Turn complex mine planning concepts into clear, practical skills you can use every day.

The Mine Planning Clarity Toolkit is a step-by-step course designed for mining professionals, students, and enthusiasts who want to understand and apply mine planning with confidence. Using plain language, vivid examples, and hands-on tools, the course strips away jargon and focuses on what really matters: making good mining decisions under real-world constraints.

What you’ll learn:

• 🪨 Foundations of Mine Planning — from inputs and block models to cut-off grades

• ⛏️ Optimisation Made Simple — LG, Pseudoflow, nested shells, and revenue factors explained clearly

• 🚜 Pushbacks & Staging — how to turn 20 shells into 3–4 mineable stages

• 🏗️ Transition Planning — knowing when to stop the pit and go underground

• ⚙️ Processing & Recovery — integrating metallurgy, blending, and stockpiles

• 📊 Practical Tools — Excel templates, stage pickers, and dashboards you can use immediately

Why this course?

• Plain-language explanations of technical mining topics

• Real industry examples that make the “aha!” moments stick

• Downloadable templates and dashboards included in each module

• Designed for both beginners (to build confidence) and professionals (to sharpen skills)

👉🏽 The Mine Planning Clarity Toolkit is more than a course — it’s a practical guide that helps you see the whole mine plan clearly, from rocks to cashflow.

⭐ Transform the way you understand, design, and plan underground mines.

If you’ve ever wanted to truly understand how underground mines are designed, scheduled, and evaluated — not just the software clicks or drawings, but the actual reasoning behind every engineering decision — this masterclass is for you.

This course gives you a complete, practical, and deeply technical understanding of the entire underground mine planning framework. You don’t just learn what planners do — you learn why, how, and in what order decisions should be made.

You will learn the principles used in real mines to:

• interpret orebodies

• assess rock mass behavior

• choose the correct mining method

• design declines, levels, and stopes

• sequence extraction safely

• size fleets professionally

• calculate costs

• evaluate mine profitability

• and optimize the entire operation

This is underground mine planning explained with clarity, technical depth, and operational wisdom.

⭐ Why This Course Is Different

Most mine planning content is either:

• too shallow,

• too software-focused,

• too theoretical, or

• scattered across textbooks and PDFs.

This course fixes that.

It blends:

• engineering fundamentals,

• geotechnical logic,

• planning workflows,

• real-world examples,

• technical equations,

• method selection rules,

• scheduling logic,

• cost modelling,

• and professional checklists

into a single end-to-end masterclass you can study, reference, and use immediately.

This is the underground planning education mining schools don’t teach — but every operation depends on.

⭐ Who This Course Is For

Perfect for:

• Underground mine planners

• Graduate mining engineers

• Geologists & geotechnical engineers

• Supervisors transitioning to technical roles

• Consultants & contractors

• Students preparing for technical interviews

• Anyone who wants to understand how underground mines really work

If you want to feel confident discussing UG design, scheduling, or economics — this course is for you.

⭐ What You Will Learn

Lesson 1 — The Planning Blueprint

The entire decision chain from geology to economics.
Understand how everything fits logically together.

Lesson 2 — Geological & Geotechnical Foundations

Orebody interpretation.
RMR, Q, UCS.
Stability rules.
Stope size logic.

Lesson 3 — Mining Method Selection Framework

Geometry → Geotech → Production → Cost → Dilution → Recovery.
Learn the professional rules used to choose LHOS, CAF, SLS, R&P, or Caving.

Lesson 4 — Mine Layout & Access Development Design

Declines. Levels. Crosscuts. Ventilation routes. Infrastructure.
How real mines convert method into physical design.

Lesson 5 — Production Planning, Scheduling & Economics

Stope sequencing. Fleet sizing. Backfill windows.
NPV, IRR, unit cost, cashflow.
Turn design into a real, executable mining operation.

⭐ What’s Included

✔ Full Masterclass Lessons (Over 100+ pages of premium content)

Written in professional engineering style, yet clear enough for fast learning.

✔ Bonus Section (10 Premium Tools)

Method selection guide, stability calculator, fleet formulas, risk checklist, and more.

✔ Templates & Calculation Tools

• Fleet sizing calculator

• Stope sequencing matrix

• Geotech envelope summary

• OPEX & CAPEX reference formulas

• Planning checklists

• Visual planning frameworks

✔ Workbook-friendly formatting

Everything is clean, simple to export, and structured for easy reference.

⭐ The Results You Can Expect

After this course, you will be able to:

• understand planning conversations at a senior level

• design realistic and safe underground layouts

• build production schedules that make sense

• size underground fleets professionally

• make geotechnically informed decisions

• evaluate mine economics confidently

• improve your planning workflow

• accelerate your career progression

You’ll think like a real underground planner — not just a software operator.

⭐ Stand Out as a Modern Mining Professional

Whether you're planning career growth, preparing for interviews, entering a new planning role, or strengthening your technical foundation…

this masterclass will elevate your understanding to a professional level.

⭐ Get Instant Access to the Full Masterclass + All Bonuses

No subscription.
No expiry.
Lifetime access.
Frequent updates included.

This is the ultimate underground mine planning resource for serious professionals.