Applied AI & research software for engineering systems
Digital twins · anomaly detection · sensor-data QA/QC · scientific Python
I build applied AI and research-software tools for engineering systems.
My work connects machine learning, sensor data, simulation, and domain knowledge to help monitor, validate, and understand complex physical systems.
I am especially interested in:
- Digital twins for engineering and infrastructure systems
- Anomaly detection from sensor, acoustic, and operational data
- Data-quality checks for experimental and monitoring workflows
- Scientific Python tools for reproducible computational research
| Project | Area | Shows |
|---|---|---|
Hydraulic Digital Twin |
Digital twins | Synthetic sensor data, anomaly detection, fault classification, reporting |
TDMS Sync Checker |
Sensor-data QA/QC | TDMS timing checks, synchronisation diagnostics, split-file continuity |
Structural Audio Anomaly Detection |
Structural monitoring | Feature extraction and anomaly detection for structural-test audio |
LDSFL Meander |
Scientific modelling | Morphodynamic modelling, reproducible simulations, CLI/GUI tools |
- Applied AI: anomaly detection, classification, signal features, model validation
- Engineering data: TDMS files, sensor synchronisation, data quality, experimental workflows
- Scientific Python: NumPy, pandas, SciPy, Matplotlib, scikit-learn
- Research software: reproducible scripts, documentation, examples, reporting
I try to make repositories useful as engineering artefacts, not only as code.
Where possible, projects include:
- A clear problem statement
- Installation and usage instructions
- Example data or synthetic data
- Visual outputs
- Assumptions and limitations
- Reproducible workflows
I am interested in applied AI, research software, digital twins, and engineering-data workflows.
- Portfolio: sergioald.github.io
- GitHub: @sergioald
- LinkedIn: Sergio Lopez Dubon
- Academic profile: University of Edinburgh Research Explorer
- Publications: Google Scholar
- ORCID: 0000-0003-0663-607X
