Faculty: Faculty of Mathematics, Natural Sciences, and Materials Engineering

Chair: Processing of Complex Structured Materials for Demanding Environments

Type of scholarship: 3-month-scholarship

Duration: 01.04.2025 - 30.06.2025

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Short CV

Dr. Rutuparna Samal is a postdoctoral researcher at the University of Augsburg with expertise in MXene synthesis, characterization, and energy-related applications. Her work focuses on developing recyclable MXene-based materials for supercapacitors and electrochemical water splitting applications. She has contributed to key publications and actively engages in proposal development for major fellowships. Through formal training and interdisciplinary collaboration, she aims to advance sustainable energy technologies aligned with circular-economy principles.

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Research Interests:

???????? MXene synthesis and characterization

???????? Tuning the physicochemical properties by various engineering strategies

???????? Holistic supercapacitor device development

???????? Sustainable electrochemical water splitting

???????? Recycling and reuse of MXene-based 2D materials

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Abstract of the funded project

Re-MXene – Recyclability of MXenes for Sustainable Energy Storage and Hydrogen Production

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This project aims to lay the groundwork for developing sustainable, recyclable MXene-based materials for next-generation energy storage and hydrogen production systems. Addressing the global challenge posed by increasing energy demand and massive e-waste generation, the proposed work explores the recyclability and reusability of MXenes - an emerging class of two-dimensional materials with exceptional electrochemical properties. Despite their promise, systematic studies on MXene recyclability in supercapacitors and electrocatalysts remain scarce.

The preparatory phase focuses on four key components: (i) conducting a comprehensive literature review to identify knowledge gaps and refine research directions, (ii) designing an experimental plan tailored to available facilities to investigate MXene recyclability, (iii) drafting two full research proposals targeting Marie-Curie (energy storage) and DAAD (HER electrocatalysis) fellowships, and (iv) undertaking essential safety and technical training at the University of Augsburg. The project emphasizes understanding synthesis, surface terminations, ink formulation for 3D-printed supercapacitors, and MXene stability for water-splitting applications.

The expected outcome is a well-structured, innovative research plan that integrates insights from literature, experimental strategy, and mentorship. This foundational stage will support future funding applications, foster collaborations, and advance circular-economy-driven MXene technologies for sustainable energy storage and conversion.