Awais Khan

I was working as a Geotechnical Engineer and Geo Hazard Engineer at Al Jabir Construction on the Neom-Trojena project (Package-3 Road and Utilities). My role involves managing geohazard identification and providing mitigation suggestions for Geohazard during excavation along the road, conducting geotechnical and geological investigations, and assessing rock cut slopes. Additionally, I was actively engaged in the detailed design of rock cut slopes, preparing method statements, reviewing design reports, rock cut slope assessments, face mapping, kinematic and deterministic slope stability analyses for existing and upcoming slopes.

Key Responsibilities and Contributions:

• Identify geohazards such as rockfalls and propose appropriate mitigation measures to minimize risks.
• Conduct detailed geological mapping of the project area to support design and hazard assessment on preliminary stage highlighting critical features..
• Comprehensively review all design books, including Main report, Data collection, Detail design, Project drawings and specifications.
• Supervise borehole drilling and geotechnical investigations, ensuring data quality and accuracy.
• Collect and analyze site data to assist the design team in preparing cut slope designs.
• Perform kinematic analysis to identify potential failure modes and assess slope stability using software tools like Rocscience Dips.
• Perform Limit Equilibrium analysis for slope stability (global and local failures) to identify FOS and to define required support measures using SLIDE, SWEDGE, ROCPLAN.
• Identify weak zones within the project area that may impact slope stability and construction activities.
• Conduct geological studies to understand rock mass behavior and characteristics.
• Develop method statements for Geological mapping, Scaling activities, Geological hazard mitigation plans and geotechnical works.
• Provide recommendations based on rock mass classifications such as RMR, SMR, and GSI.
• Classify rock masses accurately to inform design and mitigation strategies.
• Meet with the NEOM team to enhance work quality and ensure project alignment.
• Prepare and submit daily progress reports and weekly progress reports.
• Supervise excavation activities to ensure safety and compliance with design specifications.
• Provide comprehensive reporting on geotechnical activities and hazard mitigation measures.

As a dedicated geotechnical engineer, I was actively engaged in the detailed design of rock cut slopes and tunnel portals for the NEOM spine and connector projects. My expertise spans comprehensive geotechnical and engineering geological investigations, encompassing design reports, rock cut slope assessments, face mapping, and deterministic slope stability analyses.
Key Responsibilities and Contributions:
• Supervised and ensured safe slope excavation through meticulous assessments and real-time adjustments based on site-specific conditions.
• Conducted detailed face mapping to evaluate geological conditions and adapt designs accordingly.
• Performed slope stability kinematic analyses using Rocscience software (Dips) to predict and mitigate potential failure modes.
• Utilized advanced deterministic slope stability analysis techniques to confirm the structural integrity of slopes under varying conditions.
• Expertly applied rock mass characterization, including RMR (Rock Mass Rating), SMR (Slope Mass Rating), and GSI (Geological Strength Index) classifications, to inform excavation strategies.
• Led comprehensive geological studies aimed at supporting safe and efficient project development.
• Prepared in-depth reports on face mapping and slope stability, ensuring that project designs were aligned with real-time site conditions.
• Collaborated with contractors, clients, and consultants to address technical challenges and ensure excavation and design processes were tailored to the unique geology of the project site.
• Played a key role in maintaining the safety and stability of all slope excavation activities, contributing to the success of the NEOM project through adaptive design and execution strategies.

