About

Materials Scientist, Electrochemist, and Data Analyst

I bring 12+ years of experience in materials science, electrochemistry, and device research, now applying data analytics, Python, SQL, and structured workflows to solve technical problems.

My Journey

Connecting scientific research with data-driven problem solving

Scientific foundation

My background is rooted in materials science, electrochemistry, thin-film devices, photovoltaic systems, supercapacitors, and experimental characterization.

Data-driven direction

Working with complex experimental data led me to expand into Python, SQL, ETL workflows, visualization, dashboards, and reproducible analysis.

Materials informatics

I am particularly interested in data-driven materials science (materials informatics), where data analysis, machine learning, and large datasets are used to accelerate materials discovery and optimization.

Current focus

I am focused on roles where scientific thinking, data analysis, and technical communication come together to support better decisions and practical solutions.

Core Strengths

What I bring

A combination of domain expertise, analytical tools, and communication skills.

Materials Science & Electrochemistry

Thin films, photovoltaic devices, supercapacitors, EIS, device physics, and characterization.

Python & Data Analysis

Data cleaning, exploratory analysis, visualization, and reproducible analytical workflows.

SQL & Data Workflows

Structured queries, data transformation, validation, ETL logic, and reporting-ready datasets.

Dashboards & Reporting

Power BI, Excel, visualization, technical reporting, and translating complex data into insight.

Research Communication

40+ publications, technical writing, presentations, documentation, and scientific explanation.

Technical Problem Solving

Combining experimental judgment, analytical reasoning, and practical execution.

Research Background

Experience across energy materials and electrochemical systems

Research output

40+ peer-reviewed publications with 1500+ citations across materials science and energy research.

Focus areas

Solar cells, electrochemical systems, supercapacitors, thin films, device behavior, and stability.

Working style

I approach problems by connecting experimental evidence, data interpretation, and clear technical communication.

Let’s connect

I am open to opportunities in materials science, electrochemistry, data analytics, and technical problem solving.

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