C/C++ AND EMBEDDED C PROGRAMMING

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C, C++ & Embedded C Programming is a comprehensive training program designed to help learners build strong programming and embedded development skills. It covers everything from C and C++ fundamentals to advanced programming, object-oriented concepts, Embedded C, microcontrollers, hardware interfacing, communication protocols, debugging, and real-time programming. The course enables learners to develop efficient software and embedded applications through practical coding, hands-on projects, and industry-focused training.

Duration of Training : 50 Hours
Batch type : Weekdays/Weekends
Mode of Training : Classroom/Online/Corporate Training
Detailed Syllabus • Hands-on Labs • Assignments • Support-Focused • Implementation

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Overview

The Syllabus

Curriculum Designed by Experts

1. Course Overview

This program is designed as a job-oriented C, C++ and Embedded C training program, progressing from programming fundamentals to advanced software development and microcontroller-based embedded systems.

The training covers:
C Programming → Advanced C → C++ → OOP → STL → Modern C++ → Embedded C → Microcontrollers → GPIO → Timers → Interrupts → UART/SPI/I2C → ADC/PWM → RTOS Fundamentals → Embedded Debugging → Embedded Projects

The program emphasizes hands-on coding, debugging, hardware interaction, real-time programming, memory management, device communication and industry-oriented projects.

Target Job Roles
• Embedded C Developer
• Embedded Software Engineer
• Firmware Developer
• C/C++ Developer
• Software Engineer – C/C++
• Automotive Embedded Developer
• IoT Embedded Developer
• Microcontroller Developer
• BSP Developer – Entry Level
• Device Driver Developer – Entry Level
• Embedded Test Engineer
• Firmware Validation Engineer

2. Prerequisites

Basic Prerequisites
• Basic computer knowledge
• Basic mathematics and logical reasoning
• Understanding of operating systems is beneficial
• Basic electronics knowledge is beneficial for the Embedded C portion

Recommended
• Engineering/Diploma in Electronics, Electrical, Computer Science, IT or related field
• Basic digital electronics knowledge
• Basic understanding of binary and hexadecimal numbers

No prior programming experience is mandatory.

3. Fundamentals

Programming Fundamentals
• Programming concepts
• Algorithms
• Flowcharts
• Pseudocode
• Compiler vs Interpreter
• Source code, object code and executable
• Variables
• Constants
• Data types
• Operators
• Expressions
• Input/output
• Type conversion
• Conditional statements
• Loops
• Functions
• Debugging fundamentals

Computer & Memory Fundamentals
• Binary numbers
• Hexadecimal numbers
• Bits and bytes
• Memory concepts
• Stack
• Heap
• Registers
• RAM
• ROM/Flash
• CPU fundamentals
• Memory addressing

4. Core Technical Topics – C Programming

Module 1 – C Programming Basics
• C language introduction
• C program structure
• Compilation process
• main()
• Variables and constants
• Data types
• Keywords
• Identifiers
• Operators
• Expressions
• Type casting
• Standard input/output

Control Statements
• if
• if-else
• Nested if
• switch-case
• for loop
• while loop
• do-while
• break
• continue
• goto

5. Functions & Modular Programming

• Function declaration
• Function definition
• Function calling
• Parameters
• Return values
• Call by value
• Recursion
• Scope
• Lifetime
• Storage classes
• Static functions
• Modular programming
• Header files
• Multiple source files

6. Arrays & Strings

Arrays
• One-dimensional arrays
• Two-dimensional arrays
• Multidimensional arrays
• Array traversal
• Searching
• Sorting
• Matrix operations

Strings
• Character arrays
• String handling
• String functions
• String comparison
• String searching
• String manipulation
• String parsing

7. Pointers – Advanced C

• Pointer fundamentals
• Address operator
• Dereferencing
• Pointer arithmetic
• Pointer to pointer
• Array pointers
• Pointer and arrays
• Pointer and strings
• Function pointers
• Callback functions
• Pointers to structures
• Dynamic memory
• NULL pointers
• Dangling pointers
• Wild pointers
• Memory leaks

