We transform developers into architects who understand not just syntax, but system design.
In 2018, a group of senior engineers across Vancouver noticed a pattern. Companies were adopting GraphQL and serverless technologies, but training resources remained shallow, focusing on tutorials rather than production challenges.
We built this program to close that gap. Not another beginner tutorial series, but training that assumes you already code and need to level up into architectural thinking.
Our curriculum emerged from real consulting engagements where we helped companies migrate monolithic REST APIs to federated GraphQL gateways and rebuild legacy systems as event-driven serverless architectures.
We don't believe in certification worship or memorizing framework APIs. Frameworks change. Principles persist.
Every module starts with a problem you'll encounter in production, then works backward to the concepts needed to solve it elegantly. You build solutions, not isolated code snippets.
Students finish our programs with GitHub repositories full of working projects they can reference when similar challenges appear in their actual work.
Backend developers moving from REST to GraphQL who need to understand schema design beyond basic queries.
Full-stack engineers tasked with building serverless applications but struggling to think in events rather than servers.
Technical leads evaluating whether GraphQL or serverless architectures fit their team's use cases and risk tolerance.
DevOps professionals who need to operationalize GraphQL services and monitor serverless systems at scale.
We skip the "what is an API" lectures. You're already a developer. We focus exclusively on GraphQL-specific and serverless-specific patterns you haven't encountered in traditional architectures.
Every technique we teach has been battle-tested in systems handling millions of requests. We show you what works at scale, not just in demos.
Work through modules on your schedule, but get unstuck during weekly office hours where instructors review your actual code and architectural decisions.