MARINE OPERATIONS SIMULATION AND TRAINING AS A TOOL FOR LEARNING AND INNOVATION IN THE MARITIME CLUSTER

Transcription

1 MARINE OPERATIONS SIMULATION AND TRAINING AS A TOOL FOR LEARNING AND INNOVATION IN THE MARITIME CLUSTER

2 Regional industry: Offshore Ship Activity 213 Corporations: 15 Ship design 19 Ship owners 14 Ship yards 165 Ships equipment Turnover 55 billion NOK 2012

3 Global innovation and knowledge hub Global Value Chain Global value chains Global Value Chain INNOVATION SPEED Global Value Chain Ship Owners Ship Yards Global Value Chain

4 Our vision To become a leading knowledge and innovation hub in marine operations

5 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

6 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

7 MSc Managing demanding marine operations 1. semester Sp. 2. semester Sp. Module 1. Integrated operations I: 10.0 Module 3. Integrated operations II: 7.5 Management of Demanding Operations Module 2. Industrial Psychology and Human Resources Management Module 5. Integrated operations III: Cross-cultural understanding and communications Risk Management 7.5 Module 4. Human Factors Module 7. Integrated operations IV: 7.5 Management of the Unpredictable Module 6. Scientific Theory and Methods 5.0 Module 8. Offshore Operation Logistics 7,5 Module 10. Master thesis 15 15

8 How can we expect people to perform correct in a situation they have never encountered? blogs.reuters.com

9 Designing the complete solution

10 Ships & Systems Physics-In-The-Loop Control Human-In-The-Loop Integrated operation Operation-In-The-Loop 2005

11 Training for Advanced Marine Operations

12 Ships & Systems Physics-In-The-Loop Control Human-In-The-Loop Integrated operation Operation-In-The-Loop

13 Integrated operations - Ship Rig - Crane

14 what s next - inside the crystal ball

15 Ships & Systems Control Integrated operation Virtual Physics-In-The-Loop Human-In-The-Loop Operation-In-The-Loop prototypes

16 Prototyping marine operations Verifying ship & equipment Verifying crew performance Verifying plan & procedure

17 Lessons learned? Focus on technical errors Focus on human behavior 80 % Human Error 0,

18 Pedagogy and facilities Challenging the reference frame Improvement within existing frame Risk Management Team Performance Plan & Execution Basics Situation Control Prudence Procedures Skills Rich evinronments Accuracy

19 step-by-step competence 3 2 Risk Management 1 Team Performance 0 Operation Planning and Execution (BRM / CRM) TEAM PRUDENCE MANAGEMENT & CONTROL Basics PROCEDURES SKILLS

20 Simulating the shelf FPSO Decks, FPSO Crane, Bridges Well intervention Deck, drilling, crane PSV Deck, Crane, Bridges vessel, Bridge rig & Engine room Subsea ROV, Crane, Deck, LARS, Bridge & Engine Room AHT Deck Vessels and rig, Vessel Bridges, Bridge rig & Engine room Seismic Deck, Crane, Bridges

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22 HAZID - HAZOP - SJA - Toolbox

23 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

24 Acceptance test Deepocean - OSC - HiALS Feed back Even better communication Minor adjustments

25 Performing Mission briefing Divided in to two team person, one CO and DF in each team 4 Cases 1. Familiarizing 2. Deploy 3. Recover 4. Worst case Debriefing Coaching by MBA

26 Campus Ålesund

27 Campus Ålesund, - centre for demanding marine operations

28 Campus Ålesund, - centre for demanding marine operations Utdanning og trening Stimulere innovasjon Forskning Samarbeid og klyngeutvikling Attraktivitet

29 AMO labs & ongoing projects Ship Operation Lab (Halse) Integrated Marine Operations Virtual prototyping of marine operations Virtual prototyping

30 AMO labs & ongoing projects Human Factor Lab (Sashi) Utvikling av menneske-maskin grensesnitt for økt treningsutbytte i simulatortrening basert på gester Ulstein Bridge Vision, Utilisation of integrated simulator facilities for safety risk and performance assessment of demanding marine operations

31 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

32 AMO labs & ongoing projects Simulation Training Lab (Norvald) The virtual continental shelf FPSO Decks, FPSO Crane, Bridges Well interven tion Deck, drilling, crane PSV Deck, Crane, Bridges vessel, Bridge rig & Engine room Subsea ROV, Crane, Deck, LARS, Bridge & AHT Deck Vessels and rig, Vessel Bridges, Bridge rig & Engine room Seismi c Deck, Crane, Bridges

33 AMO labs & ongoing projects Machinery System Lab (Vilmar) Integrated Machinery Systems Chief engineer