8. Structures, Unions & Enumerations

• Structures
• Nested structures
• Array of structures
• Pointers to structures
• Structures and functions
• Typedef
• Unions
• Enumerations
• Bit-fields
• Packed structures
• Memory alignment
• Padding

9. Dynamic Memory Management

• malloc()
• calloc()
• realloc()
• free()
• Heap management
• Memory allocation strategies
• Memory leaks
• Double free
• Use-after-free
• Memory corruption
• Defensive programming

10. Advanced C

• Preprocessor
• Macros
• Conditional compilation
• Header guards
• #define
• #include
• #ifdef
• #ifndef
• #pragma
• Command-line arguments
• File handling
• Binary files
• Text files
• Error handling
• errno
• Assertions

Advanced Programming
• Function pointers
• Callback architecture
• State machines
• Finite State Machines
• Circular buffers
• Linked lists
• Stacks
• Queues
• Hash tables
• Bit manipulation
• Bit masking
• Bit shifting

11. Data Structures & Algorithms with C

• Linked Lists
• Doubly Linked Lists
• Circular Linked Lists
• Stack
• Queue
• Circular Queue
• Binary Search
• Linear Search
• Bubble Sort
• Selection Sort
• Insertion Sort
• Quick Sort
• Merge Sort
• Binary Trees
• Hashing
• Time complexity
• Space complexity

12. C++ Programming

C++ Fundamentals
• C vs C++
• C++ program structure
• Namespaces
• References
• Functions
• Function overloading
• Default arguments
• Inline functions
• Const correctness
• auto
• Type inference
• Scope resolution

13. Object-Oriented Programming

OOP Concepts
• Classes
• Objects
• Constructors
• Destructors
• Encapsulation
• Abstraction
• Inheritance
• Polymorphism

Advanced OOP
• Single inheritance
• Multiple inheritance
• Multilevel inheritance
• Hierarchical inheritance
• Virtual functions
• Pure virtual functions
• Abstract classes
• Function overriding
• Operator overloading
• Friend functions
• Friend classes
• Static members
• this pointer

14. Advanced C++

• Templates
• Function templates
• Class templates
• Exception handling
• Namespaces
• Lambda expressions
• Smart pointers
• RAII
• Move semantics
• Rvalue references
• Copy constructor
• Move constructor
• Copy assignment
• Move assignment
• Rule of 3
• Rule of 5
• Rule of 0

15. STL – Standard Template Library

Containers
• vector
• list
• deque
• stack
• queue
• priority_queue
• set
• multiset
• map
• multimap
• unordered_map
• unordered_set

Algorithms
• sort
• find
• search
• reverse
• count
• transform
• accumulate

Iterators
• Iterator concepts
• Iterator categories
• Iterator operations

Modern C++
• unique_ptr
• shared_ptr
• weak_ptr
• Lambda functions
• constexpr
• nullptr
• Structured bindings
• Range-based loops
• std::thread
• std::mutex
• std::future

16. Modern C++ for Embedded/Systems Development

• C++11/14/17 concepts
• Zero-cost abstractions
• RAII in embedded systems
• Memory-efficient C++
• Embedded-friendly STL
• Smart pointer considerations
• Exception-free programming
• Static allocation
• Compile-time programming
• Templates for embedded systems
• Object-oriented firmware architecture
• C++ driver abstraction

17. Embedded Systems Fundamentals

• Embedded system architecture
• Microcontroller vs microprocessor
• MCU architecture
• CPU
• ALU
• Registers
• Memory
• Flash
• SRAM
• EEPROM
• Clock systems
• Reset systems
• Boot process
• Watchdog timer
• Low-power concepts
• Real-time systems
• Bare-metal programming

18. Embedded C

Embedded C Fundamentals
• Embedded C vs Standard C
• Microcontroller programming
• Hardware registers
• Memory-mapped I/O
• Volatile keyword
• Const and volatile
• Bit manipulation
• Bit masking
• Register configuration
• Peripheral access
• Startup code concepts
• Linker concepts
• Interrupt vector table

Important Embedded C Concepts
• volatile
• static
• const
• extern
• Bit-fields
• Bitwise operators
• Memory alignment
• Endianness
• Register-level programming

