Autonomous Ferry Berthing Simulation Director

The mandate

The developer’s simulator shows repeatable autonomous berthing in nominal conditions, but passenger-trial sponsors cannot determine whether scenario variation reflects the real pilot harbours, degraded sensing and human traffic. The defined problem is to establish a safety-relevant simulation argument for berthing and abort decisions, not certify the vessel or authorise passenger service.

The deliverable is an Autonomous Berthing Simulation Dossier containing the operating boundary, hazard-to-scenario map, harbour and vessel models, sensor and actuator degradations, environmental distributions, traffic and human-behaviour cases, simulator fidelity evidence, coverage logic, field-correlation results, intervention measures and change-control rules. It must identify material phenomena the simulator cannot support.

Work begins 11 January 2027. Milestone one on 29 January is the signed boundary, hazard map and evidence-gap notice; milestone two on 19 February provides fidelity tests, prioritised scenario library and witnessed campaign; milestone three on 2 April delivers the accepted dossier, field correlation, residual limitations and reusable qualification procedure.

Acceptance requires the autonomy lead to reproduce sampled scenarios from retained environments, vessel configurations, seeds and controller versions, and the independent panel to trace each critical berthing or abort claim to simulation and available field evidence. Unexplained simulator optimism, omitted harbour geometry or a scenario count without coverage rationale blocks final acceptance.

The client will provide simulator code, vessel dynamics, controller builds, sensor models, harbour surveys, weather and traffic records, intervention logs and controlled vessel access. Harbour authorities and masters will define operational constraints; the consultant will not command a vessel, conduct certification, modify production controls or approve passenger trials.

Why this is external work

Simulation engineers own the environment and autonomy developers own the controller, so neither can independently challenge where both systems share assumptions. Marine operations understands berthing but lacks deep scenario-coverage methods. External authorship provides the safety panel with a falsifiable bridge between virtual evidence and limited field observation.

What you will own

• Define berthing and abort operating boundaries across harbour geometry, vessel load, tide, wind, current, visibility, traffic and communications.
• Map collision, contact, overshoot, loss-of-control and unsafe-intervention hazards to scenario variables and measurable outcomes.
• Test simulator fidelity for vessel response, sensor degradation, actuator delay, environmental forces and interactions with nearby craft or people.
• Design coverage using boundary, interaction, uncertainty and failure relevance rather than raw random-scenario volume.
• Correlate virtual and controlled-vessel behaviour, investigating discrepancies before permitting simulation-supported claims.
• Measure autonomous decision, abort timing, human takeover, safe-state achievement and evidence preservation across the witnessed campaign.
• Transfer scenario assets, coverage rationale, fidelity limits, rerun tooling and change triggers to the internal assurance team.

Candidate qualifications

• Led simulation assurance for autonomous marine, automotive, aviation or other safety-relevant cyber-physical control.
• Built hazard-linked scenario coverage that combined environmental, system, traffic and human intervention variables.
• Correlated simulator and field behaviour and can describe a mismatch that changed the deployment boundary.
• Evaluated vessel dynamics, sensing and control deeply enough to challenge both autonomy and marine specialists.
• Presented simulation evidence to an independent safety panel without implying it replaced physical trials or certification.
• Delivered reusable scenario and change-control assets that internal owners operated after project acceptance.

Non-negotiables

• The named director must attend all five Athens, Piraeus or pilot-harbour observation and test days.
• Holds no undisclosed commercial relationship with the simulator, sensor, vessel-control or assurance suppliers under review.
• Will identify unsupported simulation claims even if that narrows the announced passenger-trial operating boundary.
• Accepts no vessel command, certification or trial-authorisation responsibility under this engagement.

1. 49 words maximum. Describe one simulator-to-field mismatch that changed an autonomous system’s operating boundary.
2. 49 words maximum. How would you prove scenario coverage for berthing without relying on random-run volume?
3. 49 words maximum. Confirm twelve-week capacity, Greek harbour attendance and every relevant simulator or control-vendor relationship.