Geologist Jobs in Saudi

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p><span><strong>Job Title: </strong>Engineer, Geotechnical</span></p><br> <br> <p><span><strong>Reporting to: </strong>Superintendent, Mine</span></p><br> <br> <p><span><strong>Business Unit / Function: </strong>BMNM</span></p><br> <br> <p><span><strong>Department: </strong>Mine Planning Drilling &amp; Blasting</span></p><br> <br> <p><span><strong>Why This Role Matters</strong></span></p><br> <br> <p><span>The Engineer, Geotechnical supports geotechnical engineering activities by conducting field investigations, collecting and testing geotechnical data, contributing to analysis and design, and providing technical input to manage ground conditions, hazards, and risks in mining operations.</span></p><br> <br> <p><span><strong>What You Will Deliver</strong></span></p><br> <br> <p><span><strong>Field Investigation and Testing</strong></span></p><br> <br> <ul> <li><span>Conduct field investigations and surveys, including geological mapping, soil sampling, rock core logging, and groundwater monitoring, to assess ground conditions and identify hazards and risks.</span></li> </ul> <br> <ul> <li><span>Perform in-situ and laboratory tests on soil and rock samples using specialized equipment and techniques to determine geotechnical properties and behavior.</span></li> </ul> <br> <ul> <li><span>Maintain and calibrate geotechnical equipment and instrumentation to provide accurate and reliable monitoring data.</span></li> </ul> <br> <p><span><strong>Analysis and Engineering Support</strong></span></p><br> <br> <ul> <li><span>Analyze and interpret geotechnical data, including slope stability, rock mass characterization, and groundwater modeling, and contribute to design recommendations and risk assessments.</span></li> </ul> <br> <ul> <li><span>Provide technical support for slope stability assessments, foundation design, mine waste management, ground control measures, and the development of mitigation solutions.</span></li> </ul> <br> <ul> <li><span>Prepare geotechnical reports, technical documents, presentations, figures, charts, and diagrams to communicate findings and recommendations.</span></li> </ul> <br> <p><span><strong>Collaboration, Safety and Improvement</strong></span></p><br> <br> <ul> <li><span>Collaborate with geotechnical engineers, mining engineers, and environmental specialists to integrate geotechnical considerations into mine planning, design, and operations.</span></li> </ul> <br> <br> <ul> <li><span>Adhere to health, safety, and environmental regulations, policies, procedures, and guidelines in all geotechnical activities.</span></li> </ul> <br> <ul> <li><span>Provide training and mentorship to junior technicians, interns, and field assistants on geotechnical techniques, equipment operation, and safety procedures.</span></li> </ul> <br> <ul> <li><span>Maintain awareness of industry practices, emerging technologies, and regulatory requirements, and contribute to continuous improvement of geotechnical processes and standards.</span></li> </ul> <br> <p><span><strong>Minimum Qualifications</strong></span></p><br> <br> <ul> <li><span>Bachelor degree or technical certification in geotechnical engineering, civil engineering, or a related field; a bachelor degree in geotechnical engineering or equivalent is preferred.</span></li> </ul> <br> <p><span><strong>Experience</strong></span></p><br> <br> <ul> <li><span>3-5 years of experience in geotechnical fieldwork, laboratory testing, and data analysis, preferably within the mining or construction industry.</span></li> </ul> <br> <ul> <li><span>Experience conducting geotechnical field investigations, including site reconnaissance, soil sampling, rock core logging, instrumentation installation, and using geotechnical equipment and tools.</span></li> </ul> <br> <p><span><strong>Skills That Matter</strong></span></p><br> <br> <ul> <li><span>Proficiency in geotechnical software applications, including slope stability analysis, finite element analysis, and groundwater modeling tools.</span></li> </ul> <br> <ul> <li><span>Ability to analyze and interpret geotechnical data and results.</span></li> </ul> <br> <ul> <li><span>Strong communication and interpersonal skills.</span></li> </ul> <br> <ul> <li><span>Attention to detail, accuracy, and thoroughness in data collection, testing, and documentation.</span></li> </ul> <br> <br><br> </div><h2 data-automation-id="subHeaderPreferredCandidate" class="h5"> Preferred candidate </h2> <div class="row is-m v-align-top t-small bg-mute"> <div class="col is-3 p5" data-automation-id="label_Years_of_experience"> <b>Years of experience</b> </div> <div class="col is-9 p5" data-automation-id="data_Years_of_experience"> No experience required </div> </div> <div class="row is-m v-align-top t-small "> <div class="col is-3 p5" data-automation-id="label_Degree"> <b>Degree</b> </div> <div class="col is-9 p5" data-automation-id="data_Degree"> Bachelor's degree / higher diploma </div> </div>

<p>Coordinates and optimizes the movement of mining equipment, resources, and personnel to maximize productivity and efficiency. Oversees dispatch systems, monitors production targets, and promotes the safe and timely execution of mining activities.</p><p><strong>What You Will Deliver</strong></p><p><strong>Dispatch Coordination and Production Control</strong></p><ul><li>Coordinates and prioritizes equipment deployment, haulage schedules, ore processing, and other mining activities to meet production targets and operational requirements.</li><li>Monitors real-time dispatch and mine planning data to track equipment location, availability, and utilization.</li><li>Optimizes truck and equipment allocation, routing, and sequencing to minimize downtime and idle time and improve productivity.</li></ul><p><strong>Planning and Operational Communication</strong></p><ul><li>Collaborates with mine planners, geologists, and production supervisors to develop short-term and long-term production plans and schedules.</li><li>Communicates instructions, updates, and feedback on production targets and schedules to equipment operators, truck drivers, and other personnel.</li></ul><p><strong>Performance Analysis and Equipment Readiness</strong></p><ul><li>Analyzes production data and performance metrics to identify trends, inefficiencies, and improvement opportunities.</li><li>Conducts regular inspections of mining equipment and machinery to verify proper functioning and compliance with safety regulations.</li><li>Troubleshoots operational issues and coordinates with maintenance teams to address breakdowns and maintenance requirements promptly.