Our approach

Our Approach

An integrated end-to-end research programme

NEED2D adopts an integrated approach linking materials growth, modelling, device fabrication and translation.

The programme is structured to create fast feedback loops so scientific insight drives device performance and manufacturability. 
 

Programme loop

  • Characterise limiting mechanisms
  • Adapt growth and processing
  • Validate in devices
  • Iterate
Materials -> Processes -> Devices -> Impact

Approach map

Atomic scale designs

Exploring device concepts and architectures that exploit atomically thin materials and their interfaces, with attention to scalability and manufacturable routes.

Our approach

Why our approach is effective

NEED2D links materials creation, theory, and device fabrication in a single programme so discoveries translate rapidly into measurable device-level gains. The approach is designed to resolve interdependent barriers (growth quality, interfaces, contacts, electrostatics) that cannot be solved in isolation.

Our approach

Why our project is feasible

The programme builds on established UK capability in wafer-scale 2D materials, advanced characterisation, and device prototyping. The consortium’s complementary expertise provides multiple routes to validate and scale results.

Our methodology

NEED2D Follows a clear methodology.

Creating - Wafer-scale 2D materials and controlled interfaces
Modelling - Predictive theory and device-relevant insight
Applying - Prototype fabrication and measurement
Translating - Manufacturability and partner alignment
Expanding - Ecosystem impact, training, and wider use
Expanding - Ecosystem impact, training, and wider use

Risks and mitigations

NEED2D links materials creation, theory, and device fabrication in a single programme so discoveries translate rapidly into measurable device-level gains. The approach is designed to resolve interdependent barriers (growth quality, interfaces, contacts, electrostatics) that cannot be solved in isolation.

Research environments

The consortium’s research environments provide complementary facilities, technical leadership, and training capability. Shared methods and comparisons support reproducibility across sites.

Additionality

A coherent long-term programme enables flexibility, scale and sustained collaboration—supporting breakthroughs that would be unlikely through shorter, fragmented grants.

Added value and coherence

NEED2D’s structure supports coherence across disciplines and sustained, iterative progress. The longer-term nature of the programme allows the community to converge on reproducible, scalable routes while training the next generation of experts.