• 8 Sections
  • 30 Lessons
  • 10 Hours
Expand all sectionsCollapse all sections
  • Module 1: Maritime Starlink Planning and Service Selection
    5
    • 1.1
      Starlink Maritime Specialist (2026 Certified) Introduction
    • 1.2
      How Starlink behaves on vessels (realistic performance expectations)
    • 1.3
      Offshore vs Coastal operations and coverage planning
    • 1.4
      Choosing the right service plan for the vessel mission
    • 1.5
      Data governance basics: crew vs business usage and cost control
  • Module 2: Hardware and Marine Installation Standards
    4
    • 2.1
      Terminal selection for vessels and harsh environments
    • 2.2
      Placement and sky visibility on moving platforms
    • 2.3
      Mounting, fasteners, sealing, corrosion control, vibration management
    • 2.4
      Cable routing, penetrations, drip loops, strain relief, labeling and QA
  • Module 3: Power and Continuity Design
    4
    • 3.1
      Vessel power realities (AC/DC, inverters, changeovers)
    • 3.2
      UPS and ride-through design to prevent comms dropouts
    • 3.3
      Power distribution basics: protection, surge, isolation practices
    • 3.4
      Proving power faults vs RF/network faults in the field
  • Module 4: Vessel Network Integration
    4
    • 4.1
      Where Starlink fits at the edge (recommended architecture)
    • 4.2
      Third-party router/firewall integration and router mode concepts
    • 4.3
      Segmentation: crew, business, management, OT/bridge separation
    • 4.4
      Security baseline: access control, remote support readiness, logging
  • Module 5: Resilience, Multi-WAN, and Performance Governance
    4
    • 5.1
      Multi-link vessel designs (Starlink + cellular + legacy satcom)
    • 5.2
      Failover logic: health checks, timers, degraded-link handling
    • 5.3
      Traffic governance: shaping/prioritisation for ops vs crew traffic
    • 5.4
      Wi-Fi service design basics for onboard user experience
  • Module 6: Case Study and Real-World Application
    5
    • 6.1
      Case study overview: Offshore support vessel connectivity upgrade (the problem and constraints)
    • 6.2
      Designing the solution: plan selection, terminal choice, placement, and network architecture
    • 6.3
      Implementation walkthrough: install QA, power continuity, segmentation, and failover configuration
    • 6.4
      Results and lessons learned: performance baseline, what went wrong, what fixed it, and the final standard build
    • 6.5
      Student activity: build the “as-built pack” (diagram, checklist, configuration summary, acceptance test notes)
  • Module 7: Operations, Monitoring, and Troubleshooting
    4
    • 7.1
      Monitoring baselines: latency, loss, uptime, throughput, usage
    • 7.2
      “Evidence pack” workflow for efficient escalation and support
    • 7.3
      Common maritime faults: obstruction by heading, water ingress, cable stress, power dips
    • 7.4
      Starlink Maritime Specialist (2026 Certified) Course Summary
  • Starlink Maritime Specialist (2026 Certified) Assessment
    1
    • 8.1
      Starlink Maritime Specialist (2026 Certified)
      20 Minutes15 Questions

Starlink Maritime Specialist (2026 Certified)

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