Mining Economics and Metal Markets for Project Decisions

Mining projects require decisions that integrate geology, engineering, markets, costs, financing, risk, and investor expectations. A technically promising deposit may not become a viable project if metal prices, selling terms, capital requirements, operating costs, or financial indicators do not support investment. This program provides a structured applied learning pathway for mining engineers, geologists, project managers, finance teams, executives, investors, and decision-makers in the extractive sector. Participants will learn how reserves, resources, production profiles, capital intensity, operating costs, and revenue drivers shape project economics. The course explains how metal markets operate and how pricing references, contracts, concentrate terms, and supply-demand fundamentals affect project revenue. It also examines mine-gate valuation, payable metals, penalties, treatment charges, refining charges, and commercial assumptions used in financial models. Participants will review cash-flow modelling, net present value, internal rate of return, payback period, break-even analysis, and sensitivity checks. The program connects financial evaluation with strategic decisions such as cut-off grade, production scenarios, investor communication, and negotiation support. It is ideal for professionals who need to interpret project economics, explain assumptions, and support investment decisions in mining and extractive industries.

Participants will achieve the following objectives by this course:

This program targets a professional audience seeking to improve knowledge and skills:

• Resources, reserves, production profiles, and project assumptions.

• Capital intensity, operating costs, revenue drivers, and cost structures.

• Metal markets, price references, contracts, and supply-demand fundamentals.

• Mine-gate valuation and realistic selling terms.

• Payable metals, penalties, treatment charges, and refining charges.

• Cash-flow modelling and discounted project evaluation.

• Net present value, internal rate of return, and payback period.

• Break-even analysis, sensitivity testing, and scenario comparison.

• Cut-off grade, price sensitivity, and economic limits.

• Investor communication, negotiation support, and decision presentation.

• Interpret metal market information for mining project decisions.

• Estimate project revenue under realistic selling terms.

• Understand the economic link between grade, recovery, price, and revenue.

• Use NPV and IRR to compare mining project alternatives.

• Apply sensitivity analysis to assess price, cost, and production risks.

• Explain cut-off grade and economic limit decisions.

• Communicate economic assumptions clearly to stakeholders.

• Support project decisions with transparent and investor-oriented analysis.

• Professional instruction supported by mining economics examples.

• Applied case studies from mining project evaluation.

• Practical exercises in revenue estimation and selling terms.

• Cash-flow modelling discussions for project decision-making.

• Scenario and sensitivity analysis exercises.

• Group review of cut-off grade and price sensitivity decisions.

• Investor communication and assumption explanation practice.

• Development of practical project decision recommendations.

This training program is delivered over six intensive training weekends in a professional applied format, combining technical instruction, applied case studies, revenue estimation exercises, metal market interpretation, selling term analysis, cash-flow modelling, financial indicator review, sensitivity testing, scenario comparison, and investor-oriented project decision discussions for professionals in the mining and extractive sector.