Certified Autonomous Logistics and Sustainment Professional (CALSP)

Certified Autonomous Logistics and Sustainment Professional (CALSP) Certification Program by Tonex

Autonomous logistics introduces new planning opportunities, but dependable support still depends on energy, maintenance capacity, parts availability, human oversight, and credible service assumptions. The Certified Autonomous Logistics and Sustainment Professional program prepares logistics planners and sustainment engineers to evaluate autonomous support concepts against real operational requirements. Participants examine demand patterns, service levels, fleet coordination, infrastructure dependencies, charging and energy reserves, availability targets, maintenance evidence, and lifecycle cost. The curriculum emphasizes measurable support outcomes and realistic limitations instead of accepting nominal vehicle or system capability as proof of sustained mission value. Practitioners learn to compare support alternatives and explain how supplier constraints, obsolescence, and changing conditions affect a sustainment plan.

Cybersecurity influences sustainment when exposed fleet management systems, compromised maintenance information, or insecure updates disrupt service or misrepresent asset condition. The program therefore links cybersecurity to configuration integrity, authenticated status reporting, recovery, and accountable support decisions. A documented autonomous transport fleet case asks participants to revise service commitments after charging capacity and spare-part availability decline. Graduates produce evidence supporting a resilient and economically defensible sustainment approach.

Learning Objectives

• Translate support needs into measurable availability, throughput, and service requirements.
• Evaluate fleet coordination and human oversight across autonomous support workflows.
• Assess charging, energy reserves, downtime, and maintenance planning assumptions.
• Compare lifecycle cost, repairability, spares, and supplier resilience alternatives.
• Address cybersecurity exposure and trustworthy maintenance information in sustainment controls.
• Revise a support plan using documented performance after supply or energy disruption.

Audience

• Military logistics planners and support analysts
• Fleet maintenance and reliability teams
• Sustainment and lifecycle engineering professionals
• Autonomous support system program managers
• Supply chain and field service specialists
• Cybersecurity Professionals

Prerequisites

Experience with logistics, maintenance, fleet support, or systems engineering, plus foundational autonomous system knowledge.

Intended Professional Outcome

Prepare a measurable autonomous fleet support plan and justify adjustments when energy and spare-part constraints reduce service capacity.

Program Modules

Module 1: Logistics Demand Service Levels and Constraints

• Define service objectives for autonomous support operations.
• Characterize operational demand and expected delivery frequencies.
• Identify environmental and infrastructure constraints on service continuity.
• Distinguish nominal fleet capacity from assured available capability.
• Specify measurable service level and recovery expectations.
• Allocate oversight responsibilities across logistics and operational teams.
• Produce a documented support requirements and assumptions register.

Module 2: Autonomous Fleet Support and Human Oversight

• Examine fleet scheduling and assignment dependencies under variable demand.
• Identify supervisory control and escalation responsibilities for support activities.
• Assess interfaces between dispatch, maintenance, and operator information.
• Define manual alternatives for unavailable automated fleet functions.
• Review interoperability with existing transportation and inventory processes.
• Consider communication disruption when establishing control and status requirements.
• Document accountability and fallback arrangements for service interruptions.

Module 3: Energy Management Availability and Service Performance

• Establish energy consumption assumptions across representative duty cycles.
• Evaluate charging access, reserve capacity, and scheduling constraints.
• Relate unplanned downtime to support service availability.
• Review energy shortfalls and their implications for mission priorities.
• Distinguish observed performance from estimated fleet operating capacity.
• Compare charging and operating alternatives using transparent metrics.
• Prepare an energy and availability worksheet with documented uncertainty.

Module 4: Condition Monitoring Maintenance and Repair Planning

• Examine health indicators suitable for routine maintenance decisions.
• Evaluate reliability history and limits of predictive maintenance claims.
• Determine repair access, spare inventory, and workforce dependencies.
• Distinguish preventive maintenance from corrective fault recovery.
• Assess cybersecurity trustworthiness of maintenance and status information.
• Document repairability requirements and escalation criteria.
• Create a maintenance support plan linked to available evidence.

Module 5: Lifecycle Costs Supply Dependencies and Resilience

• Compare acquisition and operating costs over a support lifecycle.
• Identify supplier concentration and long-lead component risks.
• Evaluate spare capacity, obsolescence, and technical refresh planning.
• Examine software support and update obligations for fleet sustainment.
• Review alternate service configurations during logistics disruption.
• Assess recovery time and service consequences across supply options.
• Record lifecycle tradeoffs and risk ownership for leadership review.

Module 6: Sustainment Adaptation and Evidence Based Decisions

• Establish a transport fleet baseline with explicit service commitments.
• Analyze reduced charging capacity and spare availability in a case.
• Recalculate availability and achievable service levels under disruption.
• Compare alternative maintenance and dispatch priorities transparently.
• Identify safe service reductions and human approval requirements.
• Document unresolved assumptions and further performance evidence needs.
• Produce a revised sustainment plan and adaptation decision record.

Exam Domains

1. Support Demand and Service Level Definition
2. Fleet Supervision and Fallback Responsibilities
3. Energy Reserves and Operational Availability
4. Maintenance Evidence and Repair Dependencies
5. Supplier and Lifecycle Resilience Assessment
6. Adapted Sustainment Decision Justification

Practical Training Approach

The practical training approach includes exercises, real-world case studies, and examples of processes and documentation used in Certified Autonomous Logistics and Sustainment Professional (CALSP) projects. Participants work with role-specific evidence records and review criteria appropriate to their technical responsibilities.

Mission-Based Practical Assessment

Develop a support plan for an autonomous transport fleet using representative service, maintenance, and energy records. Reassess the plan after charging capacity and spare-part availability decline and justify the adjusted support commitments.

Certification Evidence and Deliverables

• Autonomous support concept with performance requirements
• Energy and fleet availability worksheet
• Maintenance, spares, and lifecycle trade study
• Revised sustainment plan and adaptation decision record

Course Delivery

Lectures, sustainment planning discussions, guided fleet availability exercises, and project-based case studies use service records, maintenance assumptions, energy worksheets, spare-part registers, and lifecycle decision templates.

Assessment and Certification

Participants complete guided knowledge quizzes, written professional assignments, and a capstone evidence package aligned with the stated mission-based practical assessment. Award of the Tonex educational certification requires both a passing knowledge examination and satisfactory completion of the role-specific practical assessment. Assessors review the listed deliverables against published, competency-based criteria, including technical reasoning, traceability, stated limitations, and quality of supporting evidence. A knowledge score alone does not substitute for practical assessment evidence.

Question Types

• Multiple Choice Questions (MCQs)
• Scenario-based Questions

Passing Criteria

To pass the Certified Autonomous Logistics and Sustainment Professional (CALSP) Certification Training exam, candidates must achieve a score of 70% or higher. Candidates must also satisfy the practical assessment rubric and submit the required professional evidence.

Certified Autonomous Logistics and Sustainment Professional (CALSP) Certification Program by Tonex Improve autonomous support readiness with credible service planning, lifecycle evidence, and documented adaptation. Enroll with Tonex to develop and demonstrate role-specific professional competence.