This course focuses on foundational programming techniques underpinning web application development. Learners plan, design, program, and integrate server-side elements for web applications.
Group and individual activities address common business needs such as basic security, session management, and data persistence.
CO-REQUISITE: DESN3203

In this course, learners design, author, and publish websites meeting current standards. During their activities, learners address in groups and individually, concerns such as design principles, frameworks, and deployment operability as related to real-world examples. Development artifacts include Hyper-Text Markup Language (HTML), cascading style sheets (CSS), and client-side scripting.

This course introduces learners to fundamental approaches to software development techniques by using algorithms, data structures and their technique to implementation. Learners will explore common technique to find the shortest path and minimal cost path traversal techniques. They will also learn a simple way to compress data and mathematical optimization techniques will reduce the computational time for the software they will built. Learners are also exposed to common technical interview questions and strategies to solve them.

This course extends object-oriented analysis and design by incorporating design patterns to create interactive applications. Through a survey of established design patterns, you will gain a foundation for more complex software applications. The course starts with an introduction to basic OOPs concepts and then covers Unified Modeling Language, which is a general-purpose, developmental, modeling language in the field of software engineering that is intended to provide a standard way to visualize the design of a system. Later the three types of Design Patterns, namely, Creational, Structural and Behavioral Patterns are covered in detail.

This introductory computer graphics course focuses on the development of efficient computer graphic elements including their rendering, control and enhancement. The course introduces two-dimensional (2D) and three dimensional (3D) computer graphics with emphasis on shape representation, visualization, and manipulation as well as problem solving. Using C++ and OpenGL, learner project work addresses graphical pipelines and their implementation including fine tuning graphic elements as they move toward finished animations.

Learners approach application development with a mobile-first and mobile-only lens, expanding avenues to reach users. The course focuses on common industry tools and mobile features of programming languages and frameworks that enable mobile business application construction.

Learners strengthen their skills and their knowledge of software development by creating a portfolio piece to prepare for entry into the industry. Research, client communication, and documentation skills are practiced and refined. Advanced elements of software design and development are put into practice. This course centres on a capstone project based on a business problem where teams of learners will address using tools and techniques of their choosing.
Prerequisites: DATA3201, SODV3301, SODV3302

In this course, learners explore practical approaches to a blend of traditional and object-oriented analysis and design. Course activities focus on the application of tools, methodologies, and techniques used in software analysis and design including the exploration of Unified Modeling Language (UML).