MARINE OPERATIONS
SIMULATION AND TRAINING
AS A TOOL FOR LEARNING AND
INNOVATION IN THE MARITIME CLUSTER
Regional industry:
Offshore Ship Activity
213 Corporations:
• 15 Ship design
• 19 Ship owners
• 14 Ship yards
• 165 Ships equipment
Turnover 55 billion NOK 2012
Global innovation and knowledge hub
Global Value Chain
Global value chains
Global Value Chain
INNOVATION
SPEED
Ship
Global Value Chain
Owners
Ship
Yards
Global Value Chain
Our vision
To become a leading
knowledge and innovation
hub in marine operations
Faculty of Marine Technology and Operations
• Ships design, BSc + MSc
• Product- and system design, BSc + MSc
• Nautical Science, BSc
• Shipping and logistics, BSc
• Managing demanding maritime operations, MSc (in process)
• Marine Engineering, BSc (in process)
Faculty of Engineering and Natural Sciences
• Automation (BSc)
• Computer Engineering
Training Portfolio
AHO/ PSV / Subsea/Seismic
0 Introduction
1 Operational Training
2 Team Performance
3 Managing Risk
SCTH – Safe Cargo Transport and handling on offshore vessels
Costal Navigation for apprentice Pilot Exemption
Dynamic Positioning, DP
Position References
ECDIS/ AIS
Fast Craft
Applied Risk Management
BRM / CRM
Stability on offshore vessels
Train the trainer
Language and culture
MSc Managing demanding marine
operations
1. semester
Module 1. Integrated operations I:
Sp.
2. semester
10.0 Module 3. Integrated operations II:
Management of Demanding Operations
Sp.
7.5
Risk Management
Module 2. Industrial Psychology and
Human Resources Management
7.5
Module 4. Human Factors
7.5
Module 5. Integrated operations III:
7.5
Module 7. Integrated operations IV:
7.5
Cross-cultural understanding and
communications
Management of the Unpredictable
Module 6. Scientific Theory and Methods
5.0
Module 10. Master thesis
15
Module 8. Offshore Operation
Logistics
7,5
15
How can we expect people to perform
correct in a situation they have never
encountered?
blogs.reuters.com
Designing the complete solution
Ships & Systems
Integrated operation
Control
Physics-In-The-Loop Human-In-The-Loop Operation-In-The-Loop
2005
Training for Advanced Marine
Operations
Ships & Systems
Integrated operation
Control
Physics-In-The-Loop Human-In-The-Loop Operation-In-The-Loop
2005
2011
Integrated operations
- Ship – Rig - Crane
what’s next
- inside the crystal ball
Ships & Systems
Integrated operation
Control
Physics-In-The-Loop Human-In-The-Loop Operation-In-The-Loop
2005
2011
2016
Virtual
prototypes
Prototyping marine operations
Verifying ship & equipment
Verifying crew performance
Verifying plan & procedure
Lessons learned?
80
60
Focus on technical errors
40
Focus on human behavior
20
80 % Human Error
0,45
0
1959
2010
Pedagogy and facilities
Challenging the
reference frame
Improvement within
existing frame
Risk
Team
Management Performance
“Control”
Prudence
Rich evinronments
Plan &
Execution
Procedures
Accuracy
Basics
Skills
Situation
step-by-step competence
3
2
Risk Management
1
0
Basics
SKILLS
Operation
Planning and
Execution
PROCEDURES
Team Performance
(BRM / CRM)
TEAM PRUDENCE
MANAGEMENT
& CONTROL
Simulating the shelf
Well
intervention
Deck, drilling,
crane
FPSO
Decks, FPSO
Crane, Bridges
PSV
Deck, Crane,
Bridges vessel,
Bridge rig &
Engine room
AHT
Deck Vessels
and rig, Vessel
Bridges,
Bridge rig &
Engine room
Subsea
ROV, Crane,
Deck, LARS,
Bridge &
Engine Room
Seismic
Deck, Crane,
Bridges
HAZID - HAZOP - SJA Toolbox
Feasibility
• Two tugger winch stations
• Debriefing room
• Team training
• Cross training
Limitations
• One camera view
• One brace (not the replaced one)
• No wind and current forces
• Crane operator chare “hard coded”
• Limited feasibility on the tugger winches
Acceptance test
Deepocean - OSC - HiALS
• Feed back
• Even better communication
• Minor adjustments
Performing
• Mission briefing
• Divided in to two team 4 + 4 person, one CO and DF
in each team
• 4 Cases
1. Familiarizing
2. Deploy
3. Recover
4. “Worst case”
• Debriefing
• Coaching by MBA
Campus Ålesund
Campus Ålesund,
- centre for demanding marine operations
Campus Ålesund,
- centre for demanding marine operations
• Utdanning og trening
• Stimulere innovasjon
• Forskning
• Samarbeid og klyngeutvikling
• Attraktivitet
AMO labs & ongoing projects
•Ship Operation Lab (Halse)
• Integrated Marine Operations
• Virtual prototyping of marine operations
Virtual
prototyping
AMO labs & ongoing projects
• Human Factor Lab (Sashi)
• Utvikling av menneske-maskin grensesnitt for økt treningsutbytte i simulatortrening
basert på gester
• Ulstein Bridge Vision, 2010• Utilisation of integrated simulator facilities for safety risk and performance
assessment of demanding marine operations
AMO labs & ongoing projects
Mechatronics Lab (Zhang)
• A Flexible and Common Control Architecture for Marine
Cranes and Robotic Arms
• A Novel Integrated Anti-sway System for Rolls-Royce Marine
Shipboard Cranes
• A Novel Climbing Robotic System for Ship Anti-fouling,
Cleaning and Inspection
AMO labs & ongoing projects
• Simulation Training Lab (Norvald)
• The virtual continental shelf
Well
interven
tion
FPSO
Decks,
FPSO
Crane,
Bridges
Deck,
drilling,
crane
PSV
Deck,
Crane,
Bridges
vessel,
Bridge rig &
Engine
room
AHT
Subsea
ROV,
Crane,
Deck,
LARS,
Bridge &
Deck
Vessels
and rig,
Vessel
Bridges,
Bridge rig
& Engine
room
Seismi
c
Deck,
Crane,
Bridges
AMO labs & ongoing projects
•Machinery System Lab (Vilmar)
• Integrated Machinery Systems
• Chief engineer