Executive Development Programme in Computational Physics: Practice, Leadership and Application

This Executive Development Programme studies Computational Physics at the depth of three related Advanced Certificate pathways: Advanced Certificate in Computational Physics, Advanced Certificate in Applied Computational Physics, and Advanced Certificate in Computational Physics Leadership. Each pathway has eight modules, followed by one integrative , twenty-five in total. The programme is studied online. The enrolment fee is one hundred and ninety-nine pounds. Completing it leads to a LSBR Executive Executive Development Programme award.

1. Pathway Overview: Computational Physics: Develops practical capability in Computational Physics as part of the Computational Physics programme.: Core Theory: Computational Physics: Develops practical capability in Computational Physics as part of the Computational Physics programme.
2. Applied Methods: Computational Physics: Develops practical capability in Computational Physics as part of the Computational Physics programme.: Workplace Practice: Computational Physics: Develops practical capability in Computational Physics as part of the Computational Physics programme.
3. Tools and Analysis: Computational Physics: Develops practical capability in Computational Physics as part of the Computational Physics programme.: Decision Making: Computational Physics: Develops practical capability in Computational Physics as part of the Computational Physics programme.
4. Case Study: Computational Physics: Develops practical capability in Computational Physics as part of the Computational Physics programme.: Integration: Computational Physics: Develops practical capability in Computational Physics as part of the Computational Physics programme.
5. Pathway Overview: Applied Computational Physics: Develops practical capability in Applied Computational Physics as part of the Computational Physics programme.: Core Theory: Applied Computational Physics: Develops practical capability in Applied Computational Physics as part of the Computational Physics programme.
6. Applied Methods: Applied Computational Physics: Develops practical capability in Applied Computational Physics as part of the Computational Physics programme.: Workplace Practice: Applied Computational Physics: Develops practical capability in Applied Computational Physics as part of the Computational Physics programme.
7. Tools and Analysis: Applied Computational Physics: Develops practical capability in Applied Computational Physics as part of the Computational Physics programme.: Decision Making: Applied Computational Physics: Develops practical capability in Applied Computational Physics as part of the Computational Physics programme.
8. Case Study: Applied Computational Physics: Develops practical capability in Applied Computational Physics as part of the Computational Physics programme.: Integration: Applied Computational Physics: Develops practical capability in Applied Computational Physics as part of the Computational Physics programme.
9. Pathway Overview: Computational Physics Leadership: Develops practical capability in Computational Physics Leadership as part of the Computational Physics programme.: Core Theory: Computational Physics Leadership: Develops practical capability in Computational Physics Leadership as part of the Computational Physics programme.
10. Applied Methods: Computational Physics Leadership: Develops practical capability in Computational Physics Leadership as part of the Computational Physics programme.: Workplace Practice: Computational Physics Leadership: Develops practical capability in Computational Physics Leadership as part of the Computational Physics programme.
11. Tools and Analysis: Computational Physics Leadership: Develops practical capability in Computational Physics Leadership as part of the Computational Physics programme.: Decision Making: Computational Physics Leadership: Develops practical capability in Computational Physics Leadership as part of the Computational Physics programme.
12. Case Study: Computational Physics Leadership: Develops practical capability in Computational Physics Leadership as part of the Computational Physics programme.: Integration: Computational Physics Leadership: Develops practical capability in Computational Physics Leadership as part of the Computational Physics programme.
13. Integrated Practice in Computational Physics: Draws the three pathways together into one piece of professional work.