19. Microcontroller Programming

Training can use platforms such as:
• ARM Cortex-M
• STM32
• ESP32
• Arduino-class microcontrollers
• PIC/AVR concepts

GPIO
• Digital input
• Digital output
• Pull-up
• Pull-down
• LED control
• Button interfacing
• Debouncing

Timers
• Timer configuration
• Counter
• Prescaler
• Timer interrupts
• Input capture
• Output compare

20. Interrupts

• Interrupt fundamentals
• Hardware interrupts
• Software interrupts
• Interrupt vectors
• ISR
• Interrupt priority
• Nested interrupts
• Interrupt latency
• Critical sections
• Interrupt-safe programming
• ISR best practices

21. UART / SPI / I2C

UART
• Serial communication
• Baud rate
• TX/RX
• UART configuration
• Interrupt-based UART
• UART debugging

SPI
• Master/slave
• Clock polarity
• Clock phase
• Chip select
• Full duplex
• SPI sensor communication

I2C
• SDA/SCL
• Addressing
• Master/slave
• ACK/NACK
• EEPROM communication
• Sensor communication

22. ADC, DAC & PWM

ADC
• Analog vs digital signals
• ADC resolution
• Sampling
• ADC configuration
• Sensor interfacing
• Temperature measurement

PWM
• Duty cycle
• Frequency
• Motor speed control
• LED brightness
• Servo control

DAC
• DAC fundamentals
• Analog output
• Signal generation

23. Embedded Sensors & Actuators

• Temperature sensors
• Light sensors
• Pressure sensors
• Proximity sensors
• Accelerometers
• Gyroscopes
• Ultrasonic sensors
• OLED/LCD displays
• LEDs
• Motors
• Relays
• Buzzers
• Servo motors

24. RTOS Fundamentals

• RTOS concepts
• Real-time systems
• Tasks
• Threads
• Scheduling
• Context switching
• Priority
• Preemptive scheduling
• Cooperative scheduling
• Semaphores
• Mutex
• Message queues
• Event flags
• Software timers
• Task synchronization
• Inter-task communication
• Deadlocks
• Priority inversion

RTOS Exposure
• FreeRTOS concepts
• Task creation
• Task scheduling
• Queues
• Semaphores
• Mutex
• Timers
• Interrupt-to-task communication

25. Embedded Linux – Introduction

• Embedded Linux architecture
• Boot process
• Linux kernel basics
• Device tree concepts
• Cross compilation
• Shell fundamentals
• GPIO from Linux
• Serial communication
• Embedded Linux development workflow
• Basic driver concepts

26. Device Driver Fundamentals

• Device driver architecture
• Character devices
• Device files
• Driver/kernel communication
• Interrupt handling concepts
• GPIO drivers
• I2C drivers
• SPI drivers
• Driver debugging fundamentals

27. Embedded Debugging

• Debugging methodology
• Breakpoints
• Watchpoints
• Register inspection
• Memory inspection
• Stack analysis
• Core dumps
• Fault handling
• HardFault analysis
• BusFault
• UsageFault
• Watchdog debugging
• Race conditions
• Timing issues
• Memory corruption

28. Hands-On Labs

C Labs
1. C Programming Fundamentals Lab
2. Control Flow & Loop Programming Lab
3. Functions & Recursion Lab
4. Array & Matrix Processing Lab
5. String Processing Lab
6. Pointer Programming Lab
7. Dynamic Memory Management Lab
8. Structures & Unions Lab
9. Bit Manipulation Lab
10. File Handling Lab
11. Linked List Implementation Lab
12. Stack & Queue Implementation Lab
13. Sorting & Searching Algorithms Lab
14. Function Pointer & Callback Lab
15. Finite State Machine Lab

C++ Labs
16. C++ Fundamentals Lab
17. Class & Object Lab
18. Inheritance & Polymorphism Lab
19. Operator Overloading Lab
20. Template Programming Lab
21. Exception Handling Lab
22. STL Containers Lab
23. STL Algorithms Lab
24. Smart Pointer Lab
25. Multithreading Lab
26. Modern C++ Programming Lab

