Programming Languages

★★★★★

(2,095 ratings) 50,000+ Student

C/C++ AND EMBEDDED C PROGRAMMING

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.

Radical Technologies

50,000+ English 50 Hours Weekdays / Weekends Classroom / Online / Corporate

Online / Classroom

IT Training Programme

Duration 50 Hours

Batch Type Weekdays / Weekends

Mode of Training Classroom / Online / Corporate

Locations Pune, Bangalore, Kochi

Language English

Certification Globally Recognized

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100% placement assistance

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What you'll learn

Understand core concepts and architecture from the ground up

Get hands-on with the tools used by working professionals

Build real-world projects you can add to your portfolio

Learn industry best practices and coding standards

Practice with real datasets and real-world scenarios

Prepare for certification and technical interviews

Work on collaborative, team-based exercises

Apply performance tuning and optimization techniques

Understand how the technology fits into a larger ecosystem

Complete assignments reviewed by mentors

Programme Overview

37 sections covering the complete curriculum — a single, progressive learning arc.

50 Hours

Training Duration

Core Modules

759

Total Lessons

4.7★

Average Rating

50K+

Students Trained

Foundations & Core Concepts

Get hands-on with the fundamentals and architecture — the building blocks for everything that follows.

Fundamentals Architecture Setup

Hands-On Practical Training

Work through real exercises and assignments designed to mirror what you will do on the job.

Practicals Assignments Labs

Real-World Projects

Apply what you have learned to end-to-end projects that go straight into your portfolio.

Projects Portfolio Case Studies

Advanced Techniques

Go beyond the basics with advanced concepts, integrations and production-grade practices.

Advanced Integration Best Practices

Ecosystem Integration

Understand how this technology connects with the broader tools and platforms used in the industry.

Ecosystem Tools Platforms

Performance & Interview Prep

Master optimization techniques and prepare for the technical interview questions employers actually ask.

Optimization Interview Prep Certification

Who is this programme for?

Whether you're already writing code, working with data, or supporting applications today — this programme is built to take you into a Programming Languages role.

Software Developers

Engineers who want to add this skill set to their toolkit

Analysts & Consultants

Professionals moving into a more technical, hands-on role

IT Professionals

System admins and support engineers upskilling into a new domain

Fresh Graduates

CS/IT graduates aiming for a job-ready technical role

Course Curriculum

37 sections • 759 lessons • 50 Hours

Jump to Section

Total Duration

50 Hours

100% Practical · Unlimited Doubt Sessions

01 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

02 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.

03 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

04 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-else

Nested if

switch-case

for loop

while loop

do-while

break

continue

goto

05 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

06 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

07 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

08 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

09 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

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

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

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

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

C Programming Fundamentals Lab

Control Flow & Loop Programming Lab

Functions & Recursion Lab

Array & Matrix Processing Lab

String Processing Lab

Pointer Programming Lab

Dynamic Memory Management Lab

Structures & Unions Lab

Bit Manipulation Lab

File Handling Lab

Linked List Implementation Lab

Stack & Queue Implementation Lab

Sorting & Searching Algorithms Lab

Function Pointer & Callback Lab

Finite State Machine Lab

C++ Labs

C++ Fundamentals Lab

Class & Object Lab

Inheritance & Polymorphism Lab

Operator Overloading Lab

Template Programming Lab

Exception Handling Lab

STL Containers Lab

STL Algorithms Lab

Smart Pointer Lab

Multithreading Lab

Modern C++ Programming Lab

Embedded C Labs

Microcontroller GPIO Lab

LED & Push Button Lab

Timer Programming Lab

Interrupt Programming Lab

UART Communication Lab

SPI Communication Lab

I2C Communication Lab

ADC Sensor Interface Lab

PWM Motor Control Lab

LCD/OLED Interface Lab

EEPROM Interface Lab

Watchdog Timer Lab

Low-Power Embedded Programming Lab

FreeRTOS Task & Scheduling Lab

RTOS Semaphore & Mutex Lab

Embedded Debugging Lab

29 Assignments

Student Management System in C

Banking System Using Structures

Employee Payroll System

Library Management System

File-Based Inventory System

String Processing Utility

Dynamic Memory Management Challenge

Linked List Implementation

Stack & Queue Implementation

Sorting Algorithm Benchmark

Function Pointer Callback Framework

Finite State Machine Assignment

C++ Banking Application

OOP Employee Management System

STL-Based Inventory Manager

Smart Pointer Memory Management

Multithreaded Producer-Consumer Program

Embedded Register Manipulation Assignment

GPIO Driver Assignment

UART Communication Assignment

I2C Sensor Communication Assignment

ADC-Based Temperature Monitoring

PWM Motor Control Assignment

Interrupt-Based Event Controller

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:

Firmware crashes after running for several hours.

MCU resets unexpectedly.

UART communication occasionally fails.

Sensor data contains random values.

GPIO output is not switching correctly.

Interrupt is not triggering.

Timer frequency is incorrect.

I2C device is not detected.

SPI sensor returns incorrect data.

ADC readings are unstable.

PWM frequency is incorrect.

Motor suddenly stops.

