Case Studies
Explore how materials science expertise can address industrial challenges, accelerate innovation and create routes from research to application.
Materials science translated into industrial value
ICMAB works at the interface between advanced materials research and real-world innovation challenges. These case studies are designed to show how scientific expertise, research infrastructure and external collaboration can support the development of new materials, devices and processes.
Each story focuses on the challenge, the expertise involved, the collaboration route and the value created for the next stage of innovation.
Editorial status
Illustrative draft. The current cases are structural examples and must be replaced or validated with real ICMAB projects before publication.
Featured collaboration stories
Examples of how a case-study directory can present industrial needs, scientific approaches and potential routes towards application.
Circular materials for next-generation batteries
Challenge: explore more sustainable electrode materials and recovery routes for future rechargeable batteries.
Collaboration: combine materials design, electrochemical characterization and early-stage validation with an industrial partner.
Potential outcome: a clearer route from promising laboratory materials to scalable battery components.
Flexible solar technologies for new product formats
Challenge: investigate lightweight, flexible and visually adaptable photovoltaic materials.
Collaboration: connect materials formulation, thin-film processing and device characterization with product requirements.
Potential outcome: validated concepts for integrating solar functionality into unconventional surfaces.
Faster quality control for functional coatings
Challenge: understand coating uniformity, defects and performance before industrial scale-up.
Collaboration: apply complementary microscopy, spectroscopy and surface-analysis techniques to production-relevant samples.
Potential outcome: evidence that supports process optimisation and more reliable quality-control decisions.
More application areas
A compact directory spanning health, energy efficiency and functional electronics.
Magnetic nanomaterials for targeted health applications
From material synthesis and biological evaluation to formulation, reproducibility and preclinical validation planning.
Recovering waste heat with thermoelectric materials
Materials selection, device concepts and performance testing for converting low-grade heat into useful electrical energy.
Organic sensors for rapid product monitoring
Functional organic materials and sensor architectures designed around a specific monitoring challenge and integration environment.
A clear structure for every success story
Using the same four-part structure makes each collaboration easy to scan and compare while keeping the focus on evidence and impact.
The challenge
The industrial need, technical barrier or opportunity that initiated the collaboration.
The expertise
The materials knowledge, methods and research infrastructure brought to the project.
The collaboration
The way ICMAB and the external partner organised research, development and validation.
The outcome
The evidence, prototype, technology or next decision enabled by the work.
Ways to collaborate with ICMAB
The most suitable route depends on the maturity of the challenge, the evidence required and the intended path towards application.
Collaborative R&D
Jointly define a scientific and technological challenge, a work plan and the route towards validation.
Contract research
Commission targeted research, analysis or development around a clearly defined industrial need.
Technology transfer
Explore licensing, intellectual-property and development opportunities around research results.
Spin-off collaboration
Combine ICMAB scientific expertise with industrial capabilities developed by research-based companies.
Could your collaboration become the next case study?
Share your scientific or technological challenge with the ICMAB Technology Transfer team and explore the expertise, facilities and collaboration model that best fit your needs.