</li></ul><p><strong>Safety and Dispatch Capability</strong></p><ul><li>Implements safety protocols and procedures to maintain safe working conditions and regulatory compliance.</li><li>Provides training and support to dispatch operators and personnel on dispatch systems, equipment operation, and safety procedures.</li></ul><p><strong>What Success Looks Like</strong></p><ul><li>Mining equipment, resources, and personnel are dispatched in line with production targets and operational priorities.</li><li>Equipment allocation, routing, and sequencing reduce downtime and idle time and improve equipment utilization.</li><li>Dispatch and production data is monitored and analyzed to identify operational inefficiencies and improvement opportunities.</li><li>Equipment issues and maintenance requirements are identified and coordinated promptly.</li><li>Dispatch activities and personnel comply with applicable safety protocols, procedures, and regulatory requirements.</li></ul><p><strong>Desired Candidate Profile</strong></p><p>Bachelor s degree in Mining Engineering, Geological Engineering, or a related field. Additional certification or training in mine dispatch systems is advantageous. Experience 5 to 8 years of experience in mining operations, preferably in a dispatch or production planning role. Proficiency in mine dispatch systems, fleet management software, and mine planning software, such as Modular Mining DISPATCH, Wenco, or Minemax. Skills That Matter Strong understanding of mining operations, equipment capabilities, and production processes. Knowledge of surface and underground mining methods. Analytical and problem-solving skills, including interpreting data and production metrics and making data-driven decisions. Communication and interpersonal skills, including cross-functional collaboration and communication with personnel at all levels.</p>

<div dir="rtl"><h3 >About Ma'aden</h3> <p >Ma'aden, established in 1997, is recognized as one of the fastest-growing mining companies globally and stands as the largest multi-commodity mining and metals company in the Middle East. The company is instrumental in developing the mining industry to establish it as the third pillar of Saudi Arabia’s economy, through building a world-class, unique, and fully integrated mining value chain.</p> <h3 >Role Overview</h3> <p >The <strong >Supervisor, Dispatch Mining</strong> is responsible for coordinating and optimizing the movement of mining equipment, resources, and personnel to maximize productivity and operational efficiency. This role involves overseeing dispatch systems, monitoring production targets, and ensuring the safe and timely execution of all mining activities.</p> <h3 >Key Responsibilities</h3> <ul > <li >Coordinate and prioritize equipment deployment, haulage schedules, ore processing, and other mining activities to meet established production targets and operational requirements.</li> <li >Monitor real-time dispatch and mine planning data to track equipment location, availability, and utilization.</li> <li >Optimize truck and equipment allocation, routing, and sequencing to minimize downtime and idle time, thereby improving overall productivity.</li> <li >Collaborate with mine planners, geologists, and production supervisors to develop short-term and long-term production plans and schedules.</li> <li >Communicate instructions, updates, and feedback on production targets and schedules to equipment operators, truck drivers, and other relevant personnel.</li> <li >Analyze production data and performance metrics to identify trends, inefficiencies, and opportunities for improvement.</li> <li >Conduct regular inspections of mining equipment and machinery to verify proper functioning and compliance with safety regulations.</li> <li >Troubleshoot operational issues and coordinate with maintenance teams to address breakdowns and maintenance requirements promptly.</li> <li >Implement safety protocols and procedures to maintain safe working conditions and ensure regulatory compliance.</li> <li >Provide training and support to dispatch operators and personnel on dispatch systems, equipment operation, and safety procedures.</li> </ul> <h3 >Performance Outcomes</h3> <p >Successful performance in this role is demonstrated by:</p> <ul > <li >Effective dispatch of mining equipment, resources, and personnel in alignment with production targets and operational priorities.</li> <li >Reduced downtime and idle time through optimized equipment allocation, routing, and sequencing, leading to improved equipment utilization.</li> <li >Proactive identification of operational inefficiencies and improvement opportunities through consistent monitoring and analysis of dispatch and production data.</li> <li >Prompt identification and coordination of equipment issues and maintenance requirements.</li> <li >Ensuring all dispatch activities and personnel comply with applicable safety protocols, procedures, and regulatory requirements.</li> </ul> <h3 >Required Experience</h3> <p >Candidates for this position should possess <strong >5 to 10 years</strong> of relevant experience in a dispatch or operational supervisory role within the mining industry.</p> <h3 >Employment Details</h3> <p >This is a full-time position with Ma'aden - Saudi Arabian Mining Company | معادن. Further details regarding the application process will be provided upon interest.</p></div>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p><span><span><strong>Job Title: </strong>Supervisor, Dispatch Mining</span></span></p><br> <br> <p><span><span><strong>Reporting to: </strong>Mine Manager</span></span></p><br> <br> <p><span><span><strong>Business Unit / Function: </strong>BMNM</span></span></p><br> <br> <p><span><span><strong>Department: </strong>Mining</span></span></p><br> <br> <p><span><span><strong>Grade: </strong>M11</span></span></p><br> <br> <p><span><span><strong>Position Type: </strong>Regular</span></span></p><br> <br> <p><span><span><strong>Why This Role Matters</strong></span></span></p><br> <br> <p><span><span>Coordinates and optimizes the movement of mining equipment, resources, and personnel to maximize productivity and efficiency. Oversees dispatch systems, monitors production targets, and promotes the safe and timely execution of mining activities.</span></span></p><br> <br> <p><span><span><strong>What You Will Deliver</strong></span></span></p><br> <br> <p><span><span><strong>Dispatch Coordination and Production Control</strong></span></span></p><br> <br> <ul> <li> <p><span><span>Coordinates and prioritizes equipment deployment, haulage schedules, ore processing, and other mining activities to meet production targets and operational requirements.