Firmware consumes excessive RAM.

Stack overflow occurs.

Heap memory becomes fragmented.

Watchdog continuously resets the system.

Race condition occurs between tasks.

RTOS task misses its deadline.

Deadlock occurs between two tasks.

Firmware must support a new sensor.

Existing C code must be migrated to C++.

Legacy firmware needs modularization.

Firmware needs to reduce CPU utilization.

Boot time must be reduced.

Product requires a new communication protocol.

Firmware needs production-level logging.

Embedded system needs low-power operation.

Firmware must recover automatically from a peripheral failure.

Hardware revision requires firmware changes.

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

Tools & Technologies

Every tool listed here is installed, configured and used in a hands-on lab session.

Core Tools

Hands-On Labs

Practical Environment

Industry-Standard Tools

Real-World Setup

Guided Exercises

Skill Building

Sample Datasets

Practice Material

Practice & Projects

Mini Projects

Applied Practice

Assignments

Mentor Reviewed

Doubt Sessions

Live Support

Career Readiness

Resume Building

Career Support

Mock Interviews

Interview Prep

Certification Prep

Global Recognition

Deployment & Delivery

Production Practices

Real-World Ready

Best Practices

Industry Standards

759+

Hands-On Lessons

Core Modules

50 Hours

Training Duration

100%

Practical Training

You don't just learn C/C++ AND EMBEDDED C PROGRAMMING. You ship it.

Three major projects, each mirroring how production teams actually work — from guided foundations to a portfolio-ready capstone.

PROJECT // 01

Guided Foundation Project

→Requirement Analysis

→Guided Implementation

→Mentor Review

→Iteration

Foundation Beginner

Apply the fundamentals in a structured, mentor-reviewed project

Take the core concepts from the first half of the curriculum and apply them to a realistic scenario, with guidance and feedback from your mentor at every step.

Structured project brief

Step-by-step implementation

Mentor feedback and review

Documented outcome

Stack Core Concepts Best Practices

PROJECT // 02

Applied Practice Project

→Scenario Design

→Independent Build

→Testing & Validation

→Peer Review

Applied Intermediate

Build a more independent project mirroring real production scenarios

Work through a project that combines multiple concepts from the curriculum, closer to how work is actually structured on the job — less hand-holding, more ownership.

End-to-end implementation

Testing and validation

Documentation

Peer/mentor review

Stack Applied Skills Testing

PROJECT // 03

Capstone Project

→Planning

→End-to-End Build

→Review & Refinement

→Presentation

Capstone Advanced

Take a project from requirements to a polished, portfolio-ready deliverable

Your final project — plan, build, test and present a complete solution using everything covered in the curriculum, reviewed by mentors before you graduate.

Complete working solution

Presentation-ready documentation

Mentor sign-off

Portfolio-ready deliverable

Stack Full Curriculum Portfolio

All 3 projects go directly into your portfolio & resume — reviewed by mentors before you graduate.

See Sample Project Reports

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Why Radical Technologies

Live Online Training

Highly practical oriented training
Installation support on your system
24/7 Email and Phone support
100% Placement Assistance
Global Certification Preparation
Trainer-Student Interactive Portal
Assignments and Projects by Mentors

Live Classroom Training

Weekend / Weekdays / Morning / Evening batches
80:20 Practical and Theory ratio
Real-life Case Studies
Easy make-up for missed sessions
PSI | Kryterion | Redhat Test Centers
Lifetime Video Classroom Access (coming soon)
Resume Prep and Mock Interviews

Self-Paced Training

Learn 300+ courses at your own time
50,000+ Satisfied Learners
Course Completion Certificate
Practical Labs available
Mentor Support available
Doubt Clearing Session available
10% Discounted Global Certification

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Global Certification

Radical Technologies is the leading IT certification institute in Pune, offering globally recognized certifications across various domains. With expert trainers and comprehensive materials, we ensure students gain in-depth knowledge and hands-on experience to excel in their careers. Our certification programs are tailored to meet industry standards — from cloud technologies to data science — empowering individuals to stay ahead in the ever-evolving tech landscape.

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At Radical Technologies, we are committed to your success beyond the classroom. Our 100% Job Assistance program ensures that you are not only equipped with industry-relevant skills but also guided through the job placement process. With personalised resume building, interview preparation, and access to our extensive network of hiring partners, we help you take the next step confidently into your IT career.

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C/C++ And Embedded C Programming Course Certification with Online Training in Pune [UPDATED]

C, C++ & Embedded C Training Course is a job-oriented program designed to build strong programming skills from fundamentals to advanced development. The course covers C Programming, Advanced C, C++, OOP, STL, Modern C++, Embedded C, Microcontrollers, GPIO, Timers, Interrupts, UART, SPI, I2C, ADC, PWM, RTOS fundamentals, debugging, and embedded projects.

Learners gain practical experience in coding, memory management, debugging, hardware interaction, device communication, and real-time programming through hands-on training and industry-oriented projects.

This course is ideal for students, beginners, C/C++ developers, software engineers, and aspiring Embedded C, Firmware, IoT, and Automotive Embedded professionals looking to build practical skills for embedded and software development careers.