Program Details

Game Programming

Bachelor
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About the Program

Get ready to transform your gaming dreams into reality. Learn from industry experts, collaborate with teams of designers, and produce a portfolio of market-ready work to start your game programming career ahead of the rest.

(CIP 11.0204)

Learning Outcomes

  • Implement strong theoretical and practical procedural and object-oriented programming skills
  • Demonstrate critical thinking, problem solving, and algorithm creation skills
  • Apply required math and physics skills to game development
  • Illustrate understanding of core game design skills
  • Work well independently and in a group
  • Research a topic of interest and present informed arguments in an academic setting
  • Demonstrate entry level skills in the job market as a Junior Game Programmer

Profile

Game Programmers have a unique combination of skills, including:

  • Technical know-how

    Master and apply computer science, programming, and design.
  • Creativity

    Generate original ideas, approach tasks with imagination, apply unconventional perspectives.
  • Adaptability

    Thrive in change. Embrace new situations with flexibility.
  • Collaboration

    Communicate, listen, and achieve goals through teamwork.
  • Detailed Planning

    Grasp timelines, scrutinize task aspects meticulously for excellence.

Career Prospects

Vancouver's established reputation as a video game design hub means demand for creative programmers and experienced designers continues to grow. Get top-tier training for a rewarding career in video games!

Career Fields

  • Tools Developer,
  • General Game Programmer,
  • Gameplay Programmer,
  • Rendering Programmer,
  • UI (User Interface) Programmer,
  • Tools Programmer,
  • Build Engineer/Programmer,
  • Network Programmer,
  • Mobile Developer,
  • Software Developer.

Diploma & Accreditation

This Degree is offered under the written consent of the Minister of Post-Secondary Education and Future Skills of the province of British Columbia.

Required Materials

It has been determined that a laptop is required for your program. If you plan to use a Mac, you may need to configure your Mac laptop to run software on Windows.

PC - Minimum Requirements:

  • Intel Core i7 processor or equivalent
  • 16 GB of RAM or more
  • 512 GB or larger SSD (Solid State Drive)
  • NVIDIA RTX GPU or an equivalent graphics card
  • Windows 11 (Home, Education, or Pro versions).

Mac - Minimum Requirements:

  • MacBook Air
  • M2
  • 8GB Ram
  • 512 GB or larger SSD (Solid State Drive)

PC - Recommended Requirements:

  • Intel Core i7 processor or equivalent
  • 32 GB of RAM or more
  • 1TB or larger SSD (Solid State Drive)
  • NVIDIA RTX 2050 (or superior) or AMD equivalent
  • Windows 11 (Home, Education, or Pro versions).

Mac - Recommended Requirements:

  • MacBook Pro
  • M2
  • 16 GB Ram
  • 1TB or larger SSD (Solid State Drive)

Opportunities

Cutting-edge facilities & equipment

Facilities include:

  • State-of-the-art workstations,
  • Virtual Reality Suite (Emerging Technologies Lab),
  • Equipment sign out,
  • Comprehensive game library and consoles,
  • Private tutoring spaces.

Gain proficiency with software and languages such as:

  • Microsoft Visual Studio,
  • Unreal Engine,
  • Unity Engine,
  • C++ and C#,
  • GitHub,
  • SQL,
  • Adobe Photoshop,
  • Maya.

Admissions Criteria

  • Domestic applicants generally require:

    • Proof of secondary school graduation or equivalent

    • Copy of government-issued photo ID

    Some programs have additional admissions requirements. All submitted applications are reviewed. Learn more about admissions criteria for domestic applicants.

  • International applicants generally require:

    • Proof of secondary school graduation (with official English translations)

    Copy of a valid passport

    Proof of English proficiency

    • Photocopy of valid Study Permit.

    Some programs have additional admissions requirements. All submitted applications are reviewed. Learn more about admissions criteria for international applicants.

Academic Dates

List of Courses

The Bachelor of Science in Game Programming consists of 120 credits over 10 quarters (with two breaks).

QUARTER 1

  • History of Games
  • Introduction to Computer Programming
  • Applied Mathematics
  • Rhetoric and Composition

QUARTER 2

  • Introduction to Game Design
  • Object Oriented Programming in C++ I
  • Geometry and Linear Algebra
  • Critical Thinking

QUARTER 3

  • Digital Imaging
  • Object Oriented Programming in C++ II
  • Introduction to C# Programming
  • Statistics

QUARTER 4

  • Introduction to Level Design
  • 2D Games Programming
  • Programming for Game Engines
  • Physics of Motion, Light and Sound

QUARTER 5

  • Basic 3D Concepts
  • Game Tools and Pipelines
  • Algorithms and Data Patterns
  • Calculus For Physics
  • 3D Graphics and Applications

QUARTER 6

  • 3D Graphics Programming
  • Software Development and Testing
  • Intro to Mobile Programming
  • Portfolio I

QUARTER 7

  • Real-time GPU Programming
  • Mini games and Prototyping
  • Preproduction and Project Management
  • Artificial Intelligence

QUARTER 8

  • Animation for Games
  • Production Team I
  • Studio Elective

QUARTER 9

  • Concurrency and Parallel Programming
  • Production Team II
  • Studio Elective
  • Gameplay Programming

QUARTER 10

  • Network Programming
  • Senior Portfolio
  • Post-production
  • Studio Elective

*Actual course order subject to change


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