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Monitors real-time dispatch and mine planning data to track equipment location, availability, and utilization.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Optimizes truck and equipment allocation, routing, and sequencing to minimize downtime and idle time and improve productivity.</span></span></p><br></li> </ul> <br> <p><span><span><strong>Planning and Operational Communication</strong></span></span></p><br> <br> <ul> <li> <p><span><span>Collaborates with mine planners, geologists, and production supervisors to develop short-term and long-term production plans and schedules.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Communicates instructions, updates, and feedback on production targets and schedules to equipment operators, truck drivers, and other personnel.</span></span></p><br></li> </ul> <br> <p><span><span><strong>Performance Analysis and Equipment Readiness</strong></span></span></p><br> <br> <ul> <li> <p><span><span>Analyzes production data and performance metrics to identify trends, inefficiencies, and improvement opportunities.</span></span></p><br></li> </ul> <br> <br> <ul> <li> <p><span><span>Conducts regular inspections of mining equipment and machinery to verify proper functioning and compliance with safety regulations.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Troubleshoots operational issues and coordinates with maintenance teams to address breakdowns and maintenance requirements promptly.</span></span></p><br></li> </ul> <br> <p><span><span><strong>Safety and Dispatch Capability</strong></span></span></p><br> <br> <ul> <li> <p><span><span>Implements safety protocols and procedures to maintain safe working conditions and regulatory compliance.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Provides training and support to dispatch operators and personnel on dispatch systems, equipment operation, and safety procedures.</span></span></p><br></li> </ul> <br> <p><span><span><strong>What Success Looks Like</strong></span></span></p><br> <br> <ul> <li> <p><span><span>Mining equipment, resources, and personnel are dispatched in line with production targets and operational priorities.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Equipment allocation, routing, and sequencing reduce downtime and idle time and improve equipment utilization.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Dispatch and production data is monitored and analyzed to identify operational inefficiencies and improvement opportunities.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Equipment issues and maintenance requirements are identified and coordinated promptly.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Dispatch activities and personnel comply with applicable safety protocols, procedures, and regulatory requirements.</span></span></p><br></li> </ul> <br> <p><span><span><strong>Minimum Qualifications</strong></span></span></p><br> <br> <ul> <li> <p><span><span>Bachelor’s degree in Mining Engineering, Geological Engineering, or a related field.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Additional certification or training in mine dispatch systems is advantageous.</span></span></p><br></li> </ul> <br> <p><span><span><strong>Experience</strong></span></span></p><br> <br> <ul> <li> <p><span><span>5 to 8 years of experience in mining operations, preferably in a dispatch or production planning role.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Proficiency in mine dispatch systems, fleet management software, and mine planning software, such as Modular Mining DISPATCH, Wenco, or Minemax.</span></span></p><br></li> </ul> <br> <p><span><span><strong>Skills That Matter</strong></span></span></p><br> <br> <ul> <li> <p><span><span>Strong understanding of mining operations, equipment capabilities, and production processes.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Knowledge of surface and underground mining methods.</span></span></p><br></li> </ul> <br> <br> <ul> <li> <p><span><span>Analytical and problem-solving skills, including interpreting data and production metrics and making data-driven decisions.</span></span></p><br></li> </ul> <br> <ul> <li> <p><span><span>Communication and interpersonal skills, including cross-functional collaboration and communication with personnel at all levels.</span></span></p><br></li> </ul> <br> <br><br> </div><h2 data-automation-id="subHeaderPreferredCandidate" class="h5"> Preferred candidate </h2> <div class="row is-m v-align-top t-small bg-mute"> <div class="col is-3 p5" data-automation-id="label_Years_of_experience"> <b>Years of experience</b> </div> <div class="col is-9 p5" data-automation-id="data_Years_of_experience"> No experience required </div> </div> <div class="row is-m v-align-top t-small "> <div class="col is-3 p5" data-automation-id="label_Degree"> <b>Degree</b> </div> <div class="col is-9 p5" data-automation-id="data_Degree"> Bachelor's degree / higher diploma </div> </div>

<p>&nbsp;Role Summary We are seeking a Senior Hydrogeologist to lead the city-wide Water Balance Study determining water availability and quantifying every inflow and outflow across the study area, validating the groundwater and dewatering systems both separately and combined, and assessing the potential for water reuse. The role owns the water-balance model and its field-data foundation: it divides the study area into sub basins, instruments control points, quantifies recharge and losses, reconciles the balance against monitoring, and delivers the water-balance, water-reuse and reuse-pilot outputs. It also supplies the water-balance interface and recharge understanding that the numerical groundwater model depend Accountability The Senior Hydrogeologist is accountable for a defensible, monitoring-validated city-wide water balance with quantified uncertainty, for the water-reuse assessment and pilot design, and for supplying the recharge and water-balance inputs on which the groundwater model and Master Plan depend. Key Competencies Water-balance leadership Uses satellite imagery and NDVI/land-use analysis to validate the balance. Recharge &amp; losses Quantifies recharge, evapotranspiration, leakage and seepage in an arid urban setting. Field &amp; instrumentation Designs and directs monitoring, sampling and controlled measurement of flows, levels and quality. Remote sensing Uses satellite imagery and NDVI/land-use analysis to validate the balance. Reuse assessment Defines reuse potential and designs a monitored pilot study. Integration Feeds the water-balance and recharge inputs the groundwater model and Master Plan require. Core Responsibilities (Task