AYUSHI
PATEL
Physicist // Educator // Communicator
A dedicated educator and researcher with a strong foundation in Physics, I bridge the gap between complex science and accessible learning.
My work encompasses teaching undergraduate and postgraduate students, active engagement in science communication, and research focused on the green synthesis of magnetic materials. With a creative approach and a commitment to experiential learning, I strive to make science both accessible and impactful.
Featured Research
Journal of Materials Chemistry C / 2023
Gallium Substituted X-Type Hexagonal Ferrites
Investigating the effect of substitution and heating temperature on phase formation and the magnetic and dielectric properties of Sr₂Co₂GaₓFe₂₈-ₓO₄₆.
View Publication →Materials Chemistry and Physics / 2022
In³⁺ Substituted X-type Barium Zinc Hexaferrites
An investigation into structural, optical, magnetic, and dielectric properties using a Pechini citrate-gel synthesis method.
View Publication →Ceramics International / 2024
Al-substituted M-type SrCe hexaferrites
Analysis of structural, magnetic, and dielectric properties of hexaferrites synthesized using yellow bell leaves extract.
View Publication →Book Chapter / 2023
Magnetic Nanoparticles for Drug Delivery Applications
A comprehensive chapter on the use of magnetic nanoparticles in biomedical applications, featured in Materials Research Foundations.
View Publication →"With a creative approach and commitment to experiential learning, I strive to make science both accessible and impactful."
My ApproachSelected Works
A collection of research publications, academic projects, and science communication initiatives.
Publication / 2025
Green Nanomaterials for Biomedical Applications
Chapter in Sustainable Scaffolds-based Strategies in Tissue Engineering and Regenerative Medicine.
DOI →Publication / 2024
Al-substituted M-type SrCe hexaferrites
Published in Ceramics International.
DOI →Publication / 2023
Gallium Substituted X-Type Hexagonal Ferrites
Published in Journal of Materials Chemistry C.
DOI →Publication / 2023
Magnetic Nanoparticles for Drug Delivery Applications
Chapter in Materials Research Foundations.
DOI →Publication / 2022
Pechini citrate-gel synthesised In³⁺ substituted X-type barium zinc hexaferrites
Published in Materials Chemistry and Physics.
DOI →Experience / 2024-Present
Assistant Professor
Indus University. Teaching Engineering Physics, Electrodynamics, and Nuclear Physics. Astro Club Coordinator.
Experience / 2023
SERB Intern
IIT Gandhinagar. Project on movement of Cu NPs coated motor catalysing aqueous hydrogen peroxide in a density gradient.
Experience / 2018-2020
Science Communicator
Vikram A Sarabhai Community Science Center. Conducted hands-on science activities via Mobile Science Lab (MSL).
Academic Project / 2016
Vortex Tube Model
B.Sc. project at St. Xavier's College. Designed and created a working model separating compressed gas into hot and cold streams.
The Method
A philosophy rooted in rigorous inquiry, hands-on application, and clear communication.
My research focuses on the green synthesis of magnetic materials and their characterization using advanced techniques.
Core Competencies
Physics Instruction
Expertise in teaching a range of physics courses from undergraduate to postgraduate levels, including Engineering Physics, Electrodynamics, and Nuclear & Particle Physics.
Material Characterization
Proficient in techniques like XRD, UV-Vis, Mössbauer Spectroscopy, and Magnetic/Dielectric Analysis for characterizing novel materials.
Science Communication
Skilled in popularizing science through hands-on activities, workshops, outreach programs, and writing for publications like Vigyan Drashti.
Curriculum & Activity Design
Experienced in designing inquiry-based learning modules, workshops (e.g., Telescope Training, Pyrotechnics), and experiential science camps.
Scientific Writing & Translation
Authored publications in international journals and books. Capable of creating original science articles and translating content between English and Gujarati.
Graphic & Educational Design
Contributed to the visual identity of academic programs by designing brochures, departmental booklets, and the official university magazine, i360.
Research Process
01. Inquiry & Survey
Comprehensive literature survey and preliminary theoretical calculations to establish a research foundation.
02. Synthesis
Synthesis of ferrites and other magnetic materials using techniques like sol-gel auto-combustion and green synthesis methods.
03. Characterization & Analysis
Rigorous characterization of materials, followed by data analysis, graphing, and plotting to interpret results.
04. Dissemination
Writing and submitting manuscripts for publication in peer-reviewed international journals and presenting findings at conferences.
Begin a Project
For academic collaborations, speaking engagements, or research inquiries.