ExpertiseUpdated on 18 December 2025
Polymer Nanocomposite Development, Advance Manufacturing, Dielectric Devices
Assistant Professor, Yildiz Technical University, Dpt. Metallurgical and Materials Engineering.
İstanbul, Türkiye
About
We are working to develop dielectric polymer nanocomposites for RF/microwave devices such as antennas, energy harvesters, and absorbers. Using AI tools, we can design and simulate such devices. Such nanocomposites can be used as raw materials in additively manufacturing techniques to build modelled devices.
We are organizing a proposal submission entitled "Recycled and Waste-Derived Materials for Intelligent RF/Microwave Devices Manufacturing".
Field
- Manufacturing
- Modelling, simulation, predictive technologies
- Raw Materials
- Advanced Materials
- Sustainability
- Testing & Analysis
- Other expertise
Similar opportunities
Product
Dielectric Polymer Nanocomposites and Dielectric Devices
Hakan YILMAZER
Assistant Professor, Yildiz Technical University, Dpt. Metallurgical and Materials Engineering.
İstanbul, Türkiye
Product
Protein and polysaccharide based nanocomposites derived from agri-waste
- Research work
- Manufacturing
- Raw Materials
- Sustainability
- Decarbonisation
- Advanced Materials
Dan Sun
Senior Lecturer/Associate professor at Queen's University Belfast
Belfast, United Kingdom
Expertise
Custom industrial machinery and automation systems for manufacturing and R&D
- Steel
- Manufacturing
- Raw Materials
- Sustainability
- Decarbonisation
- Energy Efficiency
- Advanced Materials
- Testing & Analysis
- Modelling, simulation, predictive technologies
Mete SARAC
Technical & R&D Project Consultant – Industrial Automation and Machinery at Atlantis Industrial Automation Machinery Ltd.
İstanbul, Türkiye