D) 1.1 Water-Balance Model &amp; Components Develop the city-wide water-balance model to determine water availability and assess all in- and out flowing volumes, accounting for (but not limited to) the following components: Inflows/Outflows Rainfall / Actual evaporation / evapotranspiration Waste-water system leakage / Occasional outflowing rainfall runoff (via wadis) Fresh-water system leakage / Downward seepage to deeper aquifers Occasional inflowing runoff (peak flow, via wadis) / Water extraction (e.g. irrigation) Continuous upward seepage (base flow) 1.2 Study-Area Characterization &amp; Sub-Basins Divide the project area into at least 15 sub-basins and fit all control points with gauges, meters and instruments to validate the balance; run monitoring over at least 12 months. Collect, compile and update geological and hydrogeological information and the natural-setting base map; complete missing data through field investigation. Investigate all factors influencing the balance land use, public/private landscaping, sewered/non-sewered leakage, supply source, infrastructure age, geology, weather/evapotranspiration, watersheds and runoff, and recharge. Give special attention to the differing ground characteristics of eastern Riyadh, and evaluate existing dewatering projects efficiency in water-table control. Field Data, Remote Sensing &amp; Quality Conduct geophysical and remote-sensing investigations (including radar survey), and procure high-precision satellite imagery to validate balance inputs and outputs and derive land-use, levels and surface type. Quantify actual irrigation practices and application rates on public land to improve accuracy. Install flow meters, gates, isolation valves, level sensors and pressure loggers, and consider online quality monitoring, to establish a controlled monitoring system; collect water samples to examine quality and source. Validate received data against field measurements and estimate uncertainty/error margins for each factor to generate an overall error range. Water Reuse &amp; Groundwater Resources Apply the water-balance model to assess possibilities for water reuse for irrigation and other purposes. Define the potential uses of groundwater available and usable quantities, fields of usage, optimum use, and parameters affecting use. Design a water-reuse pilot study to investigate capability and future potential, identifying all monitoring items, performance indicators and related parameters. Integration &amp; Reporting Provide the water-balance interface and recharge parameterization that the numerical groundwater model and Master Plan rely upon. Deliver the Task Inception Report, Water Balance Final Report, Water Reuse Final Report, Reuse Pilot Design Package and Task Completion Report to the client s acceptance. Contribute to the analysis and assessment of all data collected through the history of the groundwater program. Task D Deliverables the Role Leads The Senior Hydrogeologist leads the Task D (Water Balance Study) deliverables across the program term: Task Inception Report Methodology, water resources, water-reuse potentials, action plan. Term M3 Water Balance Final Report City-wide inflow/outflow balance across sub-basins with error ranges. Term M20 Water Reuse Final Report Potential uses, usable quantities, optimum use, monitoring indicators. Term M22 Reuse Pilot Design Package Pilot study design for water reuse capability and potential. Term M25 Task Completion Report Consolidated water-balance and reuse study closeout. Term M30 Minimum Qualifications &amp; Experience A minimum of fifteen (15) years of professional experience in hydrogeology and water-resources assessment, with substantial experience leading water-balance / water-budget studies, is required. Candidates below this threshold will not be considered. 15+ years in hydrogeology / water resources, including lead responsibility for city- or catchment scale water-balance studies. Postgraduate degree (MSc or PhD preferred) in hydrogeology, hydrology, water-resources engineering or a related discipline. Deep expertise in recharge estimation, evapotranspiration, surface-water/groundwater interaction, and leakage quantification from water and sewer networks. Experience quantifying urban recharge in arid settings (low rainfall, high potential evaporation, irrigation return flow) and reconciling water budgets against monitoring data. Command of remote sensing for water balance (e.g. land-use/NDVI, satellite imagery) and of field instrumentation for flows, levels and quality. Experience assessing water-reuse potential and designing reuse pilot studies with monitoring indicators. Strong data-validation and uncertainty-analysis skills; ability to express error/uncertainty ranges on each balance component</p><p><strong>Desired Candidate Profile</strong></p><p>A minimum of fifteen (15) years of professional experience in hydrogeology and water-resources assessment, with substantial experience leading water-balance / water-budget studies, is required. Candidates below this threshold will not be considered. 15+ years in hydrogeology / water resources, including lead responsibility for city- or catchment scale water-balance studies. Postgraduate degree (MSc or PhD preferred) in hydrogeology, hydrology, water-resources engineering or a related discipline. Deep expertise in recharge estimation, evapotranspiration, surface-water/groundwater interaction, and leakage quantification from water and sewer networks. Experience quantifying urban recharge in arid settings (low rainfall, high potential evaporation, irrigation return flow) and reconciling water budgets against monitoring data. Command of remote sensing for water balance (e.g. land-use/NDVI, satellite imagery) and of field instrumentation for flows, levels and quality. Experience assessing water-reuse potential and designing reuse pilot studies with monitoring indicators. Strong data-validation and uncertainty-analysis skills; ability to express error/uncertainty ranges on each balance component.</p>

