Advanced Embedded Systems with IoT
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INTRICATELY DESIGNED CURRICULUM TO
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Welcome to a transformative journey with Cadmaxx Edtech. Dive into 6 months of immersive hands-on training in Embedded Systems to get placed in the core industry. Unleash your potential and set sail towards a prosperous career in Embedded Systems. Our comprehensive 6-month program is designed to provide you with the skills, knowledge, and practical experience needed to excel in the dynamic world of embedded technology.
Mandatory Modules
- C Programming
- Data structures and algorithms
- C++ programming
- Python Programming
- Microcontrollers (STM32) and Protocols
- Linux operating Systems
- Internet of Things
- MISRA Standards, Debugging and Build process
- ADAS and Functional Safety
- Projects Work
Add On Modules
- Analog Electronics
- Quantitative Aptitude and logical reasoning
- Digital Electronics
- Verbal and Non-verbal
Optional Modules (Based on client requirements)
- Matlab
- QT Framework
- Unit Testing
- AUTOSAR
- Job assurance: We ensure that students have job security upon program completion.
- Hands-On Learning: Our program prioritizes practical experience to prepare students for real-world challenges.
- Industry-Relevant Curriculum: Our curriculum is vetted by industry experts ensuring graduates are well-prepared for in-demand jobs.
- Expert Trainers: Students learn from industry experts who provide valuable mentorship and real-world insights.
- Regular Assessments: Students undergo regular assessments to track their progress and ensure they meet the required standards for job placement.
- Every day two hours of classroom and 6 hours of hands-on sessions
- Daily assignments
- Weekly assessments
- Mock interviews from Industry experts at regular intervals
- One-on-one mentoring to provide additional guidance and support.
- Working with Real-world projects
- Academic grades: 70% throughout academics without any educational gaps or backlogs in any semesters
- Year of passing: 2022, 2023 and 2024
- Specialisation: BE/BTECH/ME/MTECH in ECE/EEE/TCE/IT/CSE/ISE
- Selection Rounds
- Written Test
- Face to face technical interview
- Selection Process Topics
- Basics of C Programming
- Analog and Digital Electronics
- General Aptitude
At Cadmaxx Edtech, we take pride in our commitment to delivering exceptional training solutions and empowering individuals and organizations to excel in their respective fields. With over 20 years of dedicated presence in the training industry, we have established ourselves as a trusted and reliable partner for knowledge and skill development.
With a legacy built on excellence and a future dedicated to continuous improvement, we are your go-to destination for comprehensive and result-driven training. Our team of experienced trainers and a diverse range of training programs ensure that individuals and organizations receive the highest quality education. Discover the difference of learning with us and embark on a path of success. Join hands with Cadmaxx Edtech for the training you deserve.
Course Curriculum
- Introduction to C Programming
- Overview of programming languages
- Setting up the development environment
- Data types, Variables, Constants Operators
- Conditional statements (if, else, switch)
- Loops (for, while, do-while)
- Break and continue statements.
- Functions
- Arrays
- Pointers
- Storage classes
- Dynamic memory allocation
- Strings
- Structures and Unions:
- File Handling:
- Preprocessor Directives:
- Enumerations
- Bitwise operations
- Typedef and type casting
- Command-line arguments
- Standard C Library Functions
- Introduction to Data Structures and Algorithms
- Basic definitions and concepts
- Importance in computer science and programming
- Linked Lists
- Stacks and Queues
- Trees
- AVL trees
- Graphs
- Sorting Algorithms
- Overview of C++ history and significance
- Data types and variables
- Input and output operations (cin and cout)
- Conditional statements (if, else if, switch)
- Loops (for, while, do-while)
- Break and continue statements.
- Functions
- Arrays and Vectors
- Pointers and References:
- Object-Oriented Programming (OOP)
- Classes and objects
- Constructors and destructors
- Member functions and data members
- Inheritance and polymorphism
- Encapsulation and access specifiers
- Standard Template Library (STL)
- File Handling
- Exception Handling
- Templates and Generic Programming
- Smart Pointers
- Advanced C++ Features (optional)
- Lambda expressions
- Introduction to Python
- Python Identifiers, Keywords, and Indentation
- Command line arguments
- Python Data Types
- Conditional statements (if, else if, switch)
- Loops (for, while, do-while)
- Break, continue, assert, pass and return statements.
- Lists in Python
- Understanding Iterators
- Generators and Comprehensions
- Lambda Expressions
- Understanding and using Ranges
- Ordered Sets with tuples.
- Python Dictionaries and Sets
- Input and Output in Python
- Working with files
- Python functions
- Python Modules & Packages
- Working with python libraries
- data manipulation and analysis with pandas
- numerical and array operations with NumPy
- 2D plotting with Matplotlib.
- Introduction to STM32 Microcontrollers
- Different types of architecture used in embedded systems.
- RISC and CISC based on instruction types.
- Harvard and von Neumann based on memory mapping.
- Little endian and big endian based on memory access
- ARM Cortex-M Architecture Overview
- Memory mapping
- RAM & ROM memory organization.
- Low-Power Modes and Clock Configuration
- Advanced Clock Configuration Techniques
- GPIO registers and concepts
- GPIO interrupts and EXTI (External Interrupts)
- Timers and counters
- Pulse Width Modulation (PWM)
- ADC architecture and principles
- Serial and parallel Communication
- UART configuration and initialization
- Understanding and working with I2C
- Understanding SPI (Serial Peripheral Interface)
- CAN (Controller Area Network) Protocol
- History and significance of Linux
- Linux Architecture
- Understanding the file system hierarchy
- File and directory management commands
- Understanding system programming.
- Differences between application and system programming.
- File descriptors and file operations.
- Reading and writing files.
- Process Management
- Inter Process Communication (IPC)
- Threads and Concurrency
- Multithreading in Linux.
- File System Operations
- System Calls and Libraries
- Client-server communication.
- Memory Management
- System and Resource Management
- Understanding the concept of IoT.
- Historical development and evolution of IoT.
- IoT architecture and components.
- IoT hardware components (microcontrollers, sensors, actuators).
- Sensor technologies (temperature, humidity, motion, etc.).
- Communication protocols for IoT devices.
- Web Protocols (TCP/IP, HTTP)
- Wi-Fi Communication with ESP-01
- Ethernet Communication
- MQTT Integration with STM32
- Introduction to LoRa and LoRaWAN
- Overview of coding standards and guidelines.
- Introduction to MISRA C/C++ guidelines.
- Benefits of adhering to coding standards.
- Common coding pitfalls.
- Understanding MISRA C/C++ compliance.
- Key rules and recommendations.
- Code structure and documentation.
- What are Makefiles and why are they important.
- Makefile structure and syntax.
- Managing dependencies and targets.
- Creating Makefiles for building C/C++ projects.
- Rules for compiling and linking.
- CMake Introduction
- Basic CMake syntax and commands.
- Defining project structure and source files.
- Managing libraries and dependencies.
- Generating build systems for different platforms
- Working with GDB, Valgrind and coredump
- Introduction to ADAS
- What are ADAS and their importance?
- Role of ADAS in Autonomous driving
- Sensors used in ADAS (cameras, radar, lidar, ultrasonic sensors).
- Components and subsystems in ADAS.
- ADAS and safety systems
- Vehicle Integration
- Diagnostic tools and procedures
- Considerations for the safe use of ADAS technologies
- Introduction to functional safety
- Functional Safety Basics
- Functional Safety Management
- ISO 26262 standard