An iterative introduction to Software Engineering...
CS2113/T is an introductory Software Engineering module covering a balance of basic SE theory and practical skills needed to work in a project that has a software component. The module follows an going through SE topics several times while increasing depth, as opposed to going through topics sequentiallyiterative approach to covering topics. The module also introduces you to the Java programming language, the OOP paradigm, and some basic UML models.
The theory side of this module is supported by a customized online textbook Software Engineering for Self-Directed Learners, integrated into this module website.
On the practice side, you will first ramp up your technical skills by doing a small individual project in which you will develop a personal assistant chatbot called Duke. Then, you will move to a team project in which you will build another small Command Line InterfaceCLI app while working as a team.
What does mean to 'follow an iterative approach in covering topics'?
It means, we cover a little bit of i.e., requirements, design, testing, project management, ...all SE aspects at first and then iteratively go deeper into them later, revisiting each aspect many time over the course of the semester. In contrast, a sequential approach would have covered one SE aspect before moving to the next (e.g., teach the requirements aspect completely before moving to the design aspect).
The choice of which topics are covered each week is driven by the project i.e., we give priority to topics that you'll need to apply soon in the project that you will be doing in parallel.
This way of 'jumping around' topics feels chaotic but consider the benefits:
To help you cope with the non-sequential progression of topics, this module website contains two versions of the topics. In the Schedule page, you'll find the topics organized into the order we cover them in each week. In the Textbook page, you'll find the topics in their natural sequential order. This format is suitable for exam reference.