About the Job:Opening: 20-7-2026Closing: 23-7-2026About Dar Massader:Dar Massader Company mainly focuses on the power industry across the GCC. Dar Massader-Energy & Power started its operations with the intent to offer smart and reliable solutions for the power utilities to ensure the optimum performance of major electrical equipment used in power generation, transmission & distribution. Having realized this vision, Dar Massader is now one of the leading companies in the Saudi market providing products and services for the power and renewable energy sector. Our approach of seeking synergetic solutions to our customer’s needs has enriched the quality of our ultimate goal – Customer Satisfaction. In fact, we owe our growth to the confidence with which our customers approach us for solutions.<br>Role Goals and Objectives:Lead geotechnical and engineering geology investigations that support the engineering and design ofrenewable energy, power infrastructure, and mining projects, including drilling, sampling, and in-situ testingto determine subsurface conditions, soil and rock properties, and geohazards. Prepare, review, and finalise comprehensive geotechnical and engineering geology reports that provideanalysis, findings, and design recommendations for foundations, earthworks, and infrastructure acrossplant, substation, transmission, and mine site facilities. Ensure all investigations, designs, and reporting meet local and international standards, client specifications, and regulatory and lender requirements applicable to renewable energy, power, and mining developments.<br>Responsibilities Plan and oversee comprehensive geotechnical field investigations for renewable energy, power, and mining sites, including borehole drilling, soil and rock sampling, and in-situ testing such as Standard Penetration Tests (SPT), Cone Penetration Tests (CPT), pull-out tests, and percolation tests. Define and manage ground investigation scopes and design studies across feasibility, FEED, and detailed design stages, ensuring the data collected is fit for the engineering design of plant foundations, substations, transmission structures, access roads, and mine infrastructure. Supervise geophysical surveys, including Electrical Resistivity Testing (ERT) and Seismic Refraction Tomography (SRT), to characterise subsurface conditions, define soil and rock profiles, and assess seismic and geohazard risk relevant to design. Implement and monitor site safety protocols, ensuring all field operations comply with environmental requirements and Occupational Safety and Health Administration (OSHA) and equivalent local regulations. Compile, interpret, and analyse field and laboratory test results, including thermal resistivity (relevant to buried cables and electrical earthing), earth pressure parameters, and soil and rock bearing capacity, and derive the geotechnical design parameters required by the engineering disciplines. Assess and recommend foundation types and depths (for example driven piles, cast-in-place concrete footings, and ground beams) for structures such as solar tracker piles, wind turbine and transformer foundations, and mine plant equipment, addressing conditions such as liquefaction potential, soil and slope stability, collapsible or expansive soils, and groundwater levels. Develop detailed engineering recommendations for foundation design, excavation, drainage, and backfill requirements, as well as shoring and slope strategies for deep, temporary, and permanent excavations, including mine cuts and benches where applicable. Ensure accurate documentation of methodologies, parameters, and findings in geotechnical and engineering geology reports, providing clear design recommendations, construction considerations, and risk notes for the design and project teams. Advise on the suitability of foundation options, such as driven steel piles, predrilled and grouted piles, or concrete foundations, including recommendations for compaction, earthwork, and ground improvement and soil modification techniques. Provide recommendations for excavation and grading practices, specifying soil compaction criteria and ensuring compliance with regulatory and project-specific guidelines. Identify and assess geohazards and ground risks relevant to the project, including seismicity, slope instability, sinkholes and karst, sabkha and collapsible soils, and recommend appropriate mitigation measures for design. Oversee the design and application of temporary and permanent lateral support systems, including shoring and retaining walls, for deep excavation sites with loose, sandy, or otherwise unstable soils. Lead a team of field technicians, geologists, and engineers, coordinating geotechnical work with project managers, design engineers, clients, and contractors to align activities with project-specific design and delivery requirements. Conduct training and provide guidance to team members on specialised field testing, safety compliance, and data interpretation and reporting procedures. Review all test results, including trial pile load testing, axial capacity tests, and pile extraction tests, ensuring accuracy and adherence to ASTM, AASHTO, Saudi, and other applicable regional standards. Implement quality control measures across field operations and reporting, confirming that data analysis, design parameters, and recommendations align with site-specific ground conditions and project requirements. Skills and Attributes:· Strong knowledge of geotechnical and engineering geology principles, including soil and rock mechanics,foundation design, slope stability, and ground improvement.· Proficiency in field testing and investigation techniques (SPT, CPT, ERT, SRT, and similar), and familiarity withlaboratory testing procedures.· Demonstrated experience delivering geotechnical and engineering geology design studies for renewableenergy, power infrastructure, or mining projects across feasibility, FEED, and detailed design stages.· Advanced skills in geotechnical analysis and design software (for example Geo Studio, PLAXIS, Settle3, orsimilar) and in deriving design parameters from field and laboratory data.· Excellent report writing, data interpretation, and presentation skills, with the ability to communicate designrecommendations clearly to multidisciplinary teams and clients. Leadership and team management skills, with proven experience coordinating field and office activities across concurrent projects.<br>Required Qualifications:Bachelor’s or master’s degree in engineering Geology, Civil Engineering, or a related field. Minimum of 8-12 years of experience in geotechnical investigations and reporting, including hands-on involvement in engineering and design studies for renewable energy, power infrastructure, or mining projects. Proven track record of preparing and reviewing geotechnical design deliverables in an EPC or engineering consultancy environment, working alongside multidisciplinary design teams. Professional Engineer (PE) license or equivalent certification preferred. Strong familiarity with regional geological conditions and site investigation requirements, particularly in arid and semi-arid environments typical of Gulf renewable energy, power, and mining developments. Valid driver’s license and willingness to travel for field assignments.

