Programming games isn't about following tutorials
It's about understanding systems that interact, break, and need fixing at 3am before a deadline. Our webinars focus on the problems you'll actually face when building game mechanics, optimizing performance, and debugging code that worked yesterday.
Access from anywhere that has internet
Browser-based platform
Join webinars directly from your browser. No installation required, no compatibility issues. Works on Windows, Mac, and Linux systems with any modern browser.
Mobile access
Follow sessions from your phone or tablet when you're away from your desk. All interactive features adapt to smaller screens while maintaining full functionality.
Flexible schedule
Webinars run across different time zones to accommodate working professionals. Recordings available for 30 days after each session with full chat transcripts and shared code samples.
Subtitle support
Live captions generated in real-time for all sessions. Helps with technical terminology, accents, and audio quality issues. Archive captions are manually reviewed for accuracy.
What our curriculum actually covers
Game programming courses from people who've shipped commercial titles and debugged engine crashes in production environments.
Course structure approach
- Code examples from actual game projects, not synthetic demos
- Performance profiling with real metrics and bottleneck analysis
- Architecture patterns used in shipped indie and AA titles
- Debugging sessions with common engine errors and fixes
Learning support throughout your progress
Live instructor interaction
Ask questions during webinars and get responses from instructors who've actually worked on the problems you're facing. No pre-recorded deflections or generic answers from teaching assistants.
Code review sessions
Submit your game code for review during dedicated sessions. Get feedback on architecture decisions, performance issues, and common mistakes that aren't obvious until you've written several thousand lines.
Technical resource library
Access documentation, code samples, and reference materials compiled from past webinars. Includes troubleshooting guides for common engine errors and optimization strategies that worked in real projects.
Discussion forums
Community space for participants to share solutions, debug together, and discuss implementation approaches between sessions.
Sample projects
Download complete game projects demonstrating concepts from webinars. Full source code with comments explaining architectural choices.
Session notes
Written summaries of each webinar with code snippets, links to documentation, and key concepts covered during the session.
Who teaches these sessions
Our instructors have worked on games you've probably played. They understand the difference between academic programming concepts and what actually matters when you're trying to hit stable 60fps or debug a memory leak at midnight.
Willem Bekker
Lead instructor, gameplay programming
Shipped 4 commercial titles as gameplay programmer. Spent 6 years optimizing game systems for mobile and PC platforms. Now teaches the debugging techniques and architecture patterns he wishes someone had taught him earlier.
Thabo Nkosi
Technical instructor, engine systems
Former engine programmer at mid-size studio. Specialized in rendering pipelines and performance optimization. Focuses on teaching the profiling and optimization skills that actually improve frame rates.
Platform background
- Operating since 2017 with consistent webinar schedule
- Curriculum developed from actual game development workflows
- Registered educational provider in South Africa
- Transparent pricing with no hidden enrollment costs
What participants have actually built
Results from people who completed our webinar series and applied the concepts to their own projects.
Lindiwe Mthembu
Mobile game developer
Built a 2D platformer using techniques from the physics and collision webinars. The optimization sessions helped reduce battery drain by 40% on mid-range Android devices.
Johan Pieterse
Independent developer
Launched a tactical strategy game after completing the AI behavior and pathfinding series. The debugging techniques saved weeks of troubleshooting during late development stages.