11 mechanical-engineering-solid-mechanics-advanced-materials-fracture-mechanics-stress-and-strain-analysis PhD positions at ICN2

PhD Student - Advanced Electronic Materials and Devices

different areas of nanoscience and nanotechnology. Job Title: PhD Student Research area or group: Advanced Electronic Materials and Devices Description of Group/Project: The Advanced Electronic Materials and

PhD Student - Engineering quantum properties of 2D materials by 1D and 2D superlattices (DOC-FAM)

Doctoral Training Programme in Functional Advanced Materials (DOC-FAM) DocFam+ (DOCtoral training programme in Functional Advanced Materials: Towards a Better Future) is a new doctoral programme for

PhD Student - Multiscale modeling of electronic, spin and thermal transport in nanostructured materials (DOC-FAM)

Doctoral Training Programme in Functional Advanced Materials (DOC-FAM) DocFam+ (DOCtoral training programme in Functional Advanced Materials: Towards a Better Future) is a new doctoral programme for

PhD Student - Synthesis of new porous materials via photocleavage of MOFs and COFs (DOC-FAM)

Doctoral Training Programme in Functional Advanced Materials (DOC-FAM) DocFam+ (DOCtoral training programme in Functional Advanced Materials: Towards a Better Future) is a new doctoral programme for

PhD Student - Emergent Phases in Quantum Oxides (DOC-FAM)

Doctoral Training Programme in Functional Advanced Materials (DOC-FAM) DocFam+ (DOCtoral training programme in Functional Advanced Materials: Towards a Better Future) is a new doctoral programme for

PhD Student - Oxide Nanophysics Group

that, they offer exciting possibilities to explore new physics in these multifunctional materials. This project aims to explore the tuning of oxide functionalities at the nanoscale via mechanical manipulation

PhD Student (DOC-FAM) - Engineering flexible, comformable substrates for monitoring and treatment of brain disease

Doctoral Training Programme in Functional Advanced Materials (DOC-FAM) DocFam+ (DOCtoral training programme in Functional Advanced Materials: Towards a Better Future) is a new doctoral programme for

PhD Student - Oxide Nanoelectronics Group

possibilities to explore new physics in these multifunctional materials. This project aims to explore the tuning of oxide functionalities at the nanoscale via mechanical manipulation of the membranes, exploiting

PhD Student - Nanostructured Materials for Photovoltaic Energy Group

Analysis of materials for H2 production Characterisation of the individual materials used in the device, as well as the complete solar cell devices by means of electrical and optical techniques. Process and

PhD Student - Theoretical and Computational Nanoscience Group

to the implementation of developed tools on the in-house LSQUANT code (www.lsquant.org) and computing architecture of TCN/ICN2 Requirements: Education: PhD in physics or electrical/ mechanical engineering Knowledge