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SHIPBOARD MARINE AUTOMATION SYSTEM

MARINE AUTOMATIONEASE OF OPERATIONMODULAR & SCALABLE CONCEPTHIGHEST AVAILABILITY REQUIREMENTSSOLUTIONS TO MEET THE SHIPS NEEDSSAFETY FIRSTTECHNOLOGY THAT CUTS COSTSINNOVATIVE SOLUTIONSALARM MANAGEMENTVESSEL PLANT MONITORINGWATCH CALLING

OPTIMIZE OPERATIONAL CONDITIONSPower management systemAuxiliary machineryAutomatic establishment of vessel operational mode

INTEGRATED VESSEL MANAGEMENTSeamless integrationCommon technology prepared for the futureThe distinct part of the integrated solution

CARGO AUTOMATIONOptimized cargo operations

SAFETY SYSTEMManaging critical situationsFire and gas protectionEmergency shutdownOnline cause and effect diagramsPOSITIONING AND MANOEUVRINGExtending the maneuvering capabilities

INFORMATION MANAGEMENTMakes everyday routines easierEmbedded Configuration SystemSaves engineering workloadCONCLUSIONSAdvances in digital information technologies and the need for efficient use at low cost lead to development of highly sophisticated, complex and ship wide integrated control and automation systems onboard ships. These systems progressively take up human operational tasks & transpose other existing tasks, resulting in changes in ship design organization and operation. Reduced crew should be able to support these systems. Ashore personnel should also be able to support these systems.Foreseen advances in shipboard automation systems necessitate subsequent adaptation in marine electrical engineering educational programs. Engineering competence to operating, maintaining, supporting, managing and upgrading future ship automation systems dictates for more educational weight in related subjects.Systems integrationNetworking engineeringDigital computing & processingSimulationSoftware engineeringAdvanced control methodsErgonomics & HMI (Human Machine Interface)

Educational Programs to include subjects like -