At Herbert Engineering Corp., our Transportation Studies integrate naval architecture, marine systems analysis, and logistics modeling to inform strategic decision-making across maritime networks. Whether assessing alternative routing corridors, evaluating cargo volume forecasts, or comparing route efficiencies across global trade lanes, we combine data-driven modeling with engineering judgment.

Modern vessel traffic management demands more than radar and AIS—it requires predictive insights that account for environmental, behavioral, and operational risks. HEC’s Vessel Traffic Risk Analysis applies dynamic modeling techniques such as collision probability forecasting, proximity heatmapping, and scenario simulations to support safer routing and smarter control strategies. By integrating vessel-specific performance data into traffic design, HEC helps ports, fleets, and regulators reduce incidents, improve efficiency, and meet today’s strict compliance standards.

HEC offers expert support underpinned by specialized analytical software tools that go beyond standard witness offerings. Our team draws on decades of marine‑engineering, naval–architecture and operational experience to provide objective, technically rigorous opinion, documentation and testimony. Our proprietary software features can deliver parametric‑rolling parameters, stability and seakeeping analytics, motion‑response modelling and other quantitative data outputs to strengthen forensic assessments and expert reports. Whether the matter involves container‑loss, ship‑motion anomalies, cargo‑securing failure, structural or stability‑related claims, HEC’s service bridges the gap between engineering fact‑finding and legal clarity.

Our ship design services epitomize a profound understanding that a vessel constitutes just one facet of a broader transportation ecosystem. We embrace a holistic approach to ship design, ensuring that each vessel not only fulfills the owner’s cargo transportation requisites but does so with unparalleled cost efficiency, operational efficacy, and environmental conscientiousness.