MARINE OPERATIONSSIMULATION 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

INNOVATION

SPEED

Global value chains

Ship

Owners

Ship Yards

Global Value Chain

Global Value Chain

Global Value Chain

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

AHO/ PSV / Subsea/Seismic0 Introduction 1 Operational Training2 Team Performance 3 Managing Risk

SCTH Safe Cargo Transport and handling on offshore vesselsCostal Navigation for apprentice Pilot ExemptionDynamic Positioning, DPPosition ReferencesECDIS/ AISFast CraftApplied Risk ManagementBRM / CRMStability on offshore vesselsTrain the trainerLanguage and culture

Training Portfolio

MSc Managing demanding marine operations

1. semester Sp. 2. semester Sp.Module 1. Integrated operations I:Management of Demanding Operations

10.0 Module 3. Integrated operations II:Risk Management

7.5

Module 2. Industrial Psychology and Human Resources Management

7.5 Module 4. Human Factors 7.5

Module 5. Integrated operations III:Cross-cultural understanding and communications

7.5 Module 7. Integrated operations IV:Management of the Unpredictable

7.5

Module 6. Scientific Theory and Methods 5.0 Module 8. Offshore Operation Logistics

7,5

Module 10. Master thesis 15 15

How can we expect people to perform correct in a situation they have never encountered?

blogs.reuters.com

Designing the complete solution

Ships & SystemsPhysics-In-The-Loop

ControlHuman-In-The-Loop

Integrated operationOperation-In-The-Loop

2005

Training for Advanced Marine Operations

Ships & SystemsPhysics-In-The-Loop

ControlHuman-In-The-Loop

Integrated operationOperation-In-The-Loop

2005

2011

Integrated operations- Ship Rig - Crane

whats next - inside the crystal ball

Ships & SystemsPhysics-In-The-Loop

ControlHuman-In-The-Loop

Integrated operationOperation-In-The-Loop

Virtual prototypes

2005

2011

2016

Prototyping marine operationsVerifying ship & equipmentVerifying crew performanceVerifying plan & procedure

Lessons learned?

Focus on technical errors

Focus on human behavior

1959 20100,45

80

60

40

20

0

80 % Human Error

SkillsPrudence

Procedures

Improvement within existing frame

Challenging the reference frame

Pedagogy and facilities

BasicsPlan & ExecutionTeam Performance

RiskManagement

Control

Rich evinronments Accuracy

Situation

0Basics

SKILLS

1

Operation Planning and Execution

PROCEDURES

2

Team Performance(BRM / CRM)

TEAM PRUDENCE

3

Risk Management

MANAGEMENT& CONTROL

step-by-step competence

Simulating the shelf

Well interventionDeck, drilling, craneFPSO

Decks, FPSO Crane, Bridges

SubseaROV, Crane, Deck, LARS, Bridge & Engine Room

SeismicDeck, Crane, Bridges

PSVDeck, Crane, Bridges vessel, Bridge rig & Engine room

AHTDeck Vessels and rig, Vessel Bridges, Bridge rig & Engine room

HAZID - HAZOP - SJA -Toolbox

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

Feasibility Two tugger winch stations Debriefing room Team training Cross training

Acceptance testDeepocean - 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. Familiarizing2. Deploy3. Recover4. Worst case

Debriefing Coaching by MBA

Campus lesund

Campus lesund, - centre for demanding marine operations

Campus lesund, - centre for demanding marine operations

Utdanning og trening Stimulere innovasjon Forskning Samarbeid og klyngeutvikling Attraktivitet

AMO labs & ongoing projectsShip 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 kt treningsutbytte i simulatortrening basert p gester Ulstein Bridge Vision, 2010- Utilisation of integrated simulator facilities for safety risk and performance assessment of demanding marine operations

AMO labs & ongoing projectsMechatronics 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 interventionDeck, drilling, crane

FPSODecks, FPSO Crane, Bridges

SubseaROV, Crane, Deck, LARS, Bridge &

SeismicDeck, Crane, Bridges

PSVDeck, Crane, Bridges vessel, Bridge rig & Engine room

AHTDeck Vessels and rig, Vessel Bridges, Bridge rig & Engine room

AMO labs & ongoing projectsMachinery System Lab (Vilmar)

Integrated Machinery Systems Chief engineer