Video Chart Projections and Chart Accuracy - ECDIS
published on 11 July 2020
With the increasing accuracy and reliability of navigational receivers, this part of the video module will try to establish a better understanding of the mathematical definition of the Earth’s surface and mapping of this curved shape onto a plane surface. Chart Projections and Chart Accuracy https://youtu.be/kOaWimnAN-U Principle Used For Creating Electronic Charts https://youtu.be/xY_MBubhUFs Display of Electronic Charts https://youtu.be/qnoFO0T-cLo Route Planning With ECDIS https://...
Article S-100 Charts - New Bathymetry, Surface Current and Tidal Standards
by Marine-Pilots.com - published on 14 July 2020
Video S-102 Bathymetric Surface Product for a Safe Passage
published on 13 July 2020
Specialized training for maritime pilots
Quebec City, Quebec, Canada – June 23, 2020 – The Maritime Simulation and Resource Centre (MSRC), a world-class pilot simulation training and port feasibility studies facility, is pleased to announce the release of an informational video on the new S-102 standards on surface bathymetry products.
In the video, Captain Pascal Rhéaume, pilot and member of the technical committee for the Corporation of Lower St-Lawrence Pilots, an active stakeholder...
Video Education: Effect of Drift Force and unstable moment
published on 20 June 2024
Video Maritime Pilot Training III - Man overboard manoeuvre
published on 12 May 2021
Article Pilots’ Pocket Guide and Checklist - Second Edition released
published on 19 January 2022
Article Updated App: "Bollard Pull Calculation for Marine Pilots"
by Baykal YAYLALI - published on 17 June 2024
A handy and simple tool to determine in a minimum time what is really needed as tug assistance, is the Bollard Pull Calculator which calculates in an approximate way the total required tug power for ships in various conditions of wind and current. This tool can be loaded as an app on the smart phone.
Article Pilot dispatching problem along a maritime corridor: a case study in the St. Lawrence River
published on 13 May 2025
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.