diff --git a/src/first-steps/methods.md b/src/first-steps/methods.md
index 2355c42..e82ad7d 100644
--- a/src/first-steps/methods.md
+++ b/src/first-steps/methods.md
@@ -27,7 +27,7 @@ In this case we'll be using the manual way of getting references to methods, but
 MonoObject* InstantiateClass(const char* namespaceName, const char* className)
 {
     // Get a reference to the class we want to instantiate
-    MonoClass* testingClass = GetClassInAssembly(s_AppAssembly, "", "CSharpTesting");
+    MonoClass* testingClass = GetClassInAssembly(s_AppAssembly, namespaceName, className);
 
     // Allocate an instance of our class
     MonoObject* classInstance = mono_object_new(s_AppDomain, testingClass);
@@ -39,6 +39,8 @@ MonoObject* InstantiateClass(const char* namespaceName, const char* className)
 
     // Call the parameterless (default) constructor
     mono_runtime_object_init(classInstance);
+    
+    return classInstance;
 }
 
 void CallPrintFloatVarMethod(MonoObject* objectInstance)
@@ -147,4 +149,4 @@ In the second example we don't just declare a `void*`, but rather an *array* of
 
 If you're wondering how Mono knows what the size of the data array that we pass is, it's simply because it expects the total size of that array to equal the size of *all* the parameters in the C# method, meaning if the array size doesn't match the parameter count you will end up with problems, and Mono *may* not tell you about it.
 
-And that's the basics of how we can retrieve and invoke C# methods from C++! I will obviously go into more depth about parameter types and how we can convert between C++ types and C# types later on.
\ No newline at end of file
+And that's the basics of how we can retrieve and invoke C# methods from C++! I will obviously go into more depth about parameter types and how we can convert between C++ types and C# types later on.