Işkın Geçkil

Scientific Assistant @ Fraunhofer IWKS

About

I am a M.Sc. student at Technische Universität Darmstadt, immersed in the dynamic field of Functional Materials. My research interests encompass semiconductors, solar cells, magnets, hydrogen storage technologies, catalysts, and computational methods—all crucial for shaping tomorrow’s sustainable energy landscape. Through this broad exploration, I aim to bridge fundamental science and real-world applications, ensuring that innovative materials research leads to tangible advancements. Sustainability lies at the core of my work, driving my dedication to recycling and substituting critical materials wherever possible. By integrating environmental considerations into each research phase, I strive to promote resource efficiency without compromising performance and scalability. I’m always eager to collaborate with fellow researchers, industry experts, and visionaries who share my passion for creating a cleaner, more resilient future through the power of materials science.

Country

China

City

Shanghai

Industry

Information Technology & Services

Skill

Machine Learning, Deep Learning, Neural Networks, Bayesian Optimization, Computer Vision, PyTorch, Research and Development (R&D), Quality Control, Process Engineering

Experience

Scientific Assistant

Fraunhofer IWKS

2025-2 - 2025-12 · 11 mos

Hanau am Main, Hesse, Germany

Working on the Scale2PM project, focusing on resource-efficient strategies to optimize permanent magnet production with reduced critical raw materials.

Scientific Assistant

Functional Materials (TU Darmstadt)

2024-6 - 2024-8 · 3 mos

Darmstadt, Hesse, Germany

Involved in the development of rare-earth-free magnetic materials aimed at sustainable magnet production. • Conducted research on the microstructural properties of Heusler alloys, specifically MnFeGa composition • Utilized arc melting and induction melting for alloy synthesis • Analyzed microstructure and chemical composition using scanning electron microscopy (SEM) and energy dispersive x-ray (EDX) • Engaged in experimental work to understand phase formation and material characteristics for potential high performance applications

Engineering Intern

Kent Casting

2022-8 - 2022-8 · 1 mo

Dilovası, Kocaeli, Türkiye

Gained hands-on experience in grey iron casting and quality control processes, with a focus on ensuring material consistency and compliance through testing procedures: • Conducted tensile strength tests to assess material durability and performance • Performed compressibility measurements to evaluate material stability under stress • Analyzed grain size via sieve Analysis to ensure optimal microstructure for casting quality • Monitored Sand Moisture Levels to maintain consistency in casting molds and prevent defects

R&D Assistant

KORMAS

2021-8 - 2021-8 · 1 mo

Kocaeli, Türkiye

Gained hands-on experience in magnetic materials and their applications within electric motor technology, focusing on the stator components: • Conducted research on magnetic properties and optimization techniques in stator magnet technology • Utilized Maxwell Ansys for simulating electromagnetic fields and evaluating performance in motor components • Conducted research on the magnetic properties of electrical steel sheets to enhance performance and efficiency in motor applications