Ayush Agarwal

Postdoctoral Researcher @Bundesanstalt für Materialforschung und -prüfung

Berlin, DE
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WORK HISTORY

Dec 2025 — Present

Postdoctoral Researcher @Bundesanstalt für Materialforschung und -prüfung

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Berlin, DE

Quantitative bioimaging using Laser Ablation - Inductively Coupled Plasma - Time of Flight - Mass Spectrometry (LA-ICP-ToF-MS), with a focus on calibration strategies and imaging workflows for biomedical tissues.

EDUCATION

1997 — 2008

Shri Daulatram Nopany Vidyalaya

Secondary School, Mathematics, Physical Science, Life Science, Geography, History, Book Keeping

N/A

EPFL

Doctor of Philosophy - PhD, Doctoral Program in Energy (EDEY) - Environmental Sciences and Engineering

2008 — 2010

Hariyana Vidya Mandir

High School, Mathematics, Chemistry, Computer Science, Biology and Physics

2017 — 2019

KTH Royal Institute of Technology

Master of Science, Chemical Engineering for Energy and Environment

2024

ETH Zürich

Special Student University, Special Student EPFL

2011 — 2015

Birla Institute of Technology and Science, Pilani

Bachelor of Engineering (B.E.), Chemical Engineering

SKILLS

PhotographyBrand DevelopmentCProgrammingHtmlPublic RelationsMicrosoft OfficeChemcadMass BalanceHeat BalanceMicrosoft PowerpointProcess CalculationOnline MarketingMass & Energy BalanceSocial MediaMicrosoft WordTeam LeadershipResearchPowtoonsManagementMaterial BalancePublicitySocial NetworkingMarket ResearchLeadershipAutocadPowerpointMicrosoft ExcelPreziC++Event Management

ABOUT AYUSH AGARWAL

Chemical Engineer with a PhD in Energy and a global career spanning India, Sweden, the USA, Switzerland and Germany. Proven experience in chemical process technologies from laboratory to industrial scale, with specialization in advanced analytical techniques and environmental diagnostics. Skilled in designing and optimizing analytical workflows for trace contaminants and nanoparticles, with direct relevance to materials recovery and sustainable technologies. Strong background in interdisciplinary research, method validation, and systems-level thinking. Deeply committed to circular economy principles, resource efficiency, and climate-positive innovation, with a track record of applying scientific insight to real-world challenges.

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