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overview
Key Learning Outcome
- Fundamental technology and operations of a smart port
- Examine port’s efficiency & capacity gap and develop technology strategy
- Artificial intelligence (AI) implementation and applications
- Implementing IOT & Big data infrastructure and the applications
- Blockchain and appointment system in smart port process improvement
- Smart port digital project road-mapping and implementation
- Smart port automation technology for terminal operations and marine operations
- Optimisation in intermodal supply chain
- Digitalisation – Impacts on port users, agencies, customers and documentation
- Cybersecurity measures for smart ports
Case Studies and Modelling include (but not limited to)
- Robotics with Container Handling Equipment (CHE)
- Predictive Asset Management
- Automated Guided Vehicles (AGVs)
- Autonomous drones
- Automated Container Handling & Smart cranes
- Position Detection System
- Congestion Management
- Berth Optimisation
- Terminal Information Exchange
Who Should Attend
Port Authorities, Private Ports & Terminal Operators, Shippers, Shipping lines, cargo handling specialists, freight logistics and port service providers. It will be of particular interest, but not limited to
- Operations
- Engineering / Technical
- Project Management
- Infrastructure Development
- Planning / Corporate Strategy
- Transformation and Innovation Officers
- Technology, IT and ICT
Digital Badge
Upon completion of this training course, participants will earn a digital badge.
Earners of Smart Ports Certificate have acquired practical understanding of technological innovations and how to implement digital projects in Port & Terminal Operations. They examined the fundamentals behind ICT initiatives (e.g. AI, predictive asset management, autonomous drones, smart cranes, berth optimisation, congestion management, cybersecurity, automated guided vehicles) and exercised technology roadmap for their organisation (CAPEX, OPEX, planning and post-implementation ROI management)
Skills:
Smart ports, artificial intelligence, smart crane, automated guided vehicles, berth optimisation, digital, implementation, cyber security, blockchain, smart drones, predictive asset management.
Eligibility:
Attend and participate in the 2 full days of training course duration, led by the designated training expert
Available to:
Seminar attendees
Singapore MCF Grant
You may be eligible for the Singapore Maritime Cluster Fund (MCF) Grant for up to 50% of the total course fee. Please contact Sushil Kunwar on +65 6989 6614 or email [email protected] for more information and eligibility criteria.
Agenda
SMART PORT INTRODUCTION – DRIVERS AND CHALLENGES:
- What is a Smart Port?
- What drives port modernisation?
- Supply chain
- Integrated business model
- Examining the capacity gap
- Supply chain drivers
- Effects on cargo flow
- Berth productivity
- Logistics and trucking
- On-dock rail / Intermodal
SMART PORT – FUNDAMENTAL TECHNOLOGY AND OPERATIONS
- Cargo / Container flow
- Performance measurement
- Is automation worth the investment?
- What is your technology strategy?
- Stage implementation Case Study: CBIS Experience
- Blockchain and appointment system to aid Smart Port processes
- IoT & Big Data infrastructure
SMART PORT INITIATIVE – PART I:
- What is artificial intelligence?
- Importance of AI in port operations
- Automation vs AI
- Current AI technology types
SMART PORT INITIATIVE – PART II:
- Collaborative systems
- Robotics with container handling equipment (CHE)
- Predictive asset management
- Autonomous drones as use of AI in Smart Ports
SMART PORT AUTOMATION TECHNOLOGY PART I – TERMINAL OPERATIONS AND AUTOMATION:
- Terminal Operating System (TOS)
- Terminal Optimisation analysis
- Automated container handling
- Product example
- Position Detection System (PDS)
- Demo of PDS
- Exception handling implementation
- Automated gate with TOS Optimisation
- Port Processes – terminal information exchange
- M&R with predictive asset management
- AI with customer service
- Review of latest automated CHE
- Smart cranes
- Automated guided vehicles (AGVs)
- Unmanned straddle carriers
- Unmanned utility carriers
- Automatic stacking cranes (ASC)
SMART PORT AUTOMATION TECHNOLOGY PART II – MARINE OPERATIONS
- Leveraging sensor – enabled IoT products
- Depot management system (DMS)
- Demo of DMS
- Berth Optimisation
- Congestion management
CASE STUDY: BIG DATA AND PREDICTIVE ANALYTICS IN PLANNING & SCHEDULING
CASE STUDY: DIGITALISATION OF PORT PROCESSES –AGENCY, CUSTOMS, TERMINAL INFORMATION EXCHANGE
SMART PORT DIGITAL PROJECT ROAD-MAPPING AND
IMPLEMENTATION:
- Identify port’s needs – location, role in trade, competitiveness
- Project structure and methodology
- Implementation strategies discussion
- Post-implementation considerations
- Identifying project hot spots
- Case study: CBIS Experience
- Port planning and scheduling
SMART PORT CYBERSECURITY:
- Overview of cybersecurity
- Assessing risks and vulnerabilities
- Trends in cyberattacks and cybersecurity in shipping
- Case study – Maersk Shipping Cyberattack (Pier400 Stody)
- Case study – COSCO Shipping Cyberattack
- IoT SDN (software Defined Network) for a more resilient
Cybersecurity setup
when & where
04 - 05 Jul 2019
Mandarin Orchard Singapore, by Meritus
333 Orchard Road, Singapore 238867
Tel: +65 6831 6062 | Fax: +65 6737 3130
Mobile No.: +65 8298 9442
Contact Person: Tan Ai Li
Email: [email protected]
Website: www.meritushotels.com
On-site & in-house training
Deliver this course how you want, where you want, when you want – and save up to 40%! 8+ employees seeking training on the same topic?
Talk to us about an on-site/in-house & customised solution.