diff --git a/README.md b/README.md
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@@ -60,7 +60,7 @@ Take a look at our [documentation](https://graphql-java-kickstart.github.io/tool
 A few libraries exist to ease the boilerplate pain, including [GraphQL-Java's built-in schema-first wiring](https://www.graphql-java.com/documentation/master/schema/), but none (so far) do type and datafetcher discovery.
 * **Stateful Data Fetchers**:  If you're using an IOC container (like Spring), it's hard to wire up datafetchers that make use of beans you've already defined without a bunch of fragile configuration.  GraphQL Java Tools allows you to register "Resolvers" for any type that can bring state along and use that to resolve fields.
 * **Generated DataFetchers**:  GraphQL Java Tools automatically creates data fetchers for your fields that call the appropriate method on your java class.  This means all you have to do to create a new field is add the field definition to your schema and add a corresponding method on your class.
-* **Type->Class Discovery**:  GraphQL Java Tools starts from your root objects (Query, Mutation) and, as it's generating data fetchers for you, starts to learn about the classes you use for a certain GraphQL type.
+* **Type->Class Discovery**:  GraphQL Java Tools starts from your root objects (Query, Mutation) and, as it's generating data fetchers for you, starts to learn about the classes you use for a certain GraphQL type. [How graphql-java-tools builds a schema](https://github.com/graphql-java-kickstart/graphql-java-tools/wiki/How-graphql-java-tools-builds-a-schema) walks through each step.
 * **Class Validation**:  Since there aren't any compile-time checks of the type->class relationship, GraphQL Java Tools will warn you if you provide classes/types that you don't need to, as well as erroring if you use the wrong Java class for a certain GraphQL type when it builds the schema.
 * **Unit Testing**:  Since your GraphQL schema is independent of your data model, this makes your classes simple and extremely testable.