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <span>Description: The Director - Geotechnical will oversee all geotechnical and ground investigation activities across the Qiddiya Development which includes leading the execution of the Cliff Stabilisation Roadmap to ensure the long-term stability of the Qiddiya Tuwaiq cliff.<br> This role is responsible for ensuring that geotechnical risks are identified, mitigated, and integrated into planning, design, and delivery activities at a city-wide level.<br> This role requires expertise in project management, geotechnical engineering, procurement, design management and stakeholder coordination.<br> The Director will work across master planning, design, and delivery teams to ensure alignment with Qiddiya’s broader development objectives.<br> City-Wide Geotechnical &amp; Ground Investigation Responsibilities: Establish and lead a city-wide geotechnical and ground investigation strategy that aligns with Qiddiya’s master development plan.<br> Oversee all geotechnical investigations across the city, ensuring data integrity, consistency, and long-term value.<br> Lead the integration of all geotechnical data into Qiddiya’s GIS and digital engineering systems, ensuring long-term asset management and traceability.<br> Oversee procurement and management of city-wide geotechnical consultants and ground investigation contractors.<br> Ensure compliance with international standards, local regulations, and best practices in ground engineering.<br> Coordinate closely with district development teams to ensure geotechnical inputs are embedded in early design decisions and construction methodologies.<br> Implement a geotechnical risk register that informs prioritisation, scope development, and mitigation strategies across the project lifecycle.<br> Support the development of geotechnical specifications, scopes of work, and contract documentation to ensure consistency and technical quality across all works.<br> Cliff Stabilization Responsibilities: Lead strategic planning and execution for the City-wide Cliff Stabilisation project, including the development of a phased delivery strategy that integrates with master planning, construction timelines, and the opening of adjacent districts to the cliff.<br> Progress the project through Qiddiya’s Stage Gate governance framework, leading on the development of all required Stage Gate deliverables.<br> Collaborate with the Delivery Director to design team organisational structures and implement hiring strategies Collaborate with internal teams, including procurement, engineering, digital information, planning, cost planning, commercial &amp; reporting and delivery to deliver the project objectives Coordinate with district master developers to ensure seamless integration of cliff stabilisation solutions with adjacent developments.<br> Develop and maintain a cost plan in collaboration with Qiddiya’s cost planning team and external cost consultants Manage project timelines, budgets, and quality standards across all phases to ensure successful project delivery Define and implement procurement strategies, including the identification and selection of best-fit consultants and contractors to execute the cliff stabilisation works.<br> Act as Scope Owner, contributing to all tender processes, including drafting RFPs, responding to PTCs, evaluating tenders, and responsibility for governance and approvals.<br> Implement risk management frameworks to identify potential risks and integrate mitigation strategies Lead the management of technical and design consultants and oversee the deliverables, ensuring compliance with time, cost, and quality parameters Oversee the review and approval process of the technical and design deliverables, ensuring alignment with Qiddiya’s Cliff Stabilisation Roadmap, engineering best practices and Qiddiya’s approval process.<br> Ensure deliverables are integrated with GIS systems to maintain a comprehensive geotechnical database for Qiddiya’s long-term cliff stability management.<br> Provide support to district developers and asset managers on cliff-related risks.<br> Bachelor’s or Master’s degree in Civil Engineering, Geotechnical Engineering, Construction Management, or a related field.<br> Minimum of 12-15 years of experience in large-scale infrastructure or development projects, with specific expertise in geotechnical and stabilisation works.<br> Proven experience in project management, contract administration, and procurement within a complex development environment.<br> Strong leadership, excellent communication and stakeholder management skills with ability to manage multidisciplinary teams and external consultants.<br></span> </div><h2 data-automation-id="subHeaderPreferredCandidate" class="h5"> Preferred candidate </h2> <div class="row is-m v-align-top t-small bg-mute"> <div class="col is-3 p5" data-automation-id="label_Years_of_experience"> <b>Years of experience</b> </div> <div class="col is-9 p5" data-automation-id="data_Years_of_experience"> No experience required </div> </div> <div class="row is-m v-align-top t-small "> <div class="col is-3 p5" data-automation-id="label_Degree"> <b>Degree</b> </div> <div class="col is-9 p5" data-automation-id="data_Degree"> Bachelor's degree / higher diploma </div> </div>

