cv
Basics
| Name | Logan Brunner |
| Position | PhD Candidate in Civil Systems Engineering |
| logan.brunner@pg.canterbury.ac.nz |
Work
-
2015 - 2021 Utrecht, Netherlands
Systems Engineer - Applied Geosciences Department
TNO (Netherlands Organisation for Applied Scientific Research)
Developed risk assessments, Python models, interactive tools, and visualizations for various Dutch, European, and international research projects dealing with sustainable subsurface energy systems and the energy transition.
- Model design and development in Python
- Web app development
- Dutch and EU proprosal writing
- Statistical analysis and data visualization
Service
-
2025 - Present Australia/New Zealand
Regional Organization President-Elect
Society for Risk Analysis
Serve on the Society for Risk Analysis Australia New Zealand committee, organizing activities and the annual meeting.
-
2022 - 2025 Australia/New Zealand
Regional Organization Councilor
Society for Risk Analysis
- Helped organize the 2023 & 2024 Annual Meetings.
- Led the SRA Risk Reading Group for 2 years.
Education
-
2023 - Present Christchurch, NZ
-
2014 - 2015 Baltimore, MD, USA
Master of Science in Engineering
Johns Hopkins University
Department of Geography and Environmental Engineering
-
2010 - 2014 Baltimore, MD, USA
Bachelor of Science in Engineering
Johns Hopkins University
Department of Geography and Environmental Engineering
Skills
| Data Statistics | |
| Machine Learning | |
| Bayesian Statistics | |
| Data Visualization |
| Programming | |
| Python, MATLAB, R | |
| Linux, Windows, Mac | |
| Parallel Processing |
| Systems Analysis | |
| Model Design | |
| Monte Carlo Simulation | |
| Sensitivity Analysis |
| Risk Analysis | |
| Fundamental Risk Concepts | |
| Risk Assessment |
Languages
| English | |
| Native speaker |
| Dutch | |
| Advanced |
| Spanish | |
| Basic |
| French | |
| Basic |
Interests
| Infrastructure Resilience | |
| Network Models | |
| Fragility and Vulnerability Functions |
| Energy Systems | |
| Sustainable Energy | |
| Energy Transition |
| Climate Change and Natural Hazards | |
| Impact Assessment | |
| Statistical Analysis of Extreme Events |