Embedded C Labs
27. Microcontroller GPIO Lab
28. LED & Push Button Lab
29. Timer Programming Lab
30. Interrupt Programming Lab
31. UART Communication Lab
32. SPI Communication Lab
33. I2C Communication Lab
34. ADC Sensor Interface Lab
35. PWM Motor Control Lab
36. LCD/OLED Interface Lab
37. EEPROM Interface Lab
38. Watchdog Timer Lab
39. Low-Power Embedded Programming Lab
40. FreeRTOS Task & Scheduling Lab
41. RTOS Semaphore & Mutex Lab
42. Embedded Debugging Lab

29. Assignments

1. Student Management System in C
2. Banking System Using Structures
3. Employee Payroll System
4. Library Management System
5. File-Based Inventory System
6. String Processing Utility
7. Dynamic Memory Management Challenge
8. Linked List Implementation
9. Stack & Queue Implementation
10. Sorting Algorithm Benchmark
11. Function Pointer Callback Framework
12. Finite State Machine Assignment
13. C++ Banking Application
14. OOP Employee Management System
15. STL-Based Inventory Manager
16. Smart Pointer Memory Management
17. Multithreaded Producer-Consumer Program
18. Embedded Register Manipulation Assignment
19. GPIO Driver Assignment
20. UART Communication Assignment
21. I2C Sensor Communication Assignment
22. ADC-Based Temperature Monitoring
23. PWM Motor Control Assignment
24. Interrupt-Based Event Controller
25. RTOS Task Synchronization Assignment

30. Mini Projects

Mini Project 1 – Smart Digital Thermometer

Technologies: Embedded C + ADC + Sensor + LCD

Features:
• Temperature acquisition
• ADC processing
• LCD display
• Threshold alerts
• Sensor fault detection

Mini Project 2 – Password-Based Digital Lock

Technologies: Embedded C + GPIO + Keypad + LCD

Features:
• Password authentication
• Lock/unlock control
• Failed-attempt handling
• Buzzer alarm

Mini Project 3 – Smart Motor Speed Controller

Technologies: Embedded C + PWM + ADC

Features:
• Speed control
• PWM generation
• Feedback monitoring
• Overload handling

Mini Project 4 – UART-Based Device Monitoring System

Technologies: C + Embedded C + UART

Features:
• Sensor data transmission
• Command processing
• Error detection
• Serial diagnostics

Mini Project 5 – RTOS-Based Sensor Monitoring

Technologies: C/C++ + Embedded C + FreeRTOS

Features:
• Multiple tasks
• Sensor task
• Display task
• Communication task
• Queue-based communication
• Task synchronization

31. Capstone Projects

Capstone Project 1 – Industrial IoT Monitoring System

System

Sensors → Microcontroller → Embedded C Firmware → Communication → Monitoring Application

Features
• Multiple sensor interfaces
• Temperature monitoring
• Humidity monitoring
• ADC acquisition
• GPIO control
• UART/SPI/I2C communication
• Alarm management
• Data logging
• Fault detection
• Watchdog protection
• RTOS-based task management

Capstone Project 2 – Automotive Embedded Control System

Build a simplified automotive controller involving:
• Embedded C
• GPIO
• ADC
• PWM
• Timers
• Interrupts
• UART/CAN concepts
• Sensor processing
• Fault detection
• Watchdog
• State-machine architecture

Job Skills Developed
• Firmware development
• Hardware interfacing
• Real-time programming
• Debugging
• Embedded architecture
• Driver-level programming

Capstone Project 3 – Smart Motor Control System

Develop a complete motor-control prototype:

Sensor → MCU → Control Algorithm → PWM → Motor → Feedback

Include:
• PWM
• ADC
• Interrupts
• Timers
• PID fundamentals
• Fault detection
• RTOS
• UART diagnostics
• Embedded debugging

