A key driver within the developments of today’s maritime technology is the quest for autonomous or rather remotely operated ships. With the current pace of advancements, it is inevitable that autonomous ships will become a key driver within the shipping industry during the next 30 years. The role of marine engineers will then shift from seafarers to shore based personnel requiring new skills and expertise that are yet to be clearly defined. Therefore, the aim of this paper is to identify and discuss this emerging area from a Maritime Education and Training (MET) perspective. The paper highlights potential use of simulator-technologies and their advantages in training engineers for future autonomous ships. In addition, the paper discusses the limitations of simulator-based training approaches and new developments required within MET institutes to cater for the broader training and education needs of future autonomous ship engine room machinery operators.
History
Publication title
19th Annual General Assembly - AGA 2018
Editors
M Grifoll, FX Martinez de Oses, M Castells, A Martin
Pagination
207-214
ISBN
9788494731174
Department/School
Australian Maritime College
Publisher
International Center for Numerical Methods in Engineering (CIMNE)
Place of publication
Barcelona, Spain
Event title
19th Annual General Assembly – AGA 2018
Event Venue
Barcelona, Spain
Date of Event (Start Date)
2018-10-17
Date of Event (End Date)
2018-10-19
Rights statement
Copyright 2018 the authors
Repository Status
Open
Socio-economic Objectives
Learner and learning not elsewhere classified; Other education and training not elsewhere classified