Fremtidens dyktige fiskebåtskipper

Transkript

1 Havblikk 2016 Fremtidens dyktige fiskebåtskipper Hans Petter Hildre Dekan, Maritim Teknologi og Operasjoner NTNU i Ålesund

2 Min kompetanse? som teoretiker

3 Min kompetanse? som fisker

4 Min kompetanse? som kaptein

5 Min kompetanse?.. som dekan på avdeling for maritim teknologi og operasjoner, NTNU i Ålesund

6 Hva slags kompetanse har jeg til å si noe om kompetanse på fiskebåter? 1. Et blikk på næringsutvikling 2. Et blikk på utdanning 3. Globale drivere og trender 4. Vår visjon 5. Hvordan ser fremtiden ut?

7 Et blikk på næringsutvikling 70 % Ocean Industry are contributing to 70 % of the Norwegian Export Income

8 Våre viktigste næringer Møre og Romsdal Maritim Sjømat Olje og gass # 2 i antall skip i offshore # 1 i teknologi 220 bedrifter ansatte 28 % av norsk havgående flåte 20 % av oppdrett På full fart opp med baseaktivitet i Kristiansund

9 From fisheries to offshore

10 Ship & equipment Fisheries Ålesund Subsea Marine recourses Oil and Gas Bergen $50 billion sales employees Oslo Stavanger Offshore equipment Kristiansand

11 Key success factors behind the Clusters Proximity to one of the largest and most advanced petroleum markets in the world (250 billion NOK per year) but of less importance today as the companies go global Fundamentally Cluster Effects Cluster based innovation Shipping and oil companies critical to supplier innovations Experiential skills in combination with research based knowledge The fastest and most accurate way from research to commercialization Informal, trust based relationships and flat organizations with decentral decision authority

12 falling oil prices hit hard Norwegian Blues?

13 Et blikk på utdanning

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21 Studieprogram BSc Product and system design Ship design Nautical sciences Shipping management Computer Sciences* Cybernetics * Civil Engineering * MSc Product and system design Ship design Managing demanding marine operations Simulation and visualisation* * Other department Teknologi og nautikk i samme miljø

22 SØKNING 2015 N 14 M 23 N 25 M 24 N 30 M 43 N 88 N 220 M 32 N 42 N 32 M 12 N 22 N 22 M 57 N 48 M 26 N 24 N 39 M 29 N 50 N 81 M 29 N 104 N 12 N 34 M 26

23 OPPTAK 2015 N 9 M 20 N 12 M 23 N 28 M 28 N 49 N 40 M 24 N 21 N 19 M 16 N 16 N 14 M 30 N 58 M 18 N 24 N? M 28 N 23 N 46 N 55 M 37 N 16 N 17 M 20

24 Kadettsituasjonen 237 har fått kadettplass i dag 397 er fortsatt uten kadettplass Fagskole maskin 131 u/plass, 126 med fagbrev motormann. Fagskole nautikk 134 u/plass, 106 med fagbrev matros, 12 med fiske og fangst Høyskole maskin 11 u/plass 2 med fagbrev motormann Høyskole nautikk 121 u/plass 13 med fagbrev matros, 1 med fiske og fangst.

25 Dagens portfolio DP DP Basic DP Simulation DP re-training DP introduction DP re-validation Pos.ref. Safe Cargo Transport Handling, SCTH Bro Dekk BRM ERM ECDIS/AIS Stabilitet Hurtigbåt Train the Trainer Kystnavigasjon / farledsbevis for kadetter Farledsbevis eksaminering ved simulator Maskinist H01 Elkraft/Høyspent H02 Elkraft/Høyspent LNG drift Utvikling Seismikk (Arnt, venter på kunde) PSIMolarkode (Norvald, 2017) Stabilitet, Rigg FPSO Maskinist (Finn Tore) Vedlikeholdsledelse (høst 16) 1. Vedlikeholdsstyring 2. Tilstandsbasert vedlikehold 3. Verkstedopphold Miljøoptimalisering. Ledelse 1. Maritim Ledelse (med aktiv bruk av skipssimulator) 2. Maritim Prosjektledelse del Maritime avtaler og kontrakter 4. Maritim innkjøp og logistikk SIMFISK Brønnbåt

26 Offshore Operation AHO PSV Subsea Ship Handling/Manoeuvring [0] Introduction to offshore ship activity Best Practice Operational Training, Procedures [1] Team Performance [2] Risk Management [3] (Fullskala beredskapsøvelse) Offshore Ship Operation and Manoeuvring Theory Case AHO Case PSV Case Subsea Best Practice Operation, Planning and Procedures Case AHO Case PSV Case Subsea (heavy lifting) Team Performance including BRM/ERM Case AHO Case PSV (+rig) Training for Demanding Operations, Risk Assessment Case Subsea (team + ROV..) Case AHO Case PSV Case Subsea

27 Career planning & Assessment D C B 3 4 A 1 2 Chief officer Captain Risk Management Supervisor Managing demanding marine operations (MSc) 0 Cadet Ship Maneuvering 1-navigator mate Best Practice & procedures Team Performance (BRM & ERM)

28 Laboratories integrates our activity laboratories are the meeting place for research, education and industrial cooperation Research. Industry LAB Education

29 AMO labs Ship Operation Lab (Halse) Prototyping

30 Input X 1,X 2... X1,X2,... Performance measures Y 1,Y 2... Y1,Y2,... AMO labs & ongoing projects Human Factor Lab Physics of the simulation PHYSICAL SYSTEM K interface Cognition Affect Volition HUMAN Crane 1st Winch Role K IN-THEoperator officer operator LOOP Simulation Modelling Framework Hans Petter Hildre and Sashidharan Komandur

31 AMO labs & ongoing projects Mechatronics Lab (Zhang)

32 AMO labs & ongoing projects Simulation Training Lab (Norvald) 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

33 AMO labs & ongoing projects Machinery System Lab (Vilmar) Høyspentlab Hybridlab

34 AMO Innovation lab (Mork) Virtual prototyping

35 AMO Prototyping lab (Bryne) Prototyping

36 Training for Advanced Marine Operations Ship bridges used for training 36

37 Activity Study program 24 mil/year Research 37 mil/year Maritime training 28 mil/year

38 Globale drivere og trender

39 70 % av jordens overflate er hav 80 % dypere enn 3000 meter 90 % er uutforsket Skaffe Mat Energi Råvarer Til en økende befolkning og samtidig handtere Klimautfordringