Linux

HRDC Reg No: 10001512651
Course Duration: 3 Days (21 Hours)

Course Overview

The Bash Shell Scripting course provides a comprehensive understanding of Linux/Unix shell scripting to automate system administration tasks, manage IT processes, and optimize workflows. Over 3 days, participants will learn shell scripting fundamentals, advanced scripting techniques, and remote system interaction.

Hands-on labs and real-world case studies will enable participants to confidently use Bash scripting in professional IT environments.

Who Should Attend?

This course is ideal for:

• System Administrators – Automate system tasks and improve efficiency.
• DevOps Engineers – Enhance workflows using custom scripts.
• IT Professionals – Simplify system management and process automation.
• Database Administrators – Manage database operations with Bash scripting.

Why Choose This Course?

HRDC Claimable (HRDC Reg No: 10001512651)
Hands-on Training with Practical Applications
Automation Skills for IT & System Administration
Expert Guidance from Industry Professionals

Learning Outcomes

By the end of this course, participants will be able to:

Understand Linux/Unix system architecture & shell functionalities.
Create and manage shell scripts for various automation tasks.
Use shell variables, operators, and control structures effectively.
Implement Unix filters and regular expressions for data processing.
Integrate shell scripts with databases and remote systems.
Develop robust and reusable scripts with functions & external modules.

Prerequisites

Basic Knowledge of Linux/Unix Operating Systems
Familiarity with Command-Line Interfaces
Basic Programming Knowledge (Recommended)

Lab Setup

System Requirements:

• Linux system (CentOS, RHEL, or Ubuntu) with Bash shell
• Minimum 4GB RAM and 2 CPU cores
• Root access for administrative tasks

Software Requirements:

• Bash shell (Pre-installed on most Linux systems)
• Text editors like Vim or Nano
• SQLite or MySQL (For database connectivity exercises)

Network Configuration:

• SSH enabled (For remote system exercises)

Teaching Methodology

Interactive Lectures – Concept explanations supported by real-world examples.
Hands-On Labs – Guided exercises to apply scripting knowledge.
Scenario-Based Training – Simulating real-world automation challenges.
Group Discussions – Collaborative troubleshooting & knowledge sharing.
Assessments & Feedback – Quizzes & interactive Q&A sessions.

Linux

HRDC Reg No: 10001513375
Course Duration: 2 Days (14 Hours)

Course Overview

The Advanced Linux Programming course is designed for experienced Linux developers who want to deepen their understanding of Linux systems programming and low-level development. This course covers kernel internals, device driver programming, system calls, threading, advanced debugging, and performance optimization.

Participants will gain hands-on experience in building and debugging Linux modules, optimizing system performance, and handling low-level I/O operations. By the end of the course, participants will have the advanced skills needed to tackle complex programming challenges in Linux environments.

Who Should Attend?

This course is ideal for:

• Software Engineers – Developing high-performance Linux applications.
• System Programmers – Enhancing expertise in kernel-level development.
• Embedded System Developers – Working on low-level hardware interactions.
• Linux Application Developers – Looking to build optimized system-level applications.
• IT Professionals & Advanced C/C++ Developers – Gaining in-depth Linux programming knowledge.

Why Choose This Course?

HRDC Claimable (HRDC Reg No: 10001513375)
Hands-on Training with Advanced Linux Techniques
Real-World Applications & Debugging Scenarios
Guided Learning from Industry Experts

Learning Outcomes

By the end of this course, participants will be able to:

Understand Linux kernel internals and the booting process.
Utilize advanced system calls & inline assembly for low-level programming.
Develop and debug device drivers & kernel modules.
Use advanced tools for debugging, profiling, and memory analysis.
Handle low-level I/O, process management, and threading efficiently.
Implement security best practices for Linux application development.

