Course of DISPATCH Fleet Management System

✅ MODULE 1: INTRODUCTION TO THE DISPATCH SYSTEM

- Importance Of The Dispatch System In Large-Scale Mining

- Mining Cycle And Equipment In Surface Mining

- Dispatch Principles In Minestar And Modular

✅ MODULE 2: KPI’S IN HEAVY MACHINERY MAINTENANCE MANAGEMENT

- Key KPI’s In Maintenance Management

- Trends And Advances In The Dispatch System

- Asarco MLP Distribution Model And KPI Summary

- Strategies For Load Distribution

- Practical Case Study: Failure And Delay Analysis Of Mining Trucks

✅ MODULE 3: KEY KPI’S IN THE DISPATCH SYSTEM

- Identifying The Most Important KPI’s In Dispatch

- Manual Assignment Management In The System

✅ MODULE 4: SUPERVISION OF THE DISPATCH SYSTEMV

- Types And Analysis Of Delays In Dispatch

- Key Areas In Dispatch System Supervision

- Configuration And Use Of The Dispatch System In Minestar

✅ MODULE 5: COMPREHENSIVE DISPATCH MANAGEMENT PART I

- Operational Management In The Dispatch Area

- Power BI Workshop For Dispatch Management

- Data Insertion And Manipulation In Power BI

✅ MODULE 6: COMPREHENSIVE DISPATCH MANAGEMENT PART II

- Preparing The Production Plan And Report

- Excel Pivot Tables Workshop For Dispatch

✅ MODULE 7: COMPREHENSIVE DISPATCH MANAGEMENT PART III

- Diagnosing Missing Data In The System

- Detailed Analysis Of Missing Information

✅ MODULO 8: COMPREHENSIVE DISPATCH MANAGEMENT PART IV

- Creation And Presentation Of Maintenance Reports

- Final Workshop On Dispatch Analysis And Optimization

Dispatch in Large Mining: Fleet Management System in Open Pit Mines

✅ MODULE 1: INTRODUCTION TO MINING 4.0

- Industry 4.0 and Digital Transformation in Mining

- Big Data Applications in the Mining Industry

- Digital Transformation in the Mining Sector

- Implementation of the Integrated Control System

- Autonomous Equipment and Artificial Intelligence in Mining

- Operational Procedures in Large-Scale Mining

- Pre-Use Inspection of Mining Trucks

- Operator Shift Change in Surface Mining

- Hauling Process and Material Unloading

- Management of Auxiliary Equipment in Mining

- Use of the Mining Handbook for Data Analysis

- Productivity Analysis of Mining Equipment

- Benchmarks and Key Performance Indicators

- Cost Management with CAPEX and OPEX

✅ MODULE 2: HYDRAULIC AND ELECTRIC ROPE SHOVELS

- Application and Performance in Mass Loading

- Fleet Matching and Operational Efficiency

- Material Density and Bucket Selection Part I

- Material Density and Bucket Selection Part II

- Calculation of Loading Time for Shovels

- Production and Performance of Mining Shovels

- Components of Electric Rope Shovels

- Components of Hydraulic Mining Shovels Part I

- Components of Hydraulic Mining Shovels Part II

- Analysis of Dipper and Electric Cables Part I

- Analysis of Dipper and Electric Cables Part II

- Evaluation of Operating Costs for Shovels

- New Technologies Applied to Shovels

✅ MODULE 3: MINING TRUCKS AND HAULAGE

- Truck Application in Hauling Process

- Equipment Selection and 10/10/20 Policy Part I

- Equipment Selection and 10/10/20 Policy Part II

- Target Payload Calculation and Ton-Kilometer Per Hour (TKPH) Part I

- Target Payload Calculation and Ton-Kilometer Per Hour (TKPH) Part II

- Key Components of Mining Trucks

- Wear Elements and Road Maintenance Part I

- Wear Elements and Road Maintenance Part II

- Design and Operation of Truck Dump Bodies

- Cost Analysis and New Truck Technologies Part I

- Cost Analysis and New Truck Technologies Part II

✅ MODULE 4: LEAN SIX SIGMA WORKSHOP FOR MINING

- Introduction to Lean Six Sigma Concepts

- Six Sigma Application in Mining Processes

- Practical Case Study on Lean Six Sigma in Mining Part I

- Practical Case Study on Lean Six Sigma in Mining Part II

- Analysis of Haulage Routes and Truck Variables Part I

- Analysis of Haulage Routes and Truck Variables Part II

- Evaluation of Retarding and Rimpull Curves Part I

- Evaluation of Retarding and Rimpull Curves Part II

- Workshop Conclusions and Final Evaluation

✅ MODULE 5: FRONT-END LOADER AND OPERATIONAL EFFICIENCY

- Applied Six Sigma Project for Loaders

- Operation and Types of Front-End Loaders Parte I

- Operation and Types of Front-End Loaders Parte II

- Production and Performance Parameters in Loaders Part I

- Production and Performance Parameters in Loaders Part II

- Production and Performance Parameters in Loaders Part III

- Analysis of Load Limit and Material Hauling Parte I

- Analysis of Load Limit and Material Hauling Parte II

- Components and Wear Elements in Loaders Part I

- Components and Wear Elements in Loaders Part II

- Cost Evaluation and New Loader Technologies Part I

- Cost Evaluation and New Loader Technologies Part II

✅ MODULE 6: AUXILIARY EQUIPMENT: TRACTORS, EXCAVATORS, MOTOR GRADERS, AND ROLLERS

- Models and Key Components of Excavators Part I

