Open Source Programming - Master's

This module equips students with the ability to execute mathematical calculations using operators, master code annotation through comments, declare variables, and employ data conversion functions for robust program functionality. Students will apply their skills to design programs that solicit user input, process information, and clearly display results using the 'print' function.

This module focuses on decision-making in software development, emphasizing the construction of nested decisions and the application of Boolean logic through logical operators. Students learn to use decision structures to evaluate and manipulate strings, developing the ability to write conditions that guide program flow and implement both primary and alternate decision paths.

This module covers validating user input across various data types, exploring nested loops for complex iterations, and managing running totals within loops. Students learn to use sentinel values for loop control and master repetition through 'while' and 'for' loops, developing skills in efficient and controlled looping mechanisms.

This module introduces skills for enhancing program modularity and efficiency through system and custom modules. Students learn to import pre-existing system modules, create their own, and understand the mechanics of importing them. The course emphasizes defining user functions, passing arguments effectively, and returning values, reinforcing code reusability and modular code development.

This module covers manipulation of complex data structures, including processing lists within lists and using tuples as immutable sequences. Students master slicing techniques for data retrieval from lists, learn to aggregate multiple data items within single list variables, and cover creation and processing of file-based data storage with robust exception handling for error-free file operations.

This module guides students through serializing objects like lists and dictionaries for persistent storage to files. It covers creating and manipulating sets for efficient handling of unique elements, and the creation and utilization of dictionaries with key-based retrieval for traversing and manipulating key-value pairs.

This module explores object-oriented programming (OOP) by creating versatile classes demonstrating polymorphism through multiple forms of inheritance. Students learn to extend functionality of existing classes and are guided through construction and instantiation of classes and objects, laying the foundation for robust and scalable software design.

This module covers database programming with SQLite3, including crafting database tables and executing record operations. Students learn to establish database connections and create Graphical User Interfaces (GUIs) with interactive widgets. The module also covers merging backend logic with frontend aesthetics, and includes supplemental topics on Test Driven Development and Web scraping techniques.

This module contains the summative course assessment designed to evaluate understanding of the course material and assess ability to apply acquired knowledge. Students are advised to review course material thoroughly before taking the assessment.