Course Introduction
Mining projects are complex investments that require disciplined planning, technical expertise, financial evaluation, environmental responsibility, and strong stakeholder coordination. This course provides a practical and strategic understanding of how mining projects move from initial concepts and exploration findings through feasibility, development, construction, operations, and eventual closure.
The Mining Project Planning and Development Course examines the complete project lifecycle while connecting geological, engineering, commercial, environmental, social, and regulatory considerations. Participants will learn how to transform mineral opportunities into structured projects by evaluating technical assumptions, project risks, capital requirements, schedules, operational constraints, and development alternatives.
Effective mining project development depends on the quality of decisions made before significant capital is committed. This course therefore focuses on project definition, scoping studies, feasibility analysis, economic modelling, risk assessment, infrastructure planning, procurement, contracting, financing, and implementation strategies that support sound investment decisions and sustainable project outcomes.
Participants will also explore contemporary challenges affecting mining developments, including permitting complexity, community expectations, climate-related risks, decarbonisation, water security, energy transition, critical minerals, responsible sourcing, technological disruption, automation, and evolving environmental standards. These emerging issues are increasingly important to project viability, investor confidence, and long-term operational resilience.
Through practical discussions, structured frameworks, case-based learning, and project development techniques, the course enables participants to understand how multidisciplinary teams collaborate throughout the mining project lifecycle. Emphasis is placed on identifying critical dependencies, controlling scope, managing uncertainty, allocating resources effectively, and maintaining alignment between technical performance and commercial objectives.
By the end of the programme, participants will be better equipped to contribute to mining investment decisions, development strategies, project governance, feasibility studies, implementation plans, and risk management processes. The course is designed to strengthen both strategic thinking and practical project development capabilities for professionals working across the mining value chain.
Duration
5 days
Who Should Attend
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Mining project managers responsible for planning, development, implementation, and delivery of mining investments.
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Mining engineers involved in project evaluation, mine planning, feasibility studies, and development decision-making.
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Geologists and exploration professionals transitioning mineral discoveries into commercially viable development projects.
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Metallurgists and mineral processing professionals contributing to processing plant design and project development decisions.
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Financial analysts, investment professionals, and economists evaluating the commercial viability of mining projects.
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Environmental professionals responsible for impact assessment, permitting, environmental management, and project compliance.
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Social performance and community engagement professionals managing stakeholder relationships around mining developments.
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Procurement and supply chain professionals supporting equipment acquisition, contracting, logistics, and project implementation.
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Construction and engineering professionals involved in mine infrastructure, processing facilities, and project execution.
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Government regulators and public-sector officials responsible for mining approvals, licensing, monitoring, and oversight.
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Mining company executives and senior managers involved in capital allocation, investment strategy, and project governance.
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Consultants and advisors providing technical, financial, environmental, legal, or commercial support to mining projects.
Course Objectives
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Develop a comprehensive understanding of the mining project lifecycle, from mineral opportunity identification and conceptual studies through feasibility, implementation, operations, closure, and post-closure activities.
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Explain how geological information, resource confidence, mining methods, processing assumptions, infrastructure requirements, and market conditions influence project development decisions and investment outcomes.
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Apply structured approaches to project scoping, concept selection, feasibility assessment, development planning, and decision-gate processes while recognising uncertainty and the consequences of changing project assumptions.
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Evaluate capital expenditure, operating expenditure, cash-flow requirements, financial assumptions, project economics, sensitivity analysis, and investment indicators used to assess mining project attractiveness.
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Identify, assess, prioritise, and manage technical, financial, environmental, social, regulatory, operational, market, schedule, and strategic risks throughout the mining project lifecycle.
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Understand the principles of mine infrastructure planning, including access roads, power supply, water systems, processing facilities, waste management, accommodation, logistics, communications, and supporting infrastructure.
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Develop practical approaches for stakeholder engagement, social performance, regulatory compliance, community participation, and responsible project development that strengthen project acceptance and reduce implementation conflicts.
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Examine procurement, contracting, construction planning, project controls, scheduling, cost management, quality assurance, commissioning, and operational readiness requirements for successful mining project execution.
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Assess emerging mining development issues such as decarbonisation, critical minerals, renewable energy integration, automation, artificial intelligence, water scarcity, climate resilience, and responsible mineral supply chains.
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Strengthen participants’ ability to integrate multidisciplinary information into clear project recommendations, investment decisions, development strategies, implementation plans, and governance structures that support sustainable value creation.
Comprehensive Course Outline
Module 1: Mining Project Lifecycle and Strategic Development
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Understanding the complete mining project lifecycle from exploration results and opportunity identification through closure and post-mining land-use planning.
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Defining project drivers, strategic objectives, value propositions, development constraints, decision criteria, and success measures for mining investments.
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Establishing project governance structures, decision gates, accountability frameworks, multidisciplinary teams, and effective executive oversight arrangements.
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Assessing strategic alignment with commodity markets, corporate portfolios, national mineral strategies, critical-mineral priorities, and long-term investment objectives.
Module 2: Mineral Resources, Reserves and Project Definition
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Understanding how geological models, mineral resource classifications, reserve estimates, drilling programmes, and data quality influence project confidence and development decisions.
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Translating exploration and resource information into practical mine development concepts while recognising geological uncertainty and technical limitations.
