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Aunggat Shah

@aunggatshah

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Data-focused Ph.D. researcher in physics specializing in data curation and reproducible scientific workflows.

India

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What I'm looking for

I seek roles where I can apply rigorous data curation, reproducible workflows, and instrumentation expertise to improve AI training data quality, while mentoring and translating domain knowledge.

I am a precise, data-focused Ph.D. researcher in physics with hands-on experience in data acquisition, analytical workflows, and reproducible code, seeking to apply domain expertise to AI training and data quality teams.

I developed scalable synthesis processes for multi-walled carbon nanotubes from waste plastics, engineered low-cost flexible supercapacitor electrodes, and designed CNT–metal-sulfide composites, producing extensive reproducible data, figures, scripts, and method documentation.

I mentor students through experimental design, data analysis, and manuscript preparation, and bring strong technical skills in Python (pandas, numpy), scientific computing, LaTeX/Overleaf, Git, instrumentation data handling, and quality assurance.

Experience

Work history, roles, and key accomplishments

Ph.D. Researcher

North-Eastern Hill University

Jan 2018 - Jan 2025 (7 years)

Led synthesis and characterization of carbon–metal sulfide nanocomposites and scalable MWCNT production from waste plastics; optimized materials for supercapacitors and sensors and produced reproducible data workflows and 5+ peer-reviewed publications.

Data Curation NumPy Electrochemical Measurements TEM SEM XRD Characterization Scientific Writing Mentorship

Education

Degrees, certifications, and relevant coursework

North-Eastern Hill University

Doctor of Philosophy, Physics

2018 - 2025

Activities and societies: Developed scalable MWCNT synthesis from waste plastics; engineered flexible supercapacitor electrodes; designed CNT–metal-sulfide composites; mentored 3 M.Tech students; produced reproducible analysis scripts and documentation.

Ph.D. in Physics focusing on preparation, characterization, and applications of carbon–metal sulfide nanocomposites with emphasis on synthesis, electrochemical evaluation, and reproducible data workflows.

Tezpur University

Master of Science, Physics

Grade: 70.8%

Completed a Master of Science in Physics with coursework and research training in experimental and analytical techniques relevant to materials and energy storage.