Raghu Bharadwaj

The Linux Systems Programming Course is a career-defining program that builds the core engineering mindset needed in today’s AI-driven world. Instead of stopping at application coding, this course takes you deeper — into how operating systems, processes, and performance-critical software really work.

Linux Systems Engineering - 1025

Terms & Instructions of Usage

Code repo access on Gitlab

System Requirements & Setup

Make Tool 1/6

Make Tool 2/6

Make Tool 3/6

Make Tool 4/6

Make Tool 5/6

Make Tool 6/6

GNU Toolchain

GNU Toolchain 1/2 - 27 Oct

GNU Toolchain 2/2 - 27 Oct

Object Files 1/2 - 28 Oct

Object Files 2/2 - 28 Oct

Toolchain basics

Runtime - 29 Oct

OS Components - 29 Oct

OS Models & Integration 1/2 - 31 Oct

OS Models & Integration 2/2 - 31 Oct

Libraries 1/2 - 4 Nov

Libraries 2/2 - 4 Nov

Linkages 1/2 - 5 Nov

Linkages 2/2 - 5 Nov

Linkages 1/2 - 6 Nov.

Linkages 2/2 - 6 Nov.

Conclusion: Libraries & Linkages - 7 Nov.

Libraries and Linkages

Virtual Address - 7 Nov.

Virtual Address Space

Address Space 1/2 - 10 Nov.

Address Space 2/2 - 10 Nov.

Stack 1/2 - 11 Nov.

Stack 2/2 - 11 Nov.

System Call 1/2 - 12 Nov.

System Call 2/2 - 12 Nov.

System Calls Conclusion - 13 Nov.

Heap - 13 Nov.

Heap Allocations 1/2 - 14 Nov.

Heap Allocations 2/2 - 14 Nov.

Memory Violations - 26 Nov.

Heap 27 Nov.

I/O 1/2 - 1 Dec.

I/O 2/2 - 1 Dec.

VFS 1/2 - 2 Dec.

VFS 2/2 - 2 Dec.

VFS - 4 Dec.

I/O Calls - 5 Dec.

I/O - 8 Dec.

I/O Conclusion - 15 Dec.

Concurrent Programming - 15 Dec.

Concurrent Programming Summary - 16 Dec.

Fork 1/2 - 17 Dec.

Fork 2/2 - 17 Dec.

Fork - 18 Dec.

Fork Conclusion - 19 Dec.

Signals Introduction - 19 Dec.

Signals - 23 Dec.

Signals - 24 Dec.

TECH VEDA

Linux Systems Engineering - 1025

What you'll get out of this course

Your Instructor

Raghu Bharadwaj

Frequently Asked Questions