Processed and analyzed mass spectrometer, magnetometer, and GPS data to construct comprehensive maps representing areas containing potential viable mineral resources.Installed and tested measurement equipment such as mass-spectrometers, magnetometers, altimeters and GPS trackers in fixed-wing aircraft and helicopters.Conducted flights for data collection in collaboration with government agencies and private companies.Applied numerical models using Oasis Montaj and Geosoft to construct maps for resource assessment.Ensured adequate lab conditions for sample preparation by avoiding contamination and maintaining optimal temperatures in field laboratories for bottom-lake mud sampling.Delegated sample processing and field lab expansion tasks to the most experienced technicians for each task.Provided preliminary interpretation based on conductivity and radio-element concentration in local formations.Managed databases to ensure accurate geomagnetic signatures from collected data.

Tested for the presence of fugitive gas emissions from abandoned and orphaned oil and gas wells in Saskatchewan and Alberta.Collected and sampled data for geochemical analysis resulting in the discovery of excess emissions due to poor well monitoring and maintenance. Further investigation showed poor abandonment procedure, by operators, was due to financial constraint and failure to report to government and environmental bodies for long periods of time.Managed logistics for field lab setup, finances, transportation, restock and expansion for two field campaigns in collaboration with the AER and CAPP Communicated and coordinated with local operators for access to abandoned and orphaned oil and gas wells.Managed field technicians based on levels of experience and ensured they received required training such as first aid and hydrogen sulphide safety classes.Conducted a comprehensive and in-depth literature review regarding the history, environmental and industry impact of well leakage and researched cost efficient ways to reduce impact in order to influence future energy policy. Organized collected data into databases to identify methane-rich areas near known oil and gas reservoirs, determining potential leakage causes and hydrogen sulphide presence.

Seasonal Internship as a consultant and administrative assistant attached to Sales and acquisitions. Prepared end of year performance report Researched local markets to encourage risk-based decision making. Detailed and investigated company and competitor shortcomings to enhance sales performance.  Worked as part of an expansion solutions team targeting potential markets in new countries.

 Assisted one of the owners sorting and categorizing diamonds, precious and semi-precious gems Provided creative input regarding new products and marketing strategies Insured satisfactory customer service and quality assurance Conducted preliminary authentication of gems and semi-precious gems.

 Performed sample processing and experimentation and analysis. Worked as Lixiviation lab specialist Conducted a wide range of tests including soil, water and core log crushing and testing. Trained new technicians. Enhanced and optimized analysis procedure which led to a 90% increase in output.

Researched well construction and water monitoring process, in accordance with Swiss environmental guidelines because Switzerland has similar geologic conditions and layout to Lebanon’s water resources.Conducted in depth research in local environmental protection policies to compare and highlight drawbacks in waste management and local ecology preservation.Created and edited maps outlining water resources in protected areas to identify potential sources of local contamination.Collaborated with hydrogeologists and team members to focus suggested policy amendments toward water resources and aquifers to protect local ecology and environmental conditions in the North Lebanon region.

Built multiple static models of complex and simple lithology reservoirs using Petrel.Simulated these models using several industry relevant simulation software programs such as Eclipse and TNavigator.Quantified and compared the variations in OIIP, Produced Oil, Recovery factor, Field life, and Simulation time (amongst others) with each program and noted variance between each program's selected algorithm.