Memory Management: Memory Types and Management
Task Management and Scheduler
Inter Task Communication - Synchronization: Queue, Interrupt Management, and Semaphore
Resource Management: Shared Resources, Mutex, and Event Groups
Timer Management: Software and Hardware Timers
Task Notifications
FreeRTOS File System
Driver, Applications, and Middleware
Introduction to ARM Cortex-M: Architecture, Pin Diagram, and Memory Organization
Introduction to Intel Architecture and its Variants: CISC Vs RISC and x86 Processor
Introduction to Target board and GPIO Programming
Interrupts, Timers, and Counters
Baremental Programming
Linux Driver Development: Fundamentals, USB device driver and Network Kernel Driver
Code Optimization
Verification and Validation
Fundamentals of Testing, Seven Testing Principles, Test Process
Testing throughout SDLC: SDLC Models, Test levels & Types
Static Techniques
Test Techniques : Categories, Black Box and White Box Testing
Test Infrastructure : Embedded Software Test Environments, Tools Categorization, Test Automation
Packaging, Release, and DevOps
Overview of DevOps
Makefile & Version Control with Git
Packaging Release and Continuous Integration: Introduction to Jenkins, CI/CD with Jenkins
VEmbedded System: Domain Specific
Machine Learning, ML for Embedded System, Dataset and Feature Selection, Neural Network
Automotive Embedded Systems: Introduction, Modelling, AUTOSAR Architecture, AUTOSAR Model Deployment in MATLAB
Overview of ISO26262
Traffic Light Control System
This project will teach you how to design and implement a traffic light control system using Raspberry Pi.
Smart Home Automation System
This project will teach you how to design and implement a smart home automation system using Raspberry Pi.
Medical Device Monitoring System
This project will teach you how to design and implement a medical device monitoring system using Raspberry Pi.
Industrial Automation System
This project will teach you how to design and implement an industrial automation system using Raspberry Pi.
Embedded Linux System
This project will teach you how to develop an embedded Linux system using Raspberry Pi.
STM32-based Motor Control System
This project will teach you how to develop a motor control system using STM32 microcontrollers.
STM32-based Sensor Interfacing System
This project will teach you how to interface sensors with STM32 microcontrollers.
STM32-based CAN Bus Communication System
This project will teach you how to implement CAN bus communication using STM32 microcontrollers.
STM32-based RTOS System
This project will teach you how to develop an RTOS system using STM32 microcontrollers.
STM32-based USB Device Development
This project will teach you how to develop a USB device using STM32 microcontrollers.
These projects are designed to give you a practical understanding of the skills you need to be successful in the embedded systems field. By working on these projects, you will learn how to design, develop, and debug embedded systems. You will also learn how to use industry-standard tools and technologies.
Whether you’re looking to start a new career, or change your current one, BICARD helps you get ready to get placed in Top Companies.
The demand for embedded systems engineers is indeed skyrocketing, and this trend is only going to continue in the future. The automotive sector is a major driver of this demand, as more and more vehicles are becoming electrified. Embedded systems are essential for the operation of electric vehicles, and there is a growing need for engineers who can design and develop these systems.
The Accelerated Career Program in Embedded Systems from BICARD is a great way to learn the skills you need to succeed in this field. The program is designed to be hands-on and project-based, so you will get the practical experience you need to be successful. You will also learn from experienced industry professionals who can help you develop your skills.
If you are interested in a career in embedded systems, I highly recommend the Accelerated Career Program in Embedded Systems from BICARD. It is a great way to learn the skills you need to succeed in this growing field.
The program is a limited-seat, 3-month-long embedded programming course that ensures that the learners get undivided attention from the instructors. Hence, the program has a Student-Instructor ratio of 25:1.
If you are interested in learning more about the program, you can visit the BICARD website or contact the program coordinator.
The Accelerated Career Program in Embedded Systems is a great course for anyone who is interested in a career in embedded systems. The course is designed for students and graduates of electrical and related engineering streams, but it is also open to experienced professionals who want to improve their domain expertise.
The course will teach you the skills you need to design, develop, and debug embedded systems. You will also learn how to use industry-standard tools and technologies.
The course is project-based, so you will get the practical experience you need to be successful. You will also learn from experienced industry professionals who can help you develop your skills.
If you are interested in a career in embedded systems, I highly recommend the Accelerated Career Program in Embedded Systems. It is a great way to learn the skills you need to succeed in this growing field.
In addition to these concepts, you will also learn how to use industry-standard tools and technologies, such as Raspberry Pi, STM32 microcontrollers, STM32 Cube IDE, LDRA Tool Suite, and MATLAB.
The Accelerated Career Program in Embedded Systems is a great way to learn the skills you need to succeed in a career in embedded systems. The program covers a wide range of topics, including embedded operating systems, drivers, applications and middleware, verification and validation. You will also learn how to use industry-standard tools and technologies.
The program is project-based, so you will get the practical experience you need to be successful. You will also learn from experienced industry professionals who can help you develop your skills.
Here are some of the career opportunities you will have after taking the course:
The program also has a number of key highlights, including:
If you are interested in a career in embedded systems, I highly recommend the Accelerated Career Program in Embedded Systems. It is a great way to learn the skills you need to succeed in this growing field.
Completing this comprehensive embedded systems course will make you job-ready for the following roles:
Students/graduates of electrical and related engineering streams can take the Accelerated Career Program in Embedded Systems course.
No, the Embedded Systems course is an offline program!
This is a 3-month embedded systems training course that will make you job-ready in embedded systems and embedded systems programming.
Yes, you shall be given a course completion certificate after completing the Embedded Systems course. The top 5% of the scorers will receive a merit certificate alongside the course completion certificate.
Yes, you can clear your doubts during coursework from our technical support team through email and support.
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