The lesson plans for this unit are available from the Student link. Though the language is student-directed, they provide sufficient information for teachers. The course as provided here is self-sufficient: it is by no means necessary to be an "expert" on Quantum Computing. Teachers may well learn together with their students.

Timing of the lessons is flexible: teachers will know their class best and should pace the lessons accordingly. Though called 'lessons', modules vary in size and thus vary in duration.

Please note that although timing of the course is flexible, the order of the lessons is not. Each consecutive lesson builds student understanding of computing and quantum mechanics so that knowledge and skills can be applied to the final research project..

Lesson 1: *Scientific Computing Application in the 21st Century*

Lesson 2: * Fundamentals of Computing*

Lesson 3: * Advances in Computing *

Lesson 4: *Introduction to Algorithms *

Lesson 5: * Computational Processing*

Lesson 6: *Optimisation and Encryption*

Lesson 7: *Young's Interference*

Lesson 8: *Photoelectric Effect *

Lesson 9: *The Observer Effect*

Lesson 10: *Superposition and Entanglement*

Lesson 11: *Quantum Tunnelling*

Lesson 12: * Qubits and Optimisation*

Lesson 13: *Annealing (coming soon)*

Lesson 14: *Quantum Computers*

Lesson 15: *Application of Quantum Computing*