Port of Fremantle

Already published for the first time in September 2020: Maritime piloting operations involve on-call work schedules that may lead to sleep loss and circadian misalignment. The study documented pilot work scheduling practices.

Maritime pilots work in an irregular deployment system (rotation system) with unpredictable work assignments under high levels of physical and mental stress. Fatigue or chronic diseases, e.g. coronary heart disease, peptic ulcers or gastritis can occur as a consequence.

Study from 2015: Psychological stressors, in addition to the physical demands associated with the role (e.g., reduced sleep, boarding, and departing vessels), may over time have a damaging effect on pilots' physical and mental health.

TRENZ VEGA - Up to eight pilots simultaneously shall be provided with an AIS data stream in a pilot boat with information for their next assignment.

PilotTracker secures pilot information to flow effortlessly between you, the port community, and its customers — any time.
To learn more visit: https://port-xchange.com/pilottracker/

Saab is proud to announce its delivering its flagship Pilot Dispatch Management System (PDMS) PilotControl to Gladstone Ports Corporation’s (GPC) Gladstone Marine Pilots (GMPS).

The Port of Houston has been implementing Pilot Tracker, to improve efficiency and decision-making processes through data sharing.
According to Christine Schlenker, VP of the Greater Houston Bureau, “ Pilot Tracker is a good first step for port digitalisation, because it’s easy to implement and it has a strong, immediate impact for the port community”.
Want to know more about Pilot Tracker? Visit the link below and get in touch with one of our team members!
https://port-xchange.com/...

SevenCs, part of the ChartWorld Group, is pleased to announce the release of our ground-breaking ORCA™ Pilot X software. Originally designed as a primary navigation aid for Pilots, ORCA Pilot X is the industry’s leading tool for professional navigators. In an industry first, ORCA Pilot X is being offered as a free download on the Apple AppStore for iOS tablets.

This study presents a novel decision support process for a pilot dispatching problem in the St. Lawrence River. It integrates a comprehensive set of time-based performance measures, including working time, waiting time, and skill level differences, to optimize fairness and operational efficiency in pilot dispatching.

Drydocking or undocking is always a difficult task, particularly with a “dead” vessel (no power/propulsion) and the wind blowing on the ship's side.