conducting early stage regional exploration across the Arabian Nubian Shield (Sudan and Ethiopia)- Managing the day to day operations for the field team in Ethiopia, ensuring work programmes are delivered on time and on budget. - Performing regional reconnaissance, mapping and sampling programmes to identify and test new targets across the company's land package in Ethiopia in order to develop and advance projects to drill ready status.

Acting as a geochemical consultant on behalf of the Third planet team. >Working on projects around the world at several stages from early exploration to mine drilling and geo-metallurgy. > Responsibilities: data validation of project datasets, clean-up, defining systematic controls on mineralisation, developing litho-geochemical characterisations of prospects.> Providing value-add programme adjustments to maximise price to performance of data collected.Canada, Nevada, Mexico, Finland, Spain, Cote d’ivoire

Joint organising and executing the exploration programme for JDH Exploration Ltd, operating in their Scotland (UK) licenses, Owned by Walkabout Resources LTD. Exploring for Au, Pb-Zn-Ag, Cu-Co.> Supervised the company's maiden diamond drilling programme over the Blackcraig prospect.> Day to Day manging of the field team > Organising and conducting field mapping and geochemical surveys of new prospects to advance them to a Drill ready status > Working with the IMDEX technology suite for downhole and In-Field analysis, utilising their REFLEX XRF and cloud based IMDEXHUB-IQ platform, to allow for on-site QAQC real-time assaying.

> A weekly Position teaching and demonstrating 1st-3rd year students the practical skills required to become a competent and versatile geologist. Including: Advanced Remote Sensing, Earth and Planetary systems (geochemistry) and Fieldwork.> Advanced Remote Sensing: Developing skills in image optimisation and spectral analysis of multispectral, hyperspectral and LIDAR datasets for mining or environmental applications using ERmapper and ArcGIS. Taught by Dr. Phillipa Mason.> Earth and Planetary Systems: Teaching the basics of Earth and planetary processes and products to 1st year students. Introducing them to geochemical calculation, analysis, manipulation and presentation of datasets, using Excel. > Field Geology: Demonstrating and developing students field skills in structural geology, metamorphic and igneous petrology, field mapping and interpretation skill from field observation.

Developing alteration and geochemical vectors for a Volcanogenic Massive Sulphide deposit (VMS) in Burkina Faso.< Laboratory Skills - Scanning Electron Microscope (SEM) - X-Ray Powder Diffraction (XRD) - Electron Probe Micro Analyser (EMPA)< Data Analysis - Multi-variate and Bi-variate statistics of geochemical datasets (PCA, Apache K, Cumulative Freq) - Manipulation of Multi-Element and Whole-Rock data in ioGAS and Excel (Mass Chemical Transfer, AI, CCPI).

> Over 10,000m of drill core logging (new and historic) exploration holes, across a stacked multi-lens VMS system, focusing on detailed alteration relationships to mineralisation. > Integrated, detailed lithological and alteration core logging/mapping, mag sus, XRF and WR datasets in Leapfrog to develop and visualise (litho)geochemical exploration vectors and the 1st 3D alteration model of the mine.> Conducted WR and thin-section sampling across the alteration facies, for both near mine and regional prospects to geochemically support core observations, validating vectors. Data was analysed in IoGAS. >Reported all findings directly to the Principle Geologist of Africa Region in the form of weekly memos and meetings. > Other responsibilities included drill core orientation, structural measurements (α, β) & core sampling adhering to QAQC procedures. Assisted geophysical teams with EM surveys both on surface and UG and conducted UG mapping. Completed full risk assessment for personal safety, travelling in and from Burkina Faso and site work on a high security UG mine

> Awarded the Centenary Scholarship, IOM3 and a 8-week research grant (2018) funded by Rio Tinto to conduct a research project within the Rio Tinto Centre for Advanced Mineral Recovery research group (Imperial College London) resulting in a published Paper at the Physical separations 2019 conference.> Reported directly to the President of RTCAMR.> Responsible for conducting a self-designed CCRD experimental system over a six-week period conducting 120 experiments varying the geometrical parameters of Mini-hydrocylcones adjusting spigot, vortex finder, and conical height measurements, using CAD software (3D printing). > Mini-hydrocyclone design optimisation – the effect of conical height on the separation of fine particles P.R. Brito-Parada, H. Brookes and D. Vega-Garcia (Imperial College, UK)