Prerequisites

Proficiency in C/C++ Programming
Basic Knowledge of Linux/UNIX Systems & Command-Line Tools
Familiarity with Basic Linux Shell Scripting
Prior Experience with Linux Application Development (Recommended)

Lab Setup

To ensure effective hands-on learning, the following setup is required:

Operating System: Redhat Linux 8 or Ubuntu 20.04+ (Installed on VM or Native Hardware)
Development Tools:

• GCC (GNU Compiler Collection)
• GDB (GNU Debugger)
• Make, CMake, Coverity, cppcheck (Static Analysis Tools)
• Valgrind, AddressSanitizer, perf (Memory Debugging & Profiling Tools)

Teaching Methodology

Lectures – Conceptual explanations and theory-based learning.
Hands-On Labs – Practical implementation and coding exercises.
Case Studies – Real-world programming scenarios.
Group Activities – Collaborative coding & problem-solving.
Assessments – Quizzes & exercises to reinforce learning.
Live Demos – Demonstrations of debugging tools & techniques.
Interactive Discussions – Q&A sessions & in-depth concept analysis.

Linux

HRDC Reg. No: 10001306393
Course Duration: 10.5 Hours (1.5 Days)

Course Overview

This intensive Linux System Programming course focuses on system calls and their implementation, enabling participants to gain a deep understanding of Linux internals. The course covers essential topics such as file handling, memory management, process control, inter-process communication (IPC), threading, and networking.

Designed for developers, system administrators, and engineers, this course provides a hands-on learning approach to Linux system programming fundamentals.

Who Should Attend?

This course is ideal for:

• Software Developers – Seeking Linux system programming expertise.
• System Administrators – Managing and optimizing Linux-based systems.
• Embedded Systems Engineers – Working with Linux-based platforms.
• Computer Science Students – Looking to deepen their understanding of Linux internals.
• DevOps Engineers – Gaining better control over Linux system processes.

Why Choose This Course?

HRDC Claimable (HRDC Reg. No: 10001306393)
Focused Training on Key Linux System Concepts
Hands-On Approach with Real-World Scenarios
Guidance from Experienced Linux Professionals

Learning Outcomes

By the end of this course, participants will be able to:

Understand file processing operations including standard I/O and formatted I/O.
Manage file handling and memory operations using file/region locks.
Develop standard Linux utilities in C.
Analyze process structures, scheduling, and management using system calls.
Control processes using system calls and differentiate between processes and threads.
Handle signals and interrupts using system calls.
Design and implement inter-process communication (IPC) using pipes, named pipes, and message queues.
Implement client-server communication via shared memory and semaphores.
Develop basic client-server applications using TCP/UDP networking.

Prerequisites

Linux Essentials & Scripting Knowledge
C Programming with Data Structures

Teaching Methodology

Hands-On Labs – System call implementation & debugging.
Real-World Scenarios – Application-based exercises.
Code Reviews & Optimization – Best coding practices.
Interactive Sessions – Open discussions and troubleshooting.

Linux

HRDC Reg. No: 10001514421
Course Duration: 5 Days

Course Overview

The Linux System Programming Certificate Training is a comprehensive program designed to equip participants with essential skills and knowledge needed to develop software applications for the Linux operating system. This training covers fundamental and advanced concepts, including process management, file handling, inter-process communication (IPC), system calls, Bash scripting, and network programming.

This course provides a structured, hands-on approach to learning Linux system programming, ensuring practical application and in-depth understanding of Linux internals.

Who Should Attend?

This course is designed for professionals and students looking to enhance their Linux system programming skills, including:

• Software Developers – Expanding expertise in Linux-based application development.
• System Administrators – Understanding the internal workings of the Linux OS.
• Computer Science Students & Graduates – Specializing in Linux programming.
• Embedded Systems Developers – Working on Linux-based platforms.
• DevOps Engineers – Deploying and managing Linux-based systems.
• Cybersecurity Professionals – Enhancing Linux security and automation skills.
• Anyone Interested in gaining an in-depth understanding of Linux system programming.

Why Choose This Course?

