Software Development

This course is designed to develop technical writing and presentation skills to ensure workplace readiness. Students will learn how to evaluate communication situations, analyze documents, assess research sources and develop organizational skills to apply in their work. They will learn about and practice designing, formatting and writing a range of professional documents. Students will also develop confidence (through practice) in the development and delivery of effective and engaging presentations.

This course will introduce students to the fundamentals of network systems. Students will learn about networking basics and architecture, networking and software development, networking protocols, troubleshooting, and configuring virtual machines, Windows and Linux servers. Students will also learn about the functions of Active Directory in servers and performing socket programming with scripting language.

This course builds on the concepts and languages you learned previously. You'll explore object-oriented concepts using an industry-identified programming language. Topics include object-oriented design concepts, graphical user interfaces (GUI), polymorphism, inheritance, exception handling, serialization , database connectivity and recursive techniques.

Pre-requisites:

• CPRG 216

This course introduces the fundamental concepts and technologies required for website development, beginning with examining how websites function by creating a static webpage using standard elements and logical document structure. Emphasis is placed on style rules and standards and their application on a webpage. Additional exposure to the use of advanced page scripting for the inclusion of interactivity on a website will be reinforced through hands-on website deployment.

This course explores the evolution of computer programming and examine common problem-solving techniques. Emphasis is placed on examining code reuse in functions, scoping and abstraction. Additional topics will be explored such as, version control, and you'll use classes and object-oriented programming principles to create applications using an industry-standard programming language.

Equivalents:

• CPRG 2160

This course focuses on the fundamentals of database design using conceptual, logical and physical models. Application of concepts will be completed using a structured database language to create a database from a physical model, write queries and create data manipulation language commands. Emphasis will be placed on applying knowledge to designing a database, populate that database and generate reports based on user requirements.

This course introduces you to mobile technologies, mobile application development, and mobile application design and architecture. You'll also explore the features offered by platforms such as the Google Play Console, iTunes Connect and Apple Developer to test app quality, stability and performance.

Pre-requisites:

• CPRG 211

This course explores advanced object-oriented programming concepts, including object-oriented design, integrating software components, recursion and abstract data types (ADT). Introduction to data structures and algorithms for sorting and searching towards the creation of complex programs as a complete client-focused.

Pre-requisites:

• CPRG 211

In this course, you'll examine all facets of software testing, including what it is, how it is performed and how automated testing is incorporated into testing plans. As well, you'll explore the processes and procedures involved in the deployment of an application and where it fits into the software development lifecycle. You'll also be introduced to formal testing and quality assurance methodologies.

Pre-requisites:

One of:

• CPRG 304
• CPRG 311

This course builds on the fundamentals of full stack web development and includes topics such as web application architecture, front-end frameworks and back-end technologies. Students will gain hands-on experience combining front-end and back-end technologies as they develop and deploy a full stack web application.

Pre-requisites:

• CPRG 213

This course builds on the programming skills students have already learned, with a focus on database-specific structured languages and embedding data requests into these languages. Students will also explore the importance of efficient code creation using an industry-identified database vendor language. Other topics include basic programming structures, advanced concepts in database programming and events.

Pre-requisites:

• CPRG 250

This course introduces the theory and practice of software development, focusing on the requirements gathering, analysis and design phases of the software development life cycle. You'll also learn how computer-aided software engineering (CASE) programs can aid in the analysis and design processes.

Pre-requisites:

• CPRG 216

This course introduces the fundamentals of designing user interfaces for software applications, with a focus on producing end products that are functional and are designed from a user perspective. Topics include usability engineering, human-computer interface design standards, screen mock-ups, documentation and prototype creation. Information gathering and user interview techniques are also emphasized.

This course builds on earlier courses to develop a thorough understanding of computer operating systems. Students will examine the fundamental principles and management of operating systems, including mechanisms for process management, memory management, storage management and protection management. The basics of cloud computing and virtualization will also be explored.

Pre-requisites:

• CPRG 304

This course explores key project management concepts in software design and code management. Application of learning will be emphasized through team projects and collaboration.

Pre-requisites:

One of:

• CPSY 200
• PROJ 304

Software development is a dynamic industry that is constantly and rapidly evolving. In this course, you'll examine emerging technologies and how they have affected the industry and will continue to shape it into the future. Using an investigative and research-based approach, you'll build important skills in the identification of emerging trends, which you'll apply through proof-of-concepts.

Pre-requisites:

One of:

• CPRG 211
• CPRG 251

This course provides a comprehensive overview of software security, covering the key concepts and techniques necessary to build secure software systems. Topics include secure coding practices, web security, cross-platform security, incident management and emerging threats. Students will develop the skills and knowledge needed to build secure software systems.

Pre-requisites:

• CPRG 304
• CPRG 306

Mathematics for Technologists will provide learners with concepts in algebra, trigonometry, arithmetic of complex numbers, linear algebra, exponential and logarithmic functions, rates of change and statistics. This course provides foundational mathematics skills for engineering technologists. It covers a variety of mathematical models for solving application problems.

The purpose of this course is to introduce you to fundamental skills in critical thinking. You will develop skills in identifying fallacies, evaluating formal arguments, and diagnosing the appropriate form of argumentation in a variety of areas, including science and morality. Your skills in argumentation will be honed both in evaluating others' arguments and in making your own.

Equivalents:

• PHIL 1011

In this capstone course, you will investigate issues across many different subject areas or domains of knowledge, may connect with community issues or problems, and create a solution. Your project should demonstrate the technical and professional skills learned in the program and beyond. You are expected to apply your creativity and problem-solving abilities to a real-world context.

Pre-requisites:

One of the following sets of pre-requisites, as applicable to your program of study:

Information Technology Services

• CPNT 300, CPSY 302, CPSY 350, INTP 301, and ITSC 300

Software Development

• CPRG 303, CPRG 304, CPRG 306, CPRG 307, and CPSY 301

Information Systems Security

• ITSC 203, ITSC 301, ITSC 304, ITSC 307, and ITSC 309

Film and Video Production

• FVDO 300, FVDO 302, FVDO 303, FVDO 304, and FVDO 308

New Media Production & Design

• MMDA 300, MMDA 303, MMDA 323, MMDA 324, and MMDA 326

Interactive Design

• COMM 238, CPRG 218, DSGN 221, DSGN 227, MMDA 203, PHIL 241, and PMGT 200

This cooperative work term course provides the opportunity to apply your classroom learning in a practical workplace setting, as well as gain valuable industry experience. This course is optional.

Pre-requisites:

One of the following sets of pre-requisites, as applicable to your program of study:

Information Technology Services

• CPNT 224, CPRG 217, CPSY 204, CPSY 206, and PHIL 241

Software Development

• CPRG 211, CPRG 250, CPSY 200, CPSY 202, and PHIL 241

Information Systems Security

• ITSC 204, ITSC 205, ITSC 206, ITSC 302, and LAWG 200

New Media Production & Design

• MMDA 225, MMDA 237, MMDA 243, MMDA 244, and MMDA 247

Film and Video Production

• FVDO 250, FVDO 252, FVDO 254, FVDO 256, and FVDO 258

Journalism

• JOUR 251, JOUR 254, JOUR 258, PHOT 256, and PUBL 261

Interactive Design

• CPRG 218, DSGN 221, DSGN 227, MMDA 203, and PMGT 200

Integrated Artificial Intelligence

• ARTI 407, ARTI 408, ARTI 409, DATA 480, and PROJ 407