<p>In a world of possibilities, pursue one with endless opportunities. Imagine Next! At Parsons, you can imagine a career where you thrive, work with exceptional people, and be yourself. Guided by our leadership vision of valuing people, embracing agility, and fostering growth, we cultivate an innovative culture that empowers you to achieve your full potential. Unleash your talent and redefine what s possible.</p><p><br></p><p><b>What You'll Be Doing:</b></p><p><br></p><p>Lead and manage geotechnical engineering activities across the airport development program.</p><p>Provide technical leadership and guidance to geotechnical engineers, consultants, contractors, and specialist teams.</p><p>Establish geotechnical engineering strategies, review procedures, and technical standards.</p><p>Ensure geotechnical deliverables align with project objectives, contractual requirements, and operational needs.</p><p>Support technical decision-making and provide expert advice to project leadership.</p><p>Lead the review and assessment of geotechnical investigations, including:</p><p>Borehole investigations.</p><p>Trial pits.</p><p>Laboratory testing.</p><p>In-situ testing.</p><p>Geophysical surveys.</p><p>Review geotechnical reports, soil profiles, groundwater conditions, and engineering recommendations.</p><p>Evaluate site conditions and identify geotechnical risks affecting project delivery.</p><p>Ensure adequate ground characterization for design and construction activities.</p><p>Review geotechnical parameters for foundations, pavements, earthworks, and underground infrastructure.</p><p>Lead the review of geotechnical aspects associated with:</p><p>Passenger terminal buildings.</p><p>Cargo facilities.</p><p>Runways and taxiways.</p><p>Aircraft aprons and stands.</p><p>Roads and parking facilities.</p><p>Utility corridors.</p><p>Bridges, culverts, and underground structures.</p><p>Review foundation solutions including shallow foundations, deep foundations, piles, and ground improvement systems.</p><p>Assess settlement, bearing capacity, seismic considerations, and long-term ground performance.</p><p>Ensure geotechnical designs support safe and reliable airport operations.</p><p>Review earthworks strategies including:</p><p>Cut and fill operations.</p><p>Soil improvement.</p><p>Compaction requirements.</p><p>Embankment construction.</p><p>Slope stability measures.</p><p>Assess ground improvement techniques such as:</p><p>Soil stabilization.</p><p>Geosynthetics.</p><p>Deep soil mixing.</p><p>Stone columns.</p><p>Preloading and consolidation.</p><p>Support optimization of earthworks quantities and construction methodologies.</p><p>Ensure compliance with project specifications and quality requirements.</p><p>Provide geotechnical support for airfield pavement systems including:</p><p>Runways.</p><p>Taxiways.</p><p>Aprons.</p><p>Aircraft parking stands.</p><p>Review subgrade characteristics, pavement foundation requirements, and soil improvement solutions.</p><p>Coordinate with pavement engineers regarding CBR values, material suitability, and pavement performance requirements.</p><p>Support evaluation of geotechnical risks affecting pavement durability and operational performance.</p><p>Provide geotechnical engineering support during construction, testing, commissioning, and handover activities.</p><p>Review contractor submissions including:</p><p>Method statements.</p><p>Earthworks proposals.</p><p>Geotechnical reports.</p><p>Material approvals.</p><p>Technical queries.</p><p>Support site teams in resolving geotechnical challenges.</p><p>Review field testing results including compaction tests, material testing, and ground improvement verification.</p><p>Conduct site visits and technical inspections as required.</p><p>Coordinate geotechnical interfaces with:</p><p>Civil engineering.</p><p>Structural engineering.</p><p>Pavement engineering.</p><p>Utilities.</p><p>Airfield systems.</p><p>MEP disciplines.</p><p>Construction teams.</p><p>Participate in design coordination meetings and technical workshops.</p><p>Ensure geotechnical considerations are incorporated into overall project solutions.</p><p>Support BIM and digital engineering coordination where applicable.</p><p>Identify geotechnical risks affecting project cost, schedule, safety, and performance.</p><p>Develop mitigation strategies for ground-related challenges.</p><p>Lead geotechnical risk assessments and technical reviews.</p><p>Ensure compliance with geotechnical design standards, project specifications, and regulatory requirements.</p><p>Support quality audits and technical assurance reviews.</p><p>Prepare and review geotechnical engineering reports, assessments, and technical recommendations.</p><p>Maintain records of geotechnical reviews, approvals, site observations, and engineering decisions.</p><p>Provide regular technical updates to Project Management regarding geotechnical risks, progress, and issues.</p><p>Support preparation of project closeout documentation and asset handover requirements.</p><p>What Required Skills You'll Bring:</p><p><br></p><p>Bachelor's Degree in Geotechnical Engineering, Civil Engineering, or related Engineering discipline.</p><p>Master's Degree in Geotechnical Engineering or Soil Mechanics is preferred.</p><p>Minimum 15 years of experience in geotechnical engineering, design review, and construction support.</p><p>Proven experience on major:</p><p>Airport developments.</p><p>Airfield infrastructure projects.</p><p>Transportation projects.</p><p>Large-scale civil infrastructure programs.</p><p>Strong experience in:</p><p>Ground investigation management.</p><p>Foundation engineering.</p><p>Earthworks.</p><p>Ground improvement.</p><p>Pavement subgrade assessment.</p><p>Geotechnical risk management.</p><p>Experience working with clients, consultants, contractors, and multidisciplinary project teams.</p><p>Strong knowledge of geotechnical engineering principles, soil mechanics, and foundation design.</p><p>Extensive experience reviewing geotechnical investigations, calculations, and technical reports.</p><p>Knowledge of international geotechnical standards including ASTM, BS/EN, Eurocodes, AASHTO, and applicable local requirements.</p><p>Experience with geotechnical analysis software such as PLAXIS, GeoStudio, SLOPE/W, Settle3D, or equivalent.</p><p>Strong understanding of airport infrastructure geotechnical requirements.</p><p>Experience with earthworks specifications, compaction control, and construction quality requirements.</p><p>Strong analytical, problem-solving, and technical review capabilities.</p><p>Excellent communication, leadership, and stakeholder management skills.</p><p>Ability to manage complex geotechnical challenges within a major airport development environment.</p>

