Executive Development Programme in C Programming for Real-Time Systems

This course is designed for mid-to-senior level executives and technical managers aiming to deepen their understanding of C programming for real-time systems. Participants will gain essential knowledge in writing efficient, reliable, and maintainable code, crucial for managing complex systems with tight timing constraints.

Upon completion, learners will be proficient in using C for real-time applications, understand the implications of C’s low-level control on system performance, and be better equipped to make informed decisions regarding software development in real-time environments.

1. 1. Introduction to C Programming: Learners will study the basics of the C programming language, including syntax, data types, variables, operators, and control structures. They will gain foundational skills necessary for writing simple C programs.
2. 2. Functions and Pointers in C: This module will cover the use of functions and pointers in C, teaching learners how to write modular code and manipulate memory addresses. Practical skills include creating and using functions to organize code and understanding pointer arithmetic.
3. 3. Arrays and Strings in C: Learners will explore arrays and strings in C, learning how to declare, initialize, and manipulate them. Practical skills include writing efficient algorithms for string operations and array processing.
4. 4. Structures and Unions in C: This module focuses on advanced data structures like structures and unions, enabling learners to create complex data types. Practical skills include designing and using structures and unions to represent real-world data.
5. 5. File I/O in C: Learners will study file input/output operations in C, including reading from and writing to files. Practical skills include handling file operations for data logging, configuration, and other real-time system needs.
6. 6. Real-Time Systems Basics: This module introduces the fundamental concepts of real-time systems, focusing on timing constraints and predictability. Practical skills include understanding system requirements and designing time-critical applications.
7. 7. Scheduling Algorithms for Real-Time Systems: Learners will delve into various scheduling algorithms used in real-time systems, including round-robin, priority-based, and deadline-monotonic scheduling. Practical skills include analyzing and implementing scheduling policies to meet real-time constraints.
8. 8. Interrupt Handling in Real-Time Systems: This module covers the handling of interrupts in real-time systems, focusing on interrupt-driven programming and interrupt service routines. Practical skills include writing interrupt handlers and managing interrupt priorities.
9. 9. Resource Management in Real-Time Systems: Learners will study resource management techniques in real-time systems, including memory management and task resource allocation. Practical skills include optimizing resource usage and ensuring efficient real-time performance.
10. 10. Case Studies in Real-Time Systems: This final module provides practical experience by analyzing and implementing real-world case studies in real-time systems. Learners will apply their knowledge to design and develop real-time applications, focusing on practical problem-solving and system integration.