Skip to content
Abintrax-Didact
Ship operation

Ship Handling and Navigation

This solution provides a complete nautical lab for simulating navigation and maritime communications. It includes bridge simulators, manual chart work, electronic navigation software (ECDIS), GMDSS emulations, teaching tools for weather analysis and nautical models. The lab offers an immersive, hands-on and digitally advanced environment for acquiring professional skills in seamanship, regulations and cartography.
MePA code: ABX-TECNA25

About this solution

Objectives

1. Simulate coastal and offshore navigation scenarios

Students use bridge simulators and software (ECDIS, radar, ARPA, AIS) to learn how to steer the vessel, analyse scenarios and follow a route according to safe navigation rules.

2. Carry out manual and digital chart work

Through exercises with set squares, compasses, up-to-date charts and open-source software, students learn to plot courses, correct for the effects of wind and currents, and work in mixed analogue/digital environments.

3. Manage maritime communications and signalling

Activities include simulated exercises with VHF radio, light, sound and visual signals, use of the International Code of Signals and teaching GMDSS stations with DSC, INMARSAT and MF-HF modules.

4. Analyse marine weather conditions and environmental data

Weather stations with sensors and PC interfaces, synoptic charts and access to digital weather portals make it possible to interpret atmospheric phenomena and safely plan simulated sea passages.

Learning Aims

1. Link IMO/STCW regulations to professional practice

The lab makes it possible to apply in practice the content of international regulations on signalling, safety, radiocommunications and the conduct of navigation in line with the global maritime standard.

2. Promote operational responsibility and safety on board

Exercises with PPE, demonstration navigation lights, optical devices and emergency procedures accustom students to working with care and discipline, respecting shipboard rules and the maritime code.

3. Encourage the integration of traditional and digital tools

Teaching is based on a hybrid environment in which traditional chart-work skills are combined with advanced software for navigation, weather and communication, replicating real working conditions.

4. Prepare students for embarkation and professional training

The classroom-lab is a direct bridge to the requirements of embarkation and STCW certification, helping to build the skills needed to enter the world of professional seafaring.