Home / Current Interests

Areas I am currently exploring.

This page summarizes technologies and engineering methods I am currently developing through industrial work, self-directed learning and practical experimentation.

01 Early-stage development

AI-Assisted Electrode R&D

Exploring how formulation data, manufacturing parameters, microscopy images and experimental results can be integrated to support electrode development for batteries, fuel cells and water electrolysis.

Current topics

Electrode formulation data Manufacturing parameters Microscopy image analysis Defect identification Design of Experiments AI-assisted experiment planning
Example Integrated electrode-development workflow

A development concept connecting formulation tables, process parameters and microscopy images to identify defects such as cracks and agglomerates and to support the selection of subsequent experiments. In the longer term, this workflow could provide the foundation for an AI agent supporting electrode R&D.

Exploratory development
02 Current professional focus

Digital Twins

Developing digital representations of manufacturing processes to improve process understanding, simulation, optimization and engineering decision support.

Current topics

Manufacturing digital twins Physics-based models Data-driven models Hybrid modelling Virtual process representation Simulation-supported engineering
Example Digital representation of a solids-processing operation

A model-based approach for connecting process parameters, material behaviour and expected manufacturing outcomes.

In development
03 Experimental concept

Computer Vision for Process and Materials Analysis

Investigating vision-based methods for extracting information from industrial equipment and evaluating material quality from microscopy images.

Current topics

Computer vision OCR HMI data capture Camera-based monitoring Microscopy image analysis Defect detection
Example Vision-based process and electrode analysis

Exploring two practical applications: reconstructing process data from machine-interface recordings and detecting typical electrode defects, including cracks and agglomerates, in microscopy images.

Experimental concept
04 Exploratory concept

R&D Data and Knowledge Systems

Exploring methods for consolidating and analysing historical R&D information stored across experimental tables, technical reports, laboratory notes, images and project documentation.

Current topics

Historical R&D data Heterogeneous data sources Experimental knowledge Semantic search Retrieval-augmented generation AI-assisted data analysis
Example AI-assisted access to historical R&D knowledge

A searchable concept connecting experimental results, reports, methods and technical decisions to make previous knowledge easier to retrieve, compare and reuse in new development work.

Exploratory concept
05 Developing capability

Manufacturing Analytics

Applying data-analysis methods to understand manufacturing processes, identify relevant relationships and support engineering decisions.

Current topics

Process data analysis Feature engineering Time-series data Process indicators Root-cause analysis Data visualization
Example Data-to-insight workflow for manufacturing processes

Converting raw process data into structured features, engineering indicators and interpretable relationships.

In development

Tools I am currently developing practical experience with.

This is not intended as a complete software-skills list. It reflects the tools I currently use or explore while developing digital engineering concepts and prototypes.

Programming Python
Data analysis Pandas
Numerical work NumPy
Scientific computing SciPy
Machine learning scikit-learn
Computer vision OpenCV
Notebooks Jupyter
Development VS Code / Cursor
Version control Git / GitHub
LLM workflows RAG / LangChain

Exploration through practical examples.

These areas represent topics I am actively learning or applying. I do not present them as established expertise unless they are supported by real project experience. Where possible, each interest will be connected to a concrete concept, prototype or engineering note documenting what I tested and what I learned.