TU/e Scientists Secure Grants for Cutting-Edge Research in Technology and Security
Eindhoven, Tuesday, 6 August 2024.
Two Eindhoven University of Technology researchers have been awarded NWO Impact Explorer grants. The projects focus on developing affordable fiber-sensing technology for chemical production and mathematical models to enhance individual security measures, potentially revolutionizing their respective fields.
Innovative Fiber-Sensing Technology for Chemical Production
One of the awarded projects, led by a team at Eindhoven University of Technology (TU/e), seeks to enhance the efficiency, flexibility, and sustainability of chemical and biochemical production processes through the development of innovative fiber-sensing technology. The current limitations of sensing technologies, particularly in the context of miniaturized reactors, stem from size and cost constraints. Project FIBCHEM addresses these issues by proposing a novel method for reading optical signals from fiber sensors using simple integrated chips. This approach promises to reduce the costs associated with optical sensing systems significantly.
Potential Impact and Market Exploration
The FIBCHEM project is not only focused on the technological development but also on exploring its market potential. The team plans to develop a prototype and engage in market research to understand the feasibility of deploying this technology in miniaturized (bio)chemical reactors. By enhancing the production processes, this technology could lead to more sustainable and efficient chemical production, aligning with broader environmental goals.
Enhancing Individual Security with Mathematical Models
The second project, led by Loe Schlicher, aims to address the increasing security threats faced by individuals in the Netherlands. It focuses on testing mathematical models for the optimal deployment of bodyguards in collaboration with the Dutch National Police. This project will utilize serious gaming techniques to refine these models, ultimately aiming to improve the strategies for individual protection and national security. A workshop will be organized for policymakers to discuss the implementation of these models, potentially leading to more effective security measures.
Funding and Broader Implications
The combined funding for the Impact Explorer grants totals €1,000,000, with individual grants ranging from €20,000 to €30,000. These grants are designed to validate the societal impact of curiosity-driven research discoveries from NWO and ZonMw. By supporting projects like FIBCHEM and Schlicher’s security models, the grants aim to bridge the gap between innovative research and practical applications that can benefit society at large.