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Engineering & Natural Sciences

NanoFabMat 2025

When:

15 September - 19 September 2025

School:

NanoFabMat

Institution:

KU Leuven

City:

Leuven

Country:

Belgium

Language:

English

Credits:

1 EC

Fee:

350 EUR

Early Bird deadline 11 August 2025
Interested?
NanoFabMat 2025

About

Course Summary

Theme 1: Quantum Materials and Advanced Technologies
Quantum Materials: Delve into the properties of quantum materials, including correlated materials, topological matter, and quantum sensors, to understand their role in next-generation electronics and quantum computing.
Smart and Sustainable Materials: Explore the innovative design of smart functional materials that respond to environmental stimuli, alongside sustainable practices in material development, focusing on eco-friendly solutions.
Characterization Techniques: Investigate novel characterization approaches, including high-throughput methods and quantum-based measurement techniques, to accurately analyze the structural and electronic properties of advanced materials.
Photonic and Quantum Technologies: Examine the application of diamond-based quantum sensors and advancements in photonic switching to push the boundaries of light manipulation, enabling new functionalities in devices.
Theme 2: Micro- and Nano-Fabrication Techniques and Integration
Microfabrication Processes: Learn about state-of-the-art microfabrication techniques, such as next-generation lithography, that facilitate the creation of miniaturized components for electronics and MEMS (Micro-Electro-Mechanical Systems).
Nanomanufacturing Innovations: Explore advanced nanomanufacturing methods including nanoimprint lithography and photonic integration, aimed at precise fabrication of nanostructures for various applications.
Device Integration: Focus on the design and integration of micro and nano-scale systems, considering the challenges and techniques necessary for effective implementation in electronic and photonic devices.
Sustainability in Manufacturing: Address the latest trends in sustainable manufacturing practices within the semiconductor industry, highlighting collaborative efforts aimed at reducing environmental impact while enhancing performance and efficiency.
This course offers a comprehensive exploration of cutting-edge materials and processes, equipping participants with the knowledge and skills to contribute to advancements in quantum technologies, sustainable practices, and innovative fabrication methods.

Course leader

Masoumeh Keshavarz

Target group

The NanoFabMat 2025 course targets a diverse group of individuals who are passionate about advancing their understanding and skills in the fields of nanofabrication and materials science. This includes:
Graduate Students (Master’s and PhD): Those studying materials science, engineering, physics, chemistry, and related fields who wish to deepen their knowledge of quantum materials and fabrication techniques.
Early-Career Researchers: Professionals starting their careers in academia or industry, looking to expand their expertise in cutting-edge technologies, sustainable materials, and advanced characterization methods.
Industry Professionals: Engineers, scientists, and technical staff working in the semiconductor, photonics, or other technology-driven industries who are interested in integrating innovative materials and processes into their work.
Academic Faculty and Educators: Educators aiming to incorporate the latest advancements in quantum materials and fabrication techniques into their curriculum development and research.
Policy Makers and Strategists: Individuals involved in technology policy or strategic planning within the scientific community, aiming to understand the potential impacts of emerging technologies and sustainable practices.
The course is designed to provide a comprehensive overview of current innovations and emerging trends, facilitating cross-disciplinary collaboration and inspiring new ideas to drive future advancements in the field.

Course aim

The aim of the NanoFabMat 2025 course is to provide participants with an in-depth understanding of the latest advancements and methodologies in nanofabrication and materials science. The course seeks to achieve the following:
Deepen Understanding: Equip participants with advanced knowledge of quantum materials, smart and sustainable material design, and their applications in next-generation technologies.
Enhance Skills: Develop participants' practical skills in cutting-edge characterization techniques and micro- and nano-fabrication processes, preparing them for challenges in research and industry.
Promote Innovation: Inspire innovative thinking by exploring new developments in photonic and quantum technologies, encouraging participants to apply these insights to real-world problems.
Foster Collaboration: Encourage networking and collaboration among participants from diverse backgrounds, fostering a community of innovators in advanced materials and fabrication techniques.
Support Sustainability: Emphasize the importance of sustainable practices in manufacturing, highlighting ways to reduce environmental impact while enhancing performance and efficiency in the semiconductor industry.
Overall, the course aims to empower participants to contribute meaningfully to the field, addressing contemporary challenges and driving progress in technologies that will shape the future.

Fee info

Fee

350 EUR, regular and early bird

Fee

400 EUR, regular

The registration fee includes: On-site participation from 15 to 19 September 2025, Conference material, Coffee breaks and lunches, Welcome reception, Two dinners, Cultural activities Lab sessions

Interested?

When:

15 September - 19 September 2025

School:

NanoFabMat

Institution:

KU Leuven

Language:

English

Credits:

1 EC

Early Bird deadline 11 August 2025 Visit school

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