First Task Petformance in
ELECTIVE 2
MEMBERS
Abricanan Lhianne M.
Alinea Ace
Chong Myoren P.
De Luna Francine R.
Gatarin Jembo M.
Hernandez Leo
Planco John Kian
Rojero Ryan A.
Sta. Maria Denmark B
Presented by Group 5
Abstract
The maritime industry is critical to global trade, but it faces
numerous challenges, including rising operational costs,
regulatory compliance, and environmental concerns. Smart
ship
technologies integrate digital innovations to address these
issues,
thereby streamlining operations and improving overall
industry
performance. This research paper discusses ten key
technologies
that exemplify this shift.
Overview
01 Introduction 05 Big Data Analytics 09 Integrated Bridge
Systems
02 Smart Ship 06 Autonomous Ships 10 Robotics and
Technologies Drones
03 Artifical 07 Blockchain 11 Augmented Reality
Intelegence Technology (AR) and Virtual
04 Internet of Things 08 Smart Propulsion Reality (VR)
Systrems
Artificial Intelligence
The maritime industry is critical to
global trade, but it faces
numerous challenges, including rising
operational costs,
regulatory compliance, and
environmental concerns. Smart ship
technologies integrate digital
innovations to address these issues,
thereby streamlining operations and
improving overall industry
performance. This research paper
discusses ten key technologies
that exemplify this shift.
Internert of things
IoT sensors enable real-time monitoring and
management of ship
systems, such as engine performance, cargo
conditions, and crew
health. These interconnected devices facilitate
remote control
and automated responses, enhancing safety and
operational
efficicency
Presented by Juliana Silva
Big Data Analytics
Big data analytics leverages extensive amounts of maritime data
to identify trends, optimize routes, and forecast maintenance
needs. By transforming raw data into actionable insights,
companies can enhance decision-making processes
Autonomous ships
Autonomous shipping technologies utilize AI,
machine learning,
and sensor systems to enable vessels to navigate
and operate
with little to no human intervention. This
development promises
significant cost savings and increased safety in
marine operations
Digital Twin Technology
Autonomous shipping technologies utilize AI,
machine learning,
and sensor systems to enable vessels to navigate
and operate
with little to no human intervention. This
development promises
significant cost savings and increased safety in
marine operations reducing downtime and
operational costs.
Blockchain Technology
Autonomous shipping technologies utilize AI,
machine learning,
and sensor systems to enable vessels to navigate
and operate
with little to no human intervention. This
development promises
significant cost savings and increased safety in
marine operations
Smart Propulsion
Systems
Autonomous shipping technologies utilize AI,
machine learning,
and sensor systems to enable vessels to navigate
and operate
with little to no human intervention. This
development promises
significant cost savings and increased safety in
marine operations
Integrated Bridge Systems
Integrated bridge systems combine navigation,
communication,
and monitoring functions into a single
workstation. This
technology reduces the cognitive load on crew
members and
enhances situational awareness, leading to safer
and more
efficient ship operations
Robotics and Drones
Robotic systems and drones are increasingly
used for inspections,
maintenance, and cargo handling. These
technologies improve
operational safety by performing hazardous
tasks, thereby
reducing the risk to human personnel
Augmented Reality (AR)
and Virtual Reality (VR)
Robotic systems and drones are increasingly
used for inspections,
maintenance, and cargo handling. These
technologies improve
operational safety by performing hazardous
tasks, thereby
reducing the risk to human personnel
Thank
You
