AP 2026-2027 - TU/e Curricula

[1] Foundational courses — choose 3 of 6: 35AFD Advanced Fluid Dynamics, 35CMN Condensed Matter at the Nanoscale, 35PMO Photonics and Modern Optics, 35PPR Physics of Plasma and Radiation, 35QST Quantum Science and Technology, 35SMP Soft Matter Physics.

[1] External internship — choose 1 of 2: 35I15 External Internship Applied Physics, 35I30 External Internship Applied Physics.

5LSO0 Quantum optimization & machine learning E

37AMM Advanced Materials Modelling using Multiscale Methods A

37INM Introduction to NMR/MRI for Imaging and Flow Visualisation A

37AEL Advanced Electrodynamics B

37EFM Environmental Fluid Mechanics C

37ODE Optical Design C

37QIN Quantum Information C

37NMA Nanomagnetism D

37OPD Optical Plasma Diagnostic Techniques D

37OSE Optical Sensing D

37GDI Gas Discharges E

37HQC Hybrid Quantum Computing E

37MBI Molecular Biosensing E

4EM10 Gasdynamics

37HIN A Hands-On Introduction to Nano Device Fabrication C

2MMQ10 Quantum Computing and Algorithms A

37SNA Semiconductor Nanophysics A

6EMA59 Experimental soft matter A

37POP Polymer Physics B

37SNS Semiconductor Nanofabrication Science & Technology B

37NPH Nanophotonics C

5SPD0 Electromagnetic modeling techniques C

37CHA Chaos D

37SCE Solar Cells D

37CFP Advanced Computational Fluid and Plasma Dynamics E

37UQP Ultracold Quantum Physics E

5LTE0 Quantum communications E

2MMQ30 Theory and Practice of Many-Body Quantum Systems A

37IEX Imaging with Electrons and X-Rays A

2MMQ40 Differential Geometry for Classical and Quantum Gravity B

37GFD Geophysical Fluid Dynamics B

4LM50 Rheology B

37AOM Advanced Optical Microscopy C

37MLF Machine Learning for Fluid Mechanics D

2IMS55 Quantum Protocols D1

2MMQ20 Functional Analysis for Quantum Theory E

37NSP Nanospintronics E

AP — 2026-2027

Scheme

Year 1

Year 2

Recommended electives