Marwan Y. Rezk

About Marwan Y. Rezk

I am a U.S. Permanent Resident and Ph.D. Researcher with 10+ years of experimental experience at the intersection of advanced manufacturing, polymer science, and functional materials. My work is recognized for its \"substantial merit,\" having generated 580+ citations and secured over $250K in research funding through grant writing and industry partnerships.My expertise spans the full lifecycle of material development—from molecular synthesis to high-performance application—across several specialized domains:1. Electrospinning & Fiber Science Expert I have extensive experience in the design, development, and characterization of advanced materials using coaxial and uniaxial electrospinning. I previously served as the administrator for electrospinning equipment, mentoring over 30 researchers on nanofiber fabrication for applications in biomedical scaffolds, optoelectronics, and environmental remediation.2. Polymer Science & Biomaterials I specialize in the synthesis of bio-derived materials (e.g, lignin, chitosan) and the formulation of polymeric scaffolds. My research has led to breakthroughs such as:Developing chitosan/PVA nanofibers for wound dressing applications.Engineering coaxial nanofibers that outperform uniaxial versions in controlled drug release.Achieving a 40% increase in conversion efficiency for lignin depolymerization through tailored nanocatalysts.3. Nanomaterials & Semiconductors My work extends to the synthesis of hybrid nanomaterials and nanocatalysts for advanced electronic and energy applications. This includes:Developing lead-free all-inorganic double perovskite nanofibers for photovoltaic and optoelectronic applications.Synthesizing metal-oxide nanoparticles (ZnO, TiO2) to enhance industrial performance and energy storage.Researching sustainable manufacturing techniques to transform recycled polymers into energy-storage electrodes.4. Advanced Characterization & Methodology I have conducted 600+ material characterization tests to guide functional composite design. I am highly proficient in:Spectroscopic Analysis: XRD, Raman, FTIR, XPS, and NMR.Microscopy & Thermal Analysis: SEM, TEM, TGA, and DSC.Process Design: Kinetic modeling,(DOE), and microwave-assisted reactor systems.Whether leading R&D projects in a lab or root-cause investigations in high-stakes field environments (formerly at Halliburton), I bring an entrepreneurial mindset to solving complex material challenges. I thrive in interdisciplinary teams and am passionate about advancing the next generation of sustainable and functional materials.

Experience

1. Topic Coordinator

   Frontiers

   Mar 2026 — Present

   Strategic Topic Development: Identifying and curating emerging trends in nanomaterials specifically designed for next-gen solar cells.•Expert Collaboration: Inviting and managing a team of leading Guest Editors to spearhead specific Research Topics.•Quality Assurance: Ensuring the highest scientific standards through rigorous peer-review oversight.•Community Building: Connecting researchers globally to foster interdisciplinary breakthroughs in energy applications.•Content Strategy: Aligning our thematic goals with the 2026 Annual Content Plan to maximize the reach and impact of our contributors\' work.

Education

• The American University in Cairo

  Master's degree, Nanotechnology

  2015 — 2018

• Louisiana State University

  Doctor of Philosophy - PhD, Engineering Science-Biological Engineering

• The British University in Egypt

  Bachelor's degree, Petroleum Engineering

  2008 — 2012