Contributing to climate risk analytics projects that improve access to actionable information for decision-makers and vulnerable populations.

• Developing automated geospatial workflows using Python and Google Earth Engine for large-scale environmental data processing
• Designing and producing publication-ready cartographic products for climate risk reports (e.g., Pakistan)
• UDeveloping interactive geospatial dashboards integrating multi-source environmental datasets for climate risk communication and decision-support

Supported one of the UK’s most ambitious seabird conservation projects, aimed at protecting Puffins, Guillemots, and Razorbills by managing invasive species and maintaining monitoring networks.

• Checked and maintained 6,000+ bait stations across the island to monitor and manage invasive rats and ferrets threatening seabird populations.
• Collected and recorded field data using Field Maps and Survey123 under challenging outdoor conditions.
• Applied wildlife ID skills to identify remaining predators.
• Worked collaboratively with an international volunteer team and local community.
• Built experience in remote island fieldwork, teamwork, and outdoor resilience.

• Supported climate risk insurance projects through geospatial data preparation and analysis.
• Developed and maintained geoprocessing workflows to support adaptation and risk assessment studies.
• Produced maps and visualizations to communicate climate risk and adaptation measures.

• Automated geoprocessing workflows using Python, QGIS, and ArcGIS Pro.
• Applied CLIMADA for climate impact modelling and risk assessment.
• Produced climate impact maps for case studies in Egypt and Thailand.

Co-founded a cartography-focused creative studio developing map-themed print-on-demand brands (in development) and designing merchandise for companies.

Supported a multi-year project to combat neglected tropical diseases (Leprosy, Buruli ulcer, and Yaws) in Togo by applying geospatial analysis to improve understanding of disease distribution and support targeted interventions.

• Explored spatial correlations for disease incidence and provided geospatial and cartographic support remotely.
• Visited hospitals and collected geodata in fieldwork, and conducted GIS training for Ministry of Health staff on site (Aug 2022–Sept 2022)

• Created vector tile basemaps for academic GIS teaching modules

• Graduated with Distinction / Honours
• Thesis: Flood Vulnerability in Punjab, Pakistan – A Geospatial Analysis and Cartographic Approach
• University of Salzburg – Geoinformatics & Earth Observation Track: Remote sensing, geospatial data processing, Earth observation, spatial modelling, and geospatial application development
• Palacký University Olomouc – Geovisualization & Geocommunication Track: Cartography, spatial storytelling, map design, and visual communication of geospatial data

• Thesis: Geospatial Contexts for Combating Buruli ulcer and Yaws in Togo
• Focus on GIS, coding, 3D modelling, and visualization techniques

Flood susceptibility mapping using AHP and sensitivity analysis in Punjab, Pakistan

Assessment of flood susceptibility using remote sensing and AHP

Master’s thesis research recognized with the Map of the Year Award in the student category.

Recognized as overall winner in the Earth Sciences section in the faculty.

Awarded for academic excellence within the geoinformation discipline.

Oral presentation on flood susceptibility mapping in Punjab, Pakistan.

• Participating in humanitarian mapathons to improve open-source spatial data in vulnerable region.
• Supporting disaster response and humanitarian aid through collaborative geospatial mapping.

International Spring School, focusing on data visualization, false narratives, and critical thinking

Erasmus+ Blended Intensive Programme focused on sustainable urban systems and health

Erasmus+ Blended Intensive Programme (BIP) on digital citizenship and geospatial technologies