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Evaluating mining methods, production concepts, mine life assumptions, recovery factors, dilution, losses, cut-off strategies, and production scheduling considerations.
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Addressing emerging resource-development challenges involving critical minerals, deeper deposits, declining ore grades, difficult geology, and increasing requirements for resource efficiency.
Module 3: Scoping Studies, Feasibility and Project Evaluation
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Developing robust scoping studies that compare alternative mining, processing, infrastructure, production, and development concepts before major capital commitments.
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Understanding pre-feasibility and feasibility study requirements, including technical studies, cost estimates, schedules, risk assessments, market analysis, and economic evaluation.
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Evaluating project assumptions, data confidence, contingencies, sensitivity analysis, scenario modelling, and decision criteria used to determine project readiness.
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Examining how changing commodity prices, inflation, interest rates, supply constraints, technology availability, and regulatory requirements can affect feasibility outcomes.
Module 4: Mining Project Economics and Financial Modelling
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Building an understanding of capital expenditure, operating expenditure, revenues, taxes, royalties, depreciation, working capital, sustaining capital, and project cash-flow structures.
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Applying financial evaluation techniques such as net present value, internal rate of return, payback period, discounted cash flow, and break-even analysis.
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Conducting sensitivity, scenario, and uncertainty analysis to identify critical economic drivers and understand how adverse conditions may affect project returns.
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Exploring financing challenges for modern mining developments, including capital intensity, investor expectations, commodity volatility, financing costs, and changing ESG investment requirements.
Module 5: Infrastructure, Engineering and Development Planning
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Planning essential mining infrastructure such as power, water, roads, rail, ports, communications, accommodation, workshops, processing facilities, and waste-management systems.
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Integrating engineering disciplines and infrastructure requirements into coordinated development schedules that minimise interface risks and avoid costly project delays.
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Evaluating infrastructure alternatives based on technical performance, lifecycle costs, reliability, environmental impacts, logistics requirements, and long-term operational resilience.
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Examining innovative infrastructure solutions involving renewable energy, battery storage, electrification, remote operations, modular facilities, and climate-resilient project design.
Module 6: Environmental, Social and Regulatory Considerations
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Understanding environmental and social impact assessment requirements and how permitting, licensing, land access, biodiversity, water, emissions, and waste issues influence project development.
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Designing stakeholder engagement approaches that address community expectations, indigenous or local interests, social risks, grievance mechanisms, and benefit-sharing considerations.
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Integrating environmental and social performance into project design rather than treating compliance as a separate activity during later development stages.
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Addressing emerging expectations around climate disclosure, biodiversity protection, nature-positive development, mine rehabilitation, social licence, responsible sourcing, and transparent reporting.
Module 7: Project Risk, Uncertainty and Resilience
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Identifying and categorising project risks across geology, engineering, economics, procurement, construction, operations, environment, social performance, regulation, and markets.
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Applying qualitative and quantitative risk assessment techniques to establish risk priorities, mitigation strategies, contingency requirements, and appropriate management responses.
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Developing project resilience strategies for commodity-price volatility, supply-chain disruptions, extreme weather, geopolitical uncertainty, regulatory changes, and technology-related risks.
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Exploring emerging approaches to enterprise risk integration, climate scenario analysis, digital risk monitoring, predictive analytics, and real-time project risk management.
Module 8: Procurement, Contracting and Project Execution
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Understanding procurement strategies for major equipment, engineering services, construction packages, technology systems, consumables, logistics, and specialist mining project requirements.
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Comparing contract structures and evaluating how contracting strategies influence cost certainty, schedule performance, risk allocation, accountability, and project flexibility.
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Developing practical approaches to project scheduling, cost control, change management, quality assurance, construction supervision, commissioning, and operational readiness.
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Addressing modern execution challenges including global supply-chain instability, long-lead equipment, local-content requirements, workforce shortages, contractor performance, and procurement digitalisation.
Module 9: Technology, Innovation and Emerging Mining Issues
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Examining the growing role of automation, artificial intelligence, advanced analytics, digital twins, remote operations, robotics, and connected systems in mining project development.
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Evaluating decarbonisation pathways involving renewable power, mine electrification, energy storage, alternative fuels, carbon management, and energy-efficiency technologies.
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Understanding the strategic importance of critical minerals and how energy-transition demand is reshaping exploration priorities, project pipelines, investment decisions, and supply-chain strategies.
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Assessing emerging challenges involving cybersecurity, data governance, technology integration, workforce transformation, digital capability gaps, responsible AI, and operational technology resilience.
Module 10: Project Governance, Implementation and Sustainable Value Creation
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Establishing effective project governance, reporting, assurance, performance monitoring, decision-making, accountability, and executive oversight throughout project implementation.
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Developing integrated implementation plans that connect scope, schedule, cost, resources, procurement, construction, commissioning, operational readiness, and stakeholder commitments.
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Measuring project performance using appropriate financial, technical, safety, environmental, social, schedule, quality, and value-realisation indicators across the development lifecycle.
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Preparing for sustainable mine closure and post-closure outcomes while incorporating rehabilitation planning, financial provisions, community transition, environmental monitoring, and long-term land-use considerations.
Training Approach
This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.
Tailor-Made Course
This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808
Training Venue
The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.
Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant
Certification
Participants will be issued with Upskill certificate upon completion of this course.
Airport Pickup and Accommodation
Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808
Terms of Payment:
Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.