32. Real-Time Job-Oriented Scenarios

Students practice scenarios such as:
1. Firmware crashes after running for several hours.
2. MCU resets unexpectedly.
3. UART communication occasionally fails.
4. Sensor data contains random values.
5. GPIO output is not switching correctly.
6. Interrupt is not triggering.
7. Timer frequency is incorrect.
8. I2C device is not detected.
9. SPI sensor returns incorrect data.
10. ADC readings are unstable.
11. PWM frequency is incorrect.
12. Motor suddenly stops.
13. Firmware consumes excessive RAM.
14. Stack overflow occurs.
15. Heap memory becomes fragmented.
16. Watchdog continuously resets the system.
17. Race condition occurs between tasks.
18. RTOS task misses its deadline.
19. Deadlock occurs between two tasks.
20. Firmware must support a new sensor.
21. Existing C code must be migrated to C++.
22. Legacy firmware needs modularization.
23. Firmware needs to reduce CPU utilization.
24. Boot time must be reduced.
25. Product requires a new communication protocol.
26. Firmware needs production-level logging.
27. Embedded system needs low-power operation.
28. Firmware must recover automatically from a peripheral failure.
29. Hardware revision requires firmware changes.
30. Customer reports an intermittent field failure.

33. Troubleshooting Scenarios

C/C++ Troubleshooting
• Segmentation fault
• Memory leak
• Buffer overflow
• Dangling pointer
• Null pointer dereference
• Stack overflow
• Double free
• Use-after-free
• Race condition
• Deadlock
• Unexpected behavior from undefined behavior
• Incorrect object lifetime
• Copy/move-related bugs

Embedded Troubleshooting
• MCU not booting
• Firmware stuck in startup
• HardFault
• Watchdog reset
• Interrupt failure
• UART communication failure
• I2C NACK
• SPI data corruption
• ADC incorrect readings
• Timer mismatch
• PWM instability
• GPIO failure
• Sensor communication failure
• Memory corruption
• Stack overflow
• Timing violation
• RTOS task starvation
• Priority inversion
• Power-management issue

34. Industry Tools

IDEs & Development Environments
• Visual Studio
• Visual Studio Code
• Eclipse
• STM32CubeIDE
• Keil MDK
• IAR Embedded Workbench
• MPLAB X
• Arduino IDE

Compilers & Build Tools
• GCC
• G++
• ARM GCC
• Clang/LLVM
• Make
• CMake
• Ninja

Debugging Tools
• GDB
• OpenOCD
• ST-LINK
• J-Link
• Logic Analyzer
• Oscilloscope
• Serial Terminal

Embedded Platforms
• STM32
• ARM Cortex-M
• ESP32
• AVR
• PIC
• Arduino-class boards

Version Control
• Git
• GitHub
• GitLab
• Bitbucket

Testing & Quality
• GoogleTest
• CppUnit
• CMock
• Unity Test Framework
• Valgrind
• AddressSanitizer
• UndefinedBehaviorSanitizer
• Static analysis tools
• SonarQube

Automotive Exposure
• CAN
• CANalyzer
• CANoe
• Vector tools
• AUTOSAR concepts

35. Best Practices

• Follow MISRA C/C++ principles where applicable.
• Use modular architecture.
• Avoid unnecessary global variables.
• Validate pointers before use.
• Handle memory allocation carefully.
• Prevent buffer overflows.
• Use const appropriately.
• Use volatile correctly for hardware/shared state.
• Keep ISRs short.
• Avoid blocking operations inside interrupts.
• Use state machines for complex embedded logic.
• Use defensive programming.
• Maintain coding standards.
• Use meaningful naming conventions.
• Perform code reviews.
• Use static analysis.
• Implement unit testing.
• Use version control.
• Maintain traceability between requirements and tests.
• Document interfaces and APIs.
• Use hardware-in-the-loop testing where appropriate.
• Profile memory and CPU utilization.
• Design firmware for fault recovery.

36. Certification Names

Recommended C/C++ Certifications
• C Programming Certification
• C++ Institute C Programming / C++ Certifications
• C++ Certified Associate Programmer (CPA)
• C++ Certified Professional Programmer (CPP)

Embedded Certifications / Credentials
• Arm Accredited Engineer / Arm-related training credentials
• STMicroelectronics STM32 training/certification programs
• AUTOSAR-related professional training/certifications
• MISRA C/C++ training and assessment credentials

Recommended Supporting Certifications
• ISTQB Certified Tester – for embedded testing career paths
• Linux Foundation Embedded Linux training/certifications
• AUTOSAR certifications/training for automotive specialization

For employment, however, demonstrable C/C++ coding ability + embedded projects + debugging experience is often more valuable than collecting many entry-level programming certificates.

