Shaan Shakil

Field-trained BSc (Hons) Geology graduate from the University of Leeds with applied experience in engineering geology, ground-investigation design, geological mapping, near-surface geophysics, GIS and quantitative geoscience. Experienced in integrating desk-study evidence, borehole/core information, structural measurements and spatial data to develop conceptual ground models, assess geological hazards and produce clear technical conclusions. Brings practical field judgement, strong digital capability and a conscientious approach to site-based and multidisciplinary work, with a clear commitment to professional development and chartership.

Engineering Geology - Desk Study & Site Investigation Project at University of Leeds

• Designed a ground-investigation strategy for a deep excavation, integrating desk-study evidence, boreholes, groundwater, geology and site constraints into a conceptual ground model.
• Interpreted borehole/core information, rock strength and discontinuity sets; assessed excavatability and planar, wedge and toppling failure mechanisms using engineering-geology and kinematic reasoning.
• Considered investigation methods, groundwater, slope behaviour and constructability to translate geological evidence into practical engineering conclusions and a targeted investigation approach.
• Applied BS 5930-informed terminology and geotechnical principles to communicate ground conditions, uncertainty and project risk clearly.

Independent Geological Mapping & Dissertation - Isle of Skye at University of Leeds

• Completed independent geological mapping and structural data collection across approximately 14 km² of complex terrain, recording lithology, contacts, bedding and deformation.
• Integrated field observations with published geology and spatial data to produce geological maps, cross-sections and a professional field report, reconstructing complex igneous, sedimentary and structural relationships.
• Managed uncertainty in incomplete field evidence by testing competing interpretations and progressively refining a defensible geological model.
• Extended the geological interpretation independently to consider petroleum potential, reservoir characteristics, petrophysical properties, structural controls and subsurface prospectivity.

Near-Surface Geophysics & Applied Field Surveying at University of Leeds

• Collected and interpreted seismic, magnetic, GPR and electrical resistivity data, linking geophysical responses to subsurface geology and considering survey geometry, data quality and method limitations.
• Worked effectively in field teams using systematic data recording, safe working practices and clear communication of observations, anomalies and uncertainty.

Sedimentology, Structural Geology & Subsurface Interpretation at Degree Projects

• Logged sedimentary successions, interpreted facies and depositional environments, and analysed structural measurements to understand geological history and subsurface behaviour.
• Used stereographic and kinematic reasoning to interpret discontinuity geometry and structurally controlled rock-mass behaviour.
• Integrated stratigraphic, structural and geomorphological evidence across UK field projects to develop defensible geological histories and spatial interpretations.

GIS, Quantitative Geoscience & Environmental Data at Degree Projects

• Used QGIS, ArcGIS Pro and spatial datasets for geological mapping, terrain interpretation and technical visualisation; worked with LiDAR-derived elevation data and cross-sectional analysis.
• Used Python/Jupyter and numerical workflows to process, analyse and visualise scientific and environmental datasets, strengthening data QA, interpretation and reproducible analysis skills.
• Applied geological understanding to groundwater and site-condition considerations within ground investigation, providing a relevant technical foundation for graduate hydrology and hydrogeology development.

Geoconsultancy Field-Data Application at Independent Project

Developing a digital field-data application concept for engineering geology and preliminary site investigation, focused on structured capture of observations, measurements, photographs and evidence for later reporting. Project reflects an interest in improving data consistency, traceability and the transfer of field information into professional geological workflows.

Inbound Call Handler at Universal Credit / NHS Vaccination Service (2022 – 2023)

• Handled high-volume, complex and sensitive enquiries while maintaining accurate records, confidentiality and calm professional communication.
• Developed transferable strengths in stakeholder communication, documentation, prioritization and problem-solving under pressure.

Earlier experience at NHS Test & Trace (2021 – 2021)

Reliability, organisation, accurate record keeping and confident telephone/email communication.

Customer service at Move Kings (2019 – 2021)

Reliability, organisation, accurate record keeping and confident telephone/email communication.

BSc (Hons) Geology in Geology – University of Leeds (2023 – 2026)

Geology Foundation Year in Geology – University of Plymouth (2021 – 2022)