- Models and Key Components of Excavators Part II

- Power Configuration and Operating Techniques Part I

- Power Configuration and Operating Techniques Part II

- Power Configuration and Operating Techniques Part III

- Power Configuration and Operating Techniques Part IV

- Tractors: Weight-to-Power Ratio and Traction Factors Part I

- Tractors: Weight-to-Power Ratio and Traction Factors Part II

- Operation Techniques

- Traction Factors

- Components of a Tractor

- Motor Grader

- Motor Grader Models

- Moldboard Angle

- Production of a Motor Grader

- Components of a Motor Grader

- Compactor Rollers

- Components of a Roller

✅ MODULE 7: FLEET MANAGEMENT SYSTEM (DISPATCH)

- Introduction to Fleet Management System for Mining

- Mine Regions and Complete Haulage Cycle Part I

- Mine Regions and Complete Haulage Cycle Part II

- Auxiliary and Production Fleet Management

- Use of Mine Graphics and Haul Route Creation Part I

- Use of Mine Graphics and Haul Route Creation Part II

- Coordination of Shovels and Events in the Mining Cycle Parte I

- Coordination of Shovels and Events in the Mining Cycle Parte II

- Coordination of Shovels and Events in the Mining Cycle Parte III

- Case Study: Shift Change Management

- Fuel Management and Equipment Utilization in Mining Part I

- Fuel Management and Equipment Utilization in Mining Part II

Operational Management of Equipment in Surface Mining 4.0

- BONUS 1: PDF Book (797F Mining Truck)

- BONUS 2: Simulated Dispatch Data Excel Template

- BONUS 3: Daily Mine Production Plan Excel Template

- BONUS 4: Shift Tonnage Report Excel Template

- BONUS 5: Lost Data Template in Office

 5 Downloadable Student Resources

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The management of mining fleets in open-pit operations presents challenges due to the lack of precise methodologies for real-time equipment allocation and dispatch optimization. The absence of specialized tools for fleet monitoring, performance evaluation, and route planning complicates decision-making, affecting productivity, cost efficiency, and overall operational performance.
Our Course on DISPATCH Fleet Management System trains mining engineers in optimizing fleet operations through dispatch control, key performance indicator (KPI) analysis, and data-driven decision-making. This comprehensive program includes equipment allocation strategies, haulage cycle optimization, and real-time performance tracking. It covers the use of advanced fleet management systems, integration with software such as Minestar and Modular, and the implementation of operational KPIs to maximize efficiency. Participants will develop competencies in dispatch system configuration, delay analysis, and production planning, ensuring streamlined mining operations and increased profitability.
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WHAT WILL YOU ACHIEVE?
✅ Optimize fleet assignment by implementing real-time dispatch strategies to maximize productivity and minimize idle times in open-pit mining operations.
✅ Analyze dispatch KPIs to enhance decision-making, ensuring efficient haul cycle times, equipment utilization, and overall operational effectiveness.
✅ Apply fleet management software such as MineStar and Modular to automate truck assignments, improve load distribution, and reduce equipment downtime.
✅ Supervise dispatch operations by monitoring key delay factors, configuring system parameters, and implementing best practices to improve hauling performance.
✅ Use Power BI and Excel tools to analyze dispatch data, generate insightful reports, and optimize fleet performance based on historical trends and real-time metrics.
✅ Develop cost-reduction strategies by identifying inefficiencies in material hauling, optimizing haul routes, and enhancing truck-shovel coordination.
✅ Implement Lean Six Sigma techniques to evaluate mining fleet performance, minimize delays, and optimize overall equipment effectiveness (OEE).
✅ Integrate autonomous and AI-driven solutions in dispatch management to enhance decision-making and predictive maintenance in large-scale mining operations.
✅ Manage operational data from dispatch systems, analyzing missing information, diagnosing inconsistencies, and improving data reliability for fleet optimization.
✅ Generate advanced production reports by consolidating dispatch metrics, fleet availability, and maintenance schedules to improve operational planning and execution.
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ABOUT THE CERTIFICATION
For each course, you will receive a specialization certificate (a total of three certificates).
By completing a project demonstrating your learning, you can earn a Professional Excellence Certificate (optional).
Upon completing all content in the learning path, you will receive a certification as a "Specialist in DISPATCH Fleet Management System"