<h2 class="h5">Job description</h2> <div class="t-break" data-jb-field="description"> <p><strong>Job Purpose:</strong></p><br><p>The Principal Geotechnical &amp; Hydrology is the technical authority (SME) responsible for ground stability (geotechnical) both Open Pit and Underground including Tailing Facilities and Water Management inputs across the full project lifecycle, from business case through feasibility studies.<br>This role is critical to de-risking mining projects, from geotechnical and hydrology aspects.</p><br><p><br><strong>Key Accountabilities:</strong></p><br><p>•&nbsp;&nbsp;&nbsp;&nbsp;Act as SME for geotechnical and hydrogeology disciplines and provide overall technical leadership<br>•&nbsp;&nbsp;&nbsp;&nbsp;Define preliminary slope angles, ground conditions, groundwater/dewatering assumptions, and high-level tailings methodologies during strategic, business case, and scoping stages<br>•&nbsp;&nbsp;&nbsp;&nbsp;Identify key risks including slope instability, ground uncertainty, and water inflow/flooding, and support initial mine planning and cost assumptions (geotechnical, dewatering, tailings)<br>•&nbsp;&nbsp;&nbsp;&nbsp;Lead geotechnical investigation programs (drilling, logging, ATV/OTV, lab testing) and hydrogeological assessments (aquifer behavior, pump/packer tests, water balance) during PFS<br>•&nbsp;&nbsp;&nbsp;&nbsp;Develop preliminary slope design parameters, ground control concepts, dewatering strategies, water handling systems, and geotechnical/hydrology risk registers with mitigation plans<br>•&nbsp;&nbsp;&nbsp;&nbsp;Contribute to mine design optimization and infrastructure development (TSF, plant, dumps)<br>•&nbsp;&nbsp;&nbsp;&nbsp;Finalize slope design criteria, ground support systems, groundwater models, dewatering design, water balance, and management strategies during FS/BFS<br>•&nbsp;&nbsp;&nbsp;&nbsp;Define BFS-level design parameters, CAPEX/OPEX inputs (e.g., dewatering costs, geotechnical requirements, tailings facilities), and risk mitigation measures<br>•&nbsp;&nbsp;&nbsp;&nbsp;Coach and mentor business development personnel and support capability development within the organization<br>•&nbsp;&nbsp;&nbsp;&nbsp;Ensure compliance with company and site-specific policies, standards, and procedures, and recommend improvements where required<br>•&nbsp;&nbsp;&nbsp;&nbsp;Provide technical expertise in geotechnical and hydrology engineering across affiliates to support effective implementation of Maaden standards<br>•&nbsp;&nbsp;&nbsp;&nbsp;Support the development, interpretation, and continuous improvement of Maaden policies, standards, and procedures, and assist corporate SME teams<br>•&nbsp;&nbsp;&nbsp;&nbsp;Contribute to technical communications (incident briefings, programs, initiatives, periodic updates) aligned with corporate standards across multiple channels</p><br><p>•&nbsp;&nbsp;&nbsp;&nbsp;Support EHSS programs through KPI tracking and delivery of key program requirements<br>•&nbsp;&nbsp;&nbsp;&nbsp;Ensure decision-ready outputs at each study stage (Scoping, PFS, FS), including on-time delivery of geotechnical and hydro scope, compliance with study requirements, quality of deliverables, and progressive improvement in accuracy<br>•&nbsp;&nbsp;&nbsp;&nbsp;Perform additional duties as assigned by management</p><br><p><strong>Minimum Qualifications, Experience and Competencies:</strong><br><strong>Minimum Qualifications:&nbsp;</strong><br>•&nbsp;&nbsp;&nbsp;&nbsp;Bachelor’s degree in Geology/Mining Engineering/Civil Engineering.<br><strong>Minimum Experience:</strong><br>•&nbsp;&nbsp;&nbsp;&nbsp;Project management experience.<br>•&nbsp;&nbsp;&nbsp;&nbsp;Minimum 20 years of experience in Mining operations, project, engineering, and laboratory environment related to hard rock geotechnical and hydrology.<br>Generic Maaden behavioral competencies required:<br>•&nbsp;&nbsp;&nbsp;&nbsp;Leadership<br>•&nbsp;&nbsp;&nbsp;&nbsp;Achievement Drive<br>•&nbsp;&nbsp;&nbsp;&nbsp;Communication<br>•&nbsp;&nbsp;&nbsp;&nbsp;Teamwork &amp; collaboration<br>•&nbsp;&nbsp;&nbsp;&nbsp;Analytical thinking<br><strong>Skills:</strong><br>•&nbsp;&nbsp;&nbsp;&nbsp;As technical services functional leader, Principal for Geotechnical and Hydrology position shall be the champion of change for improvement in all aspects of Geotechnical and Hydrology but not limited to existing operation and growth study.&nbsp;<br>•&nbsp;&nbsp;&nbsp;&nbsp;This position is responsible to deliver in quality and timely manner resources model with consultation with other functional within technical services, Operational leadership and Corporate.<br>•&nbsp;&nbsp;&nbsp;&nbsp;Knowledge of life-of-mine planning including budgeting and metal planning.<br>•&nbsp;&nbsp;&nbsp;&nbsp;Knowledge of ICMM – GISTM standard.<br>•&nbsp;&nbsp;&nbsp;&nbsp;Ability to present to and collaborate with corporate executives and the site Senior Leadership Team required<br>•&nbsp;&nbsp;&nbsp;&nbsp;Strong computer skills and proficiency in Microsoft Office (Word, Excel, Outlook, PowerPoint, and Access) required<br>•&nbsp;&nbsp;&nbsp;&nbsp;Knowledge in Safety requirements.<br>•&nbsp;&nbsp;&nbsp;&nbsp;Ability to work in a multi-cultural environment<br>•&nbsp;&nbsp;&nbsp;&nbsp;Geotechnical and Hydrology Principal role needs to communicate frequently within all internal and external stakeholders for all matters related to Geotechnical and Hydrology Engineering.</p><br><br> </div><h2 data-automation-id="subHeaderPreferredCandidate" class="h5"> Preferred candidate </h2> <div class="row is-m v-align-top t-small bg-mute"> <div class="col is-3 p5" data-automation-id="label_Years_of_experience"> <b>Years of experience</b> </div> <div class="col is-9 p5" data-automation-id="data_Years_of_experience"> No experience required </div> </div> <div class="row is-m v-align-top t-small "> <div class="col is-3 p5" data-automation-id="label_Degree"> <b>Degree</b> </div> <div class="col is-9 p5" data-automation-id="data_Degree"> Bachelor's degree / higher diploma </div> </div>