Length: 2 Days

Sustainment Planning Workshop by Tonex

Project Planning Analysis and Control Workshop by Tonex

A strong sustainment strategy often determines whether a system remains dependable, affordable, and mission-ready over time. Sustainment Planning Workshop by Tonex is designed to help professionals build the practical knowledge needed to plan, organize, and manage long-term support for complex products, programs, and operational environments.

The course examines sustainment from both strategic and execution perspectives, covering maintenance planning, lifecycle support, resource forecasting, logistics coordination, configuration control, and performance monitoring. Participants gain a clearer view of how sustainment planning supports operational continuity, cost control, stakeholder alignment, and long-term asset value across technical and business settings.

Modern sustainment planning also has a direct connection to cybersecurity because unsupported systems, weak update processes, and poor asset visibility can create serious security gaps. Strong sustainment decisions improve resilience, reduce exposure to outdated components, and support more secure lifecycle management. In many environments, sustainment discipline helps organizations protect critical infrastructure, maintain compliance, and strengthen cybersecurity readiness over time.

Learning Objectives

  • Understand the core principles and goals of sustainment planning across the system lifecycle.
  • Learn how to align sustainment strategies with operational, technical, and business requirements.
  • Identify the roles of maintenance, logistics, supply support, and resource planning in long-term sustainment.
  • Evaluate risks, cost drivers, and performance measures that affect sustainment success.
  • Develop clearer approaches to configuration management, obsolescence planning, and service continuity.
  • Recognize how cybersecurity considerations influence sustainment decisions, asset supportability, update planning, and long-term operational resilience.

Audience

  • Program Managers
  • Project Managers
  • Operations Leaders
  • Maintenance Planners
  • Logistics and Supply Chain Professionals
  • Systems Engineers
  • Asset Management Professionals
  • Lifecycle Support Specialists
  • Defense and Aerospace Personnel
  • Infrastructure Planning Teams
  • Cybersecurity Professionals

Course Modules

Module 1: Sustainment Planning Foundations

  • Sustainment purpose and scope
  • Lifecycle support principles
  • Operational readiness drivers
  • Support planning terminology
  • Stakeholder roles and alignment
  • Sustainment planning framework

Module 2: Maintenance and Support Strategy

  • Preventive maintenance planning
  • Corrective maintenance approach
  • Reliability centered thinking
  • Service level considerations
  • Support resource coordination
  • Maintenance scheduling methods

Module 3: Logistics and Resource Planning

  • Supply support structure
  • Spare parts forecasting
  • Inventory planning methods
  • Transportation support factors
  • Vendor and supplier coordination
  • Resource allocation priorities

Module 4: Configuration and Change Control

  • Baseline configuration management
  • Change request evaluation
  • Documentation control practices
  • Version tracking methods
  • Asset visibility requirements
  • Technical data governance

Module 5: Risk, Cost, and Performance

  • Sustainment risk identification
  • Lifecycle cost elements
  • Budget planning factors
  • Performance metrics selection
  • Readiness measurement methods
  • Continuous improvement actions

Module 6: Cybersecurity and Long-Term Resilience

  • Secure update planning
  • Legacy system exposure
  • Vulnerability management coordination
  • Resilience in sustainment
  • Compliance and audit readiness
  • Continuity support strategies

Advance lifecycle readiness, strengthen operational continuity, and improve long-term support performance with Sustainment Planning Workshop by Tonex. This workshop is a strong fit for professionals who need a practical and structured understanding of sustainment planning in modern technical environments.

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