diff --git a/book/examples/overview.md b/book/examples/overview.md
index baf8847..f922d94 100644
--- a/book/examples/overview.md
+++ b/book/examples/overview.md
@@ -10,3 +10,26 @@ This chapter includes examples for jupyter book pages with features. Here is an
     - Combining theory with interactive questions: Example how to combine theory with questions, so there's no coding involved.
     - Parametric question: Example for an equation to be checked on equivalence with the correct answer
 
+
+Inspiring Examples to include:
+- H5p quizes
+    - Multiple choice (Question Set) -> MUDE Q1 Chapter 3 observation theory (3.1 Introduction)
+    - Complex fill in the blanks -> MUDE Q1 Chapter 3 observation theory (3.7 Non-linear least squares estimation)
+    - Dialog cards -> Optimization Chapter 1. Unconstrained Optimization (has a very interactive page with all h5p functions)
+    - True/False Question -> MUDE Q2 Chapter 5 Optimization (5.4 Example Linear Programming)
+
+- Sphinx Thebe rocket part 
+    - Python for engineers Chapter 7 Matplotlib (Simple Code/which is what the browser python is for- heavy computations do the 'traditional' python) here might be a good section to add a note to clarify what is often asked during the teacher lunches
+    - Look for a little bit harder code to show more complex computations are possible
+        -> Possibly    MUDE Q2 Signal Processing (Square wave example)
+
+- Interactive *hidden* code (this is not sphinx thebe?)
+    -> MUDE Q2 Chapter 6 Machine learning (K-nearest neighbour)
+    - interactive plot 
+    - a whole set of questions that are based on the interactive plot + answers provided in tab
+
+
+- Grasple?
+- Videos? (too basic?)
+- Elaborate on the templates?
+