Possibilities for a graduation project
Possibilities for graduation projects change so fast that in case you are interested, please contact Erwin Kessels, Adrie Mackus, Adriana Creatore or Bart Macco (see contact information). Listed below are some examples of current possibilities for traineeships/graduation projects.
Current possibilities for traineeships/graduation projects
2023
- Area-selective atomic layer deposition for bottom-up fabrication of nanoelectronics
- Atomic-scale processing of gate oxides on 2D TMDs for future transistors
- Temperature measurements in low-temperature plasma by optical emission spectroscopy
- Low-energy ion sputtering for atomic layer etching and surface cleaning
- Making doped 2D TMDs by atomic layer deposition for future transistors
- Metal oxide layers for perovskite solar cells
- Nanolayers for semiconductor surface passivation
- ALD and ALE for quantum computing
- Thin film high-voltage cathodes for lithium ion batteries
- Transition metal oxide electrocatalysts for H2O splitting
2022
- Conformality of spatial atomic layer deposition of AlOx (July 2022)
- 2D-TMDs as a Cu diffusion barrier, tested by time-dielectric breakdown tests (March 2022)
- Area-selective atomic layer deposition for the fabrication of nanoelectronics (March 2022)
- Studying the mechanism and selectivity of surface blocking atomic layer etching (March 2022)
- Deposition of ultrathin (nanoscale) layer by self-limiting atomic layer deposition (March 2022)
- In-situ investigation of the reaction mechanisms of area-selective ALD (March 2022)
- Improving selectivity during area-selective deposition by ion sputtering (March 2022)
- Studying Plasma Atomic Layer Etching applications in fabrication of AlGaN/GaN RF and High electron mobility transistor devices (March 2022)
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dr. Creatore, M.
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prof.dr.ir. Kessels, W.M.M.
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dr.ir. Mackus, A.J.M.
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dr. Macco, B.