HRDC Claimable (HRDC Reg. No: 10001514421)
Hands-On Learning – Real-world applications, hands-on exercises, and live demonstrations.
Project-Based Learning – Build practical utilities and system-level applications.
Expert-Led Training – Taught by experienced Linux professionals.

Learning Outcomes

By the end of this course, participants will be able to:

Master Linux command-line operations and file system management.
Write and automate tasks using Bash scripting.
Develop system-level applications using Linux system calls.
Manage processes, memory, and inter-process communication (IPC).
Understand and optimize Linux internals for performance.
Implement network communication using TCP/UDP.
Develop multi-threaded applications with POSIX threads.
Work with device drivers and low-level Linux programming.

Prerequisites

General Operating System Knowledge (For Linux Essentials)
Basic Linux Knowledge (For Bash Scripting & System Programming)
C Programming with Data Structures (For System Programming Module)

Teaching Methodology

Hands-On Lab Exercises – Practical implementation of system calls, file handling, process management, and IPC.
Real-World Use Cases – Applied scenarios in network programming, automation, and system tuning.
Project-Based Learning – Develop custom Linux utilities and system-level applications.
Live Demonstrations – Practical walkthroughs of Linux internals and debugging techniques.
Code Reviews & Debugging Sessions – Best coding practices, optimizations, and debugging.
Interactive Q&A – Open-ended discussions to clarify concepts and explore advanced topics.

Linux

HRDC Reg. No: 10001514421
Course Duration: 2 Days (14 hours)

Course Overview

The Linux System Programming course provides an in-depth understanding of core Linux concepts and system-level programming. Participants will explore critical components like file management, process handling, inter-process communication (IPC), signaling, threading, and device drivers. The course combines theory with hands-on exercises to ensure practical knowledge and application in real-world scenarios, making it ideal for professionals working on system-level applications or embedded systems.

Who Should Attend?

This course is designed for professionals who want to deepen their knowledge of Linux system programming, including:

• System Programmers – Interested in Linux kernel development.
• Embedded Developers – Building software for embedded systems.
• DevOps Engineers – Gaining in-depth Linux system knowledge.
• IT Professionals – Handling complex system-level tasks.

Targeted Industries

• IT Services & Consulting – Advanced Linux programming for client solutions.
• Telecommunications – Optimizing and maintaining Linux-based systems.
• Embedded Systems – Developing applications for hardware integration.
• Automotive – Building Linux-based in-vehicle systems.
• Cloud Computing – Improving system-level performance and resource management.

Why Choose This Course?

HRDC Claimable (HRDC Reg. No: 10001514421)
Hands-on Training with Real-world Applications
Experienced Trainers with Industry Expertise
Structured Learning Approach with Practical Labs

Learning Outcomes

By the end of the course, participants will be able to:

1. Understand the architecture and features of Linux/Unix.
2. Manage files and directories, including file systems and I/O handling.
3. Handle processes and manage their states, scheduling, and resource limits.
4. Implement signaling mechanisms and timers.
5. Use primitive IPC mechanisms for effective communication between processes.
6. Work with POSIX threads for multithreading in applications.
7. Develop, compile, and load device drivers in the Linux kernel.

Prerequisites

Familiarity with Linux/Unix operating systems.
Basic knowledge of C programming.
Understanding of system-level programming concepts is recommended.

Lab Setup

System Requirements:

• OS: Red Hat Linux 8 or Ubuntu 20
• Hardware: Minimum 8GB RAM and 4 CPU cores

Software Requirements:

• Development Tools: GCC compiler for C programming
• Debugging Tools: GDB for debugging and analyzing code
• Development Environment: Text editor or IDE such as Vim, VS Code, or Sublime Text

Teaching Methodology

Interactive Lectures – Core concepts explained with diagrams and real-world examples.
Hands-On Labs – Guided exercises for practical implementation.
Case Studies – Application of Linux programming concepts to solve real-world problems.
Assessments – Quizzes and hands-on challenges to validate learning outcomes.