Introduction to Computing and Programming
A hands-on, video-led foundation in computer systems and structured C programming for mechatronics technicians. Learn to design, write, compile and debug real C programs in an intensive three-week…
About This Course
This course introduces students to the fundamental principles of computer systems and programming using the C programming language. It covers computer system components, the program development cycle, logic structures, pseudocode, flowcharts and modular programming. Students write, compile and debug C programs — from the classic “Hello World” to programs that use variables, control structures, arrays, pointers, functions and complex data structures such as linked lists.
The aim is to give students a solid foundation in computer systems and C programming, enabling them to write structured, modular programs, apply control structures, manipulate data structures and follow best practices in program design within an intensive 3-week timeframe. By the end of the course a student can explain how a computer works, build well-structured C programs and apply good engineering discipline to their code.
Course Content
Computer Systems and Programming Basics
Understand the computer and how programs are built. This module covers computer system components, the program-development cycle with pseudocode and flowcharts, and writing, compiling and debugging your first C program — with the good design practices that separate clean code from spaghetti code.
Variables, Arithmetic, and Control Structures
Give your programs logic and decisions. You will declare variables and constants, perform arithmetic, and use selection (if-else, switch) and repetition (while, for) with relational and Boolean operators — writing modular C programs that make decisions and repeat tasks.
Arrays, Pointers, and Functions
Work with data and structure your code. This module covers arrays and multidimensional arrays, C pointers, writing and modularising programs with functions, and manipulating complex data structures such as linked lists.
Advanced Programming Concepts
Take C further. You will use structs as a precursor to object-oriented design, apply the three basic control structures, restructure unstructured code for readability, handle files, and complete projects such as a calculator or simple database.
Consolidation and Assessment
Combine everything into real programs. This module has you write structured, modular programs that combine control structures and data structures, debug complex code, and complete a capstone such as an inventory or student-record system.
Final Examination
Resources & Further Reading
Assignments
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