Junior Geological Engineer at T5-Extension Hydropower Project, a joint venture of Two prestigious international consulting firms including Mott MacDonald London (MML) & MM Pakistan (MMP). The Project is entitled as ‘Construction of 1450 MW T5-Extension Hydropower Project by WAPDA, KPK Pakistan. During my tenure as a Junior Geological Engineer at T5 Consultant on the Tarbela 5th Extension Hydropower Project, my responsibilities and duties were instrumental in ensuring the project's geological and geotechnical integrity.
Some of my Key responsibilities at the project are:
• Prepared detailed geological mapping, Geomorphological Mapping, scan lines, and geotechnical sheets for various project areas.
• Offered guidance on rock classification based on the Rock Mass Rating (RMR) and Geological Strength Index (GSI).
• Conducted geomorphological mapping at the switchyard area to assess site conditions.
• Supervised curtain grouting and consolidation grouting near the reservoir area, employing the GIN Method to control groundwater seepage and improve ground conditions for shaft tunnel excavation.
• Oversaw the installation of monitoring instruments such as surface markers, piezometers, and inclinometers to track site conditions.
• Conducted Geological investigation (GI) works, including exploratory core drilling, logging, and standard penetration tests to establish the site's geology.
• Managed project documentation, including reviewing and maintaining Interim Payment Certificates (IPCs) submitted by the contractor.
• Prepared and maintained daily progress reports, weekly dashboards, and monthly progress reports to monitor and document project advancements.
• Updated the geological mapping tracker for slopes and GI works, ensuring alignment with Request for Information (RFI) numbers.
• Collaborated closely with management and field teams to schedule, control, and monitor project activities and reporting processes.

During my tenure at POWER CHINA from January 2021 to November 2021, I played a crucial role as a Geologist/Earthwork Engineer on the DIAMER BASHA DAM PROJECT, The Project was a roller compacted concrete (RCC) gravity dam with a crest length exceeding1km and a maximum height of 272m. The reservoir created by the dam will impound up to 7, 500, 000 acre-feet of water with installed capacity of 4500MW.
My major responsibilities and duties on the project include:
• Conducted geological mapping for tunnels and slopes, ensuring precise alignment with geological conditions.
• Oversaw excavation and construction of tunnels, portals, and slopes using the drill and blast method (NATM), with meticulous attention to geological factors.
• Finalized rock classifications and provided recommendations for support systems at the site.
• Performed risk analysis for potential overbreak, rock collapse, failure, and rock bursting in weak zones.
• Ensured quality control by verifying the correct placement of shotcrete, rock bolts, and wire mesh for slope stabilization.
• Collaborated with consultants to secure approvals for site work and construction methods.
• Maintained strict adherence to safety protocols and compliance standards on-site.
• Managed detailed record-keeping and progress reporting to document project advancements and outcomes.

My role as a Geologist at the (884MW Suki Kinari Hydropower Project) with China Gezhouba Group Corporation (CGGC) in Pakistan was vital in ensuring the successful excavation and construction of tunnels, slopes, and other critical aspects of the project. The project is sponsored by Chinese state- owned company Gezhouba Group and is being constructed as part of the China-Pakistan Economic Corridor's "Early Harvest" projects.

Here's a breakdown of my responsibilities and duties:
• Managed and supervised all excavation activities, including the precise execution of cut and fill operations to ensure compliance with design specifications and project requirements.
• Conducted detailed geological mapping and analysis to support excavation and earthworks, ensuring accurate representation of geological conditions.
• Provided expert guidance on rock classification and the installation of appropriate support systems, optimizing site stability during excavation and earthworks.
• comprehensive probe hole analysis and other ground investigation techniques to assess site conditions and inform excavation strategies.
• Maintained thorough documentation of all geological and geotechnical activities, including the preparation of detailed reports to track project progress and compliance.
• Oversaw the installation of support systems, ensuring that they were correctly implemented and effective in maintaining structural stability.
• Monitored tunnel settlement and convergence during and after excavation, ensuring that any movements were within acceptable limits.
• Digitized core logs and other geological data, utilizing AutoCAD for accurate geological mapping and documentation.
• Supervised all drilling activities, ensuring precision and adherence to safety and quality standards.
• Prepared and managed geotechnical documentation, ensuring all activities were in line with regulatory requirements and project specifications.
• Collaborated with consultant engineers in meetings to address and resolve site issues, particularly those related to excavation, cut and fill operations, and site stability.