You add at least 20 credits from the track electives listed below to your program:
| 3MA010 | Computational and mathematical physics |
| 3MB010 | Physics of plasmas and radiation |
| 3MS010 | Advanced fluid dynamics |
| 3MP160 | Advanced plasma physics |
| 4CM10 | System theory for control |
| 5CSA0 | Modelling dynamics |
| 5CTA0 | Statistical signal processing |
| 5LEE0 | Electrical power engineering and system integration |
| 4CM00 | Control engineering |
| 3MF130 | Heating and diagnosing fusion plasmas |
| 3MP120 | Astrophysics |
| 3MA020 | Advanced electrodynamics |
| 3MQ100 | Photonics and modern optics |
| 4SC010 | Control and operation of tokamaks |
| 4SC000 | Optimal control and dynamic programming |
| 4CM60 | Advanced motion control |
| 4MM10 | Advanced computational continuum mechanics |
| 4MM20 | Computational and experimental micromechanics |
| 4EM70 | Sustainable energy sources |
| 5SPB0 | Microwave engineering and antennas |
| 5AT010 | Electrical components |
| 5SVA0 | High voltage technology |
| 5SEC0 | Planning and operation power systems |
| 3MP140 | Accelerators and beams |
| 3MT120 | Advanced computational fluid and plasma dynamics |
| 3FSX0 | Subatomic physics |
| 3EEX0 | Electrodynamics |
| 4DM30 | Non-linear control |
| 5LMC0 | Robust control |
| 5LMB0 | Model predictive control |
| 5LIJ0 | Embedded control systems |
| 5SVB0 | Power quality phenomena |
| 5APA0 | Power electronics |
| 5LEG0 | Pulsed power technology |
| 3MP180 | Optical diagnostics: techniques and applications |
| 4SC030 | Control of magnetic instabilities in fusion plasmas |
| 4SC020 | Embedded motion control |
| 4MM50 | Fracture mechanics |
| 5LFB0 | Terahertz systems |
| 5XWA0 | Power system analysis and optimization |