Understand the technology
around you.

• Linux architecture
• Linux distributions
• File system hierarchy
• Shell & terminal
• Users & permissions
• Processes
• Environment variables

• Command-line navigation
• File and directory operations
• Permissions management
• Shell commands and pipelines

Linux System Administration Toolkit

Work comfortably with Linux systems and command-line based development environments.

• Process lifecycle
• Process IDs
• Fork & exec
• Signals
• Threads
• Scheduling fundamentals

• Process creation
• Signal handling
• Thread creation
• Multi-threaded programs

Multi-Process System Monitor

Understand and build Linux applications using processes and threads.

• System calls
• File descriptors
• Files & I/O
• Memory management
• POSIX APIs
• Timers

• File I/O programming
• System-call exercises
• Memory handling
• Timer-based applications

Linux Log Monitoring Utility

Build applications that interact directly with Linux system services.

• Pipes
• Message queues
• Shared memory
• Semaphores
• Socket programming
• TCP/IP fundamentals

• IPC exercises
• Producer-consumer application
• TCP client-server
• Socket debugging

Linux Client-Server Communication System

Build Linux applications that communicate locally and across networks.

• GCC
• Make
• Build systems
• Libraries
• Cross compilation
• Target architectures

• Makefile development
• Library linking
• Cross-compiler setup
• Target application builds

Cross-Platform Embedded Linux Build

Build and deploy Linux applications for different embedded target platforms.

• Embedded Linux architecture
• Boot process
• Device tree fundamentals
• Kernel basics
• Device drivers
• Board bring-up

• Linux board setup
• Device tree exercises
• Driver interaction
• Hardware bring-up

Embedded Linux Hardware Integration System
Build a Linux-based embedded application that communicates with hardware peripherals and system interfaces.

Understand how Linux connects to real embedded hardware and system-level software.

C program structure, variables, data types, constants, input/output, operators, expressions, type conversion.

Write, compile, run, debug, and modify basic C programs using real programming exercises.

Create a simple menu-driven utility program using variables, operators, conditions, and user input.

Understand how a C program is structured and develop confidence in writing basic programs independently.

if, else, else-if, switch, for, while, do-while, nested loops, break, continue, logical thinking.

Solve decision-making and looping problems through progressively harder programming exercises.

Build a simple calculator and menu-driven application using conditions and loops.

Develop structured problem-solving skills and understand how program execution flows through different conditions.

Function declaration, definition, parameters, return values, arrays, multidimensional arrays, strings, common string operations.

Break larger problems into reusable functions and work with arrays and strings through coding exercises.

Build a student record program using arrays, strings, functions, and menu-driven operations.

Write modular C programs that are easier to understand, test, debug, and maintain.

Addresses, pointers, pointer arithmetic, pointers with arrays, strings, functions, structures, dynamic memory.

Trace addresses and memory using debugger-based exercises and pointer programming problems.

Create a simple memory-based data management program using pointers and structures.

Understand memory addresses, pointers, and why C is widely used in embedded and systems programming.

Structures, nested structures, typedef, unions, enumerations, file operations, reading and writing data.

Design structured data models and store or retrieve information using files.

Build a simple student or inventory management system using structures and file handling.

Organize and manage structured information using practical C programming techniques.

Bitwise operations, registers, bit manipulation, volatile, memory concepts, embedded coding practices, hardware-oriented programming.

Perform bit-level operations and write hardware-oriented C programs using a microcontroller environment.

Develop a small embedded C application that reads an input, processes it, and controls a hardware output.

Build a strong C foundation for embedded systems, firmware development, Linux, and systems programming.

Python syntax, variables, data types, operators, input/output, type conversion, basic expressions.

Write and execute small Python programs using a development environment and command line.

Build a simple command-line utility using variables, calculations, and user input.

Understand Python syntax and confidently write basic programs.

if, elif, else, for, while, range, break, continue, functions, parameters, return values.

Solve programming problems using conditions, loops, and reusable functions.

Create a menu-driven application using conditions, loops, and functions.

Develop structured problem-solving skills and reusable Python programs.

Lists, tuples, dictionaries, sets, indexing, slicing, iteration, comprehensions, common collection methods.

Process, search, update, sort, and organize collections of real-world data.

Build a contact or student management program using Python collections.

Manipulate and organize data efficiently using Python's built-in collection types.

File handling, text data, JSON basics, exceptions, try/except, modules, packages, imports.

Read, write, update, and validate data while handling common runtime errors.

Build a small record-management application that saves and loads data from files.

Create more reliable Python applications with persistent data and proper error handling.

Automation concepts, command-line tasks, subprocesses, directories, basic scripting, working with system data.

Automate repetitive file, directory, and system-related tasks using Python scripts.

Create an automation utility that organizes files or performs repetitive system tasks.

Use Python as a practical tool for automation, productivity, and technology workflows.

Python in embedded workflows, testing, automation, data processing, APIs, and technology applications.

Use Python scripts to interact with files, tools, test environments, and technical workflows.

Develop a practical Python automation or technology utility that combines multiple concepts from the course.

Build a practical Python foundation that can support automation, embedded workflows, data, and future AI/ML learning.

The complete AI / ML curriculum, practical sessions, projects, and learning roadmap will be announced soon.