CHIGOZIE IKECHUKWU

1. Student Geophysicist with the Alberta Geological Survey on the Southern Alberta Groundwater Evaluation (SAGE) project. 2. Process, quality‑control, and interpret newly acquired towed transient electromagnetic (tTEM) and airborne EM datasets for key areas in southern Alberta. 3. Refine inversion setups and review results in Aarhus Workbench, using residuals, depth of investigation, and geological plausibility to ensure reliable resistivity models. 4. Integrate tTEM resistivity models with borehole lithology and geophysical logs, surficial geology, soils data, and existing hydrostratigraphic frameworks to delineate aquifer and aquitard units in Neogene–Quaternary sediments and relevant Cretaceous bedrock. 5. Build and interpret cross‑sections and map key subsurface surfaces (e.g., bedrock top, aquifer boundaries, protective overburden thickness) using ArcGIS Pro and Oasis montaj. 6. Prepare geophysical attribute layers and maps that feed into regional 3D geological and hydrogeological models. 7. Collaborate with geophysicists and hydrogeologists to refine 3D models and groundwater management units that support groundwater availability assessments and surface groundwater interaction studies in the South Saskatchewan and Milk River basins.

​Provide specialized technical leadership and instructional support for the Faculty of Social Work, ensuring the seamless delivery of academic programs through the optimization of digital learning environments. ​Key Responsibilities & Achievements: 1) ​Learning Management System (LMS) Administration: Managed and configured D2L (Brightspace) course shells, ensuring all instructional materials, assessments, and grade books were structured for optimal student engagement and accessibility. 2) ​Virtual Classroom Facilitation: Provided real-time technical troubleshooting and administrative support for high-stakes Zoom sessions, managing breakout rooms, webinars, and security protocols to maintain an uninterrupted learning flow. 3) ​Active Learning Integration: Guided faculty in the deployment and management of Top Hat, enhancing student participation through interactive polling, attendance tracking, and synchronized presentation delivery. 4) ​Faculty Mentorship: Acted as a primary consultant for instructors, offering one-on-one "coaching" to bridge technical gaps and implement best practices for hybrid and fully online pedagogical models. 5) ​Strategic Troubleshooting: Rapidly diagnosed and resolved platform-specific bugs and user-access issues, minimizing downtime for both students and faculty within a complex academic ecosystem. ​

Driving forward sustainable resource assessment through integrated geophysics while building the next generation of geoscientists. This dual role encompasses cutting-edge research and focused instructional support for technical undergraduate coursework. A) Research Focus: Geothermal & Lithium Brine Co-assessment 1. Leading a novel research initiative on the Integration of Geophysical Techniques for the co-assessment of Geothermal Energy and Lithium Brines in Canada. This project directly contributes to the nation's sustainable resource development and energy transition strategy. 2. Applying advanced methodologies (e.g., Magnetotellurics, gravimetric, magnetic data interpretation) to identify, characterize, and model prospective subsurface resources, emphasizing the synergy between heat and critical mineral reservoirs. Key Skills: Geophysical Data Processing & Interpretation, Resource Modeling, Sustainable Resource Management, Subsurface Characterization, Technical Reporting.

• Provide comprehensive instructional support for ERTH330 - Water and Earth (Winter 2026), covering processes controlling water movement, storage, and the impacts on resource sustainability. • Provide comprehensive instructional support for GLGY 376 (Fall 2025): Geology, Engineering, and Environment, including designing and delivering lab sessions on geological mapping and seismic refraction. • Mentor undergraduate students on technical concepts, professional communication, and lab report writing, contributing to enhanced skill development.

1. Drive strategic outreach initiatives, effectively elevating the profile of the group's groundbreaking research in geothermal energy and critical mineral exploration to key industry stakeholders, academic institutions, and the public. 2. Cultivate and maintain key strategic partnerships to foster collaborative research opportunities and secure external engagement that aligns with the group's mission. 3. Manage end-to-end procurement cycles for specialized research equipment, software, and remote sensing data, ensuring timely and optimal resource allocation for high-priority projects. 4. Achieve measurable cost efficiencies by negotiating favorable terms and contracts with vendors, successfully streamlining the acquisition process for mission-critical research materials. 5. Provid essential operational and logistical support, directly contributing to the seamless execution and compliance of research objectives, enabling the team to focus on scientific innovation.

• Conducted geological field surveys and interpreted geophysical data (VES, magnetic) for mineral prospecting, leading to the successful development of three mine sites and the recovery of solid mineral deposits. • Executed geophysical surveys for subsurface water abstraction and supervised over ten borehole drilling operations, accurately locating aquifer depths in both sedimentary and basement rocks. • Utilized the ESRI ArcGIS software suite for comprehensive geospatial mapping and analysis across diverse applications, including environmental risk assessment, mineral exploration targeting, and complex thematic mapping. • Provided specialized geospatial software training to over 503 clients ranging from undergraduates to government ministries, motivating enrollment in further GIS and remote sensing courses.

1. ​Executed end-to-end geological and geochemical exploration programs (including soil sampling and field mapping) that directly contributed to defining drilling prospects for mining projects. 2. ​Applied advanced geophysical techniques to successfully pinpoint viable mineral and water resources. 3. ​Functioned as the primary cartographic expert, synthesizing diverse geographical data into actionable maps and integrated systems to support informed, company-wide decision-making. 4. ​Fostered innovation by driving key research and development efforts across the exploration workflow.

1. ​Developed and integrated a comprehensive suite of GIS and field maps, which were essential resources that empowered the firm to make proper and informed strategic decisions. 2. ​Instructed clients in the practical application of GIS and remote sensing technology, ensuring competence in hardware and software utilization. 3. ​Participated in continuous R&D efforts, contributing to the evolution of company expertise and services. 4. ​Prepared and maintained all technical reports for field research projects, ensuring accurate and accessible documentation.

1. ​Geological Data Analysis: Logged and analyzed core samples from diamond core drilling, providing critical data for accurate resource modeling and mine planning. 2. ​Operational Safety & Logistics: Operated the mine shaft's windlass system to ensure the safe and timely transport of personnel and equipment, maintaining operational flow. 3. ​Mineral Resource Optimization: Performed meticulous mineral ore grade sorting, directly enhancing resource yield and maximizing the profitability of extracted materials. 4. ​Production & Blasting: Managed and executed precision drilling and blasting programs, consistently meeting targeted production outputs while strictly adhering to safety standards. 5. ​Strategic Procurement: Led the procurement of high-grade mineral ore, securing a reliable, quality supply to meet processing demands. 6. ​Compliance & Reporting: Conducted comprehensive site inspections and drafted detailed technical reports, ensuring regulatory compliance and informing key management decisions.