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Classroom 5 Sessions
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Introduction

Maintenance Scheduling Training Course focuses on optimizing asset performance, reducing downtime, and improving maintenance efficiency through advanced digital technologies. This Maintenance Scheduling using Big Data, IoT and Agent Based Simulation Training Course introduces data-driven maintenance planning techniques that enable organizations to predict failures and schedule maintenance precisely when and where it is needed.

Traditional maintenance planning is no longer sufficient in today’s complex industrial environments. This course explores how Big Data, IoT systems, and agent-based simulation improve forecasting accuracy and decision-making in maintenance operations. Participants will learn how to analyze real-time data, simulate asset behavior, and optimize maintenance schedules using modern predictive technologies.

Through practical applications and simulation-based learning, this maintenance scheduling course helps professionals reduce lifecycle costs, improve reliability, and enhance operational readiness. It provides a strong foundation in combining analytics, simulation, and maintenance strategy for smarter asset management.

What are the Goals?

Maintenance Scheduling Course objectives focus on developing practical skills in predictive maintenance planning using Big Data, IoT, and simulation-based tools. This training course enhances the ability to optimize maintenance schedules and improve asset reliability through advanced analytics.

By attending this training course, participants will be able to:

  • Understand the importance of effective maintenance planning and scheduling
  • Apply Big Data and predictive analytics for maintenance optimization
  • Utilize IoT technologies for real-time monitoring and maintenance automation
  • Understand and apply agent-based simulation for maintenance planning
  • Analyze and interpret maintenance data for decision-making improvements
  • Optimize maintenance schedules using simulation-based tools such as AnyLogic

Who is this Training Course for?

Maintenance Scheduling Training Course is designed for professionals involved in maintenance planning, data analysis, and asset management who want to enhance their skills in predictive and simulation-based maintenance strategies. This course supports individuals working in data-driven and operational environments.

This training course will greatly benefit:

  • Procurement planners, maintenance planners, and asset managers
  • Data scientists and data analysts working with industrial systems
  • Logistics and supply chain planners involved in maintenance operations
  • Maintenance and operations professionals managing asset performance
  • Engineers and specialists involved in predictive maintenance systems

How will this Training Course be Presented?

Maintenance Scheduling Training Course uses an interactive, simulation-based learning approach to ensure practical understanding of advanced maintenance technologies. This digital maintenance course combines theoretical concepts with hands-on application using industry-relevant tools.

Participants will engage in instructor-led sessions supported by video lectures, guided exercises, and real-world case studies. Practical work includes the use of AnyLogic and AnyLogistix software for simulation and predictive maintenance modeling.

The course also emphasizes Big Data analysis, IoT integration, and agent-based simulation techniques to replicate real industrial scenarios. Learners will work through structured exercises that demonstrate how predictive analytics and simulation tools improve maintenance scheduling accuracy. This approach ensures participants gain practical expertise in optimizing maintenance strategies using modern digital technologies.

Course Content

Day 1

Predictive Asset Maintenance

  • Reactive Maintenance
  • Maintenance Reliability
  • Contribution of Planning Coordination, and Scheduling
  • Symptoms of Ineffective Job Planning
  • Maintenance Deliverables
  • Exercise: Introduction to AnyLogic and AnyLogistix software
Day 2

Using Predictive Analytics in Maintenance Systems

  • Data management
  • Big Data Quality and sources
  • Dealing with large data sizes
  • IoT and adaptive maintenance: Integrated data collection
  • Uncertainty in implementation cost and Return on Investment
  • Exercise: Design the data collection and modeling and simulation tools
Day 3

Maintenance Planning Principles

  • Work order system
  • Maintenance requirement forecasting
  • Traditional forecasting methods
  • Downtime planning and mitigation
  • Costs of poor planning
  • Ripple and Bullwhip effects on production originating from poor maintenance plans
  • Exercise: Improving maintenance process with AnyLogic agent-based modeling
Day 4

Spare Parts Procurement and Inventory Planning

  • Procurement for maintenance
  • Spare parts inventory and availability
  • Development of Work Programs and the Maintenance Calendar
  • Sizing the Maintenance Staff
  • Exercise: Defining and optimizing supply chain process of spare parts in Any Logistic
Day 5

Proactive Maintenance Planning

  • Detailed Planning of Individual Jobs
  • Materials Support
  • Work Measurement
  • Analytical Estimating
  • Coordination with Operations
  • Exercise: Job Feedback, Close Out, Analysis, and Schedule Compliance using agent-based modeling

The Certificate

Recognition
  • Anderson Certificate of Completion for delegates who attend and complete the training course
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