Online Mining Courses

Explore our top-notch mining training courses, featuring comprehensive online options in mine planning, management, and engineering. Elevate your skills with specialized mining courses designed to enhance expertise and advance careers in the industry.

Got 30 minutes? Learn fast with Mining Mentor  Skills Focus: This course is focused on building skills in Mine Planning.	Got 30 minutes? Learn fast with Mining Mentor  Skills Focus: This course is focused on building skills in Mine Planning.
Got 30 minutes? Learn fast with Mining Mentor  Skills Focus: This course is focused on building skills in Mine Planning.	Got 30 minutes? Learn fast with Mining Mentor  Skills Focus: This course is focused on building skills in Mine Planning.
Got 30 minutes? Learn fast with Mining Mentor  Skills Focus: This course is focused on building skills in Mine Planning.	Got 30 minutes? Learn fast with Mining Mentor  Skills Focus: This course is focused on building skills in Mine Planning.
Got 30 minutes? Learn fast with Mining Mentor  Skills Focus: This course is focused on building skills in Mine Planning.	Got 30 minutes? Learn fast with Mining Mentor  Skills Focus: This course is focused on building skills in Mine Planning.
Got 30 minutes? Learn fast with Mining Mentor  Skills Focus: This course is focused on building skills in Mine Planning.	Got 30 minutes? Learn fast with Mining Mentor  Skills Focus: This course is focused on building skills in Mine Planning.

Mine economics is concerned with maximising the value of a mining operation through efficient processes, and management of operational costs. Learn about the financial models are developed for projects and find out how to forecast costs and identify the value of future work.	Business cases are proposals that outline the benefits of a new strategy, project, or idea, and are often presented to management. Learn how to develop and present an effective business case, showing the investigation, findings, and recommendations for an initiative.
Data management refers to the development, collection, storage, and maintenance of information. Learn the standards and procedures used to maintain data integrity in a mining operation.	A weekly schedule defines priority activities needed to meet targets. As part of the weekly schedule, mining engineers will track performance and keep relevant personnel informed. Learn how to develop a clear and effective weekly schedule.
The weekly schedule for an underground mine map out the activities needed to safely and efficiently meet production and development targets. It contains information about the location, sequence, and rates of the activities for the week. As the mining engineer accountable for the weekly.	Geological interpretations are based on limited data and must be continuously refined as new data is collected, to improve understanding of a mining area’s geology. The work of a mining engineer can be vastly improved through an understanding of how their operation’s block models are created.
Haul roads are surfaces that trucks travel along to move mined material. Around half of the total mining costs for a modern mining operation are attributable to the haulage fleet. Learn how mining engineers can design safe and efficient haul roads.	Open pit mine excavation is executed according to designs made by mining engineers. There will rarely be one design for the life of the operation, so the design will need to be adjusted to suit new information and conditions. Learn how to make a safe and effective change to an open pit design.
Open pit optimisations analyse geological, economic, and operational information to inform the highest value mine design. Learn how to evaluate best and worst-case scenarios developed in models to manage risk and inform mine design and scheduling decisions.	Mining engineers may be asked to present a weekly schedule (also called a weekly plan) to an operational team, and as your career develops you may also deliver presentations to project teams or management. Design an effective presentation.
The basis for a stope design is to provide a suitable shape for drill and blast designs. Designs need to reflect what can realistically be expected to be excavated, and must be stable. This course will look at what planning and development is undertaken to be able to access and extract the stope.	During the mining process, large quantities of waste rock must be mined to access the desired ore. Waste rock is often placed in areas known as Rock Storage Facilities (RSF), which become part of the post-mining landscape. Learn how to design a safe and effective Road Storage Facility.
This course will provide you with a better understanding of the goals of stope shape design. You will learn how to plan an optimisation that balances the competing objectives of a stope shape, and then conduct an “incremental analysis” to optimise a stope according to those objectives.	In this practitioner level course, we will build on what we learned in An Introduction to Mine Economics and take a closer look at how financial models are developed to evaluate the value of a mining operation.
In this course, you will learn the basics of underground development design. From designing stopes, drives, and shafts, to managing water management and air ventilation around the mine, to preventing environmental damage and maintaining governmental and social approval.	Designing a level layout from scratch involves a great deal of planning and communication, forming a foundation for future designs in an underground mine. This course will provide you with insight into the process for creating a level design that is economically viable while prioritising mine safety.
Mine plan reconciliation is a process of identifying variance between target (planned) and actual mining outcomes. The reconciliation process involves a comparison of plans and schedules against actual mining outcomes to ensure operations are on track to meet strategic objectives.	In this practitioner level course, we will build on what we learned in Geology Essentials for Mining Engineers, and study geological models in more detail, from the component parts of a model to estimation techniques.

Geotechnical training