37. Mock Interviews

Round 1 – C Programming
• Pointers
• Arrays
• Structures
• Memory management
• Bit manipulation
• Function pointers
• Data structures

Round 2 – C++
• OOP
• Inheritance
• Polymorphism
• Virtual functions
• Templates
• STL
• Smart pointers
• Modern C++

Round 3 – Embedded C
• Registers
• volatile
• Interrupts
• Timers
• GPIO
• UART
• SPI
• I2C
• ADC
• PWM

Round 4 – Real-Time Scenarios
• Firmware crashes
• Memory corruption
• Watchdog resets
• Communication failures
• RTOS problems
• Hardware/software debugging

Round 5 – Project Interview
“Explain your architecture, your contribution, design decisions, debugging approach and how you solved production-like issues.”

Final Job-Ready Skill Path
C Programming
↓
Advanced C + Data Structures
↓
C++ + OOP + STL
↓
Modern C++
↓
Embedded C
↓
Microcontrollers & Registers
↓
GPIO + Timers + Interrupts
↓
UART + SPI + I2C
↓
ADC + PWM + Sensors
↓
RTOS + FreeRTOS
↓
Embedded Debugging
↓
Capstone Firmware Project
↓
Mock Interviews + Job Preparation

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C/C++ and Embedded C Programming Course Certification with Training In Kochi

Q: 1. Course Overview

This program is designed as a job-oriented C, C++ and Embedded C training program, progressing from programming fundamentals to advanced software development and microcontroller-based embedded systems. The training covers: C Programming → Advanced C → C++ → OOP → STL → Modern C++ → Embedded C → Microcontrollers → GPIO → Timers → Interrupts → UART/SPI/I2C → ADC/PWM → RTOS Fundamentals → Embedded Debugging → Embedded Projects The program emphasizes hands-on coding, debugging, hardware interaction, real-time programming, memory management, device communication and industry-oriented projects. Target Job Roles • Embedded C Developer • Embedded Software Engineer • Firmware Developer • C/C++ Developer • Software Engineer – C/C++ • Automotive Embedded Developer • IoT Embedded Developer • Microcontroller Developer • BSP Developer – Entry Level • Device Driver Developer – Entry Level • Embedded Test Engineer • Firmware Validation Engineer

Q: 2. Prerequisites

Basic Prerequisites • Basic computer knowledge • Basic mathematics and logical reasoning • Understanding of operating systems is beneficial • Basic electronics knowledge is beneficial for the Embedded C portion Recommended • Engineering/Diploma in Electronics, Electrical, Computer Science, IT or related field • Basic digital electronics knowledge • Basic understanding of binary and hexadecimal numbers No prior programming experience is mandatory.

Q: 3. Fundamentals

Programming Fundamentals • Programming concepts • Algorithms • Flowcharts • Pseudocode • Compiler vs Interpreter • Source code, object code and executable • Variables • Constants • Data types • Operators • Expressions • Input/output • Type conversion • Conditional statements • Loops • Functions • Debugging fundamentals Computer & Memory Fundamentals • Binary numbers • Hexadecimal numbers • Bits and bytes • Memory concepts • Stack • Heap • Registers • RAM • ROM/Flash • CPU fundamentals • Memory addressing

Q: 4. Core Technical Topics – C Programming

Module 1 – C Programming Basics • C language introduction • C program structure • Compilation process • main() • Variables and constants • Data types • Keywords • Identifiers • Operators • Expressions • Type casting • Standard input/output Control Statements • if • if-else • Nested if • switch-case • for loop • while loop • do-while • break • continue • goto

Q: 6. Arrays & Strings

Arrays • One-dimensional arrays • Two-dimensional arrays • Multidimensional arrays • Array traversal • Searching • Sorting • Matrix operations Strings • Character arrays • String handling • String functions • String comparison • String searching • String manipulation • String parsing

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Whether you are looking for Azure Data Engineer Training Online or prefer our in-person classes in Bangalore, Radical Technologies is your trusted partner for career advancement in data engineering. Join us today to enroll in the Best Azure Data Engineer Course and kick-start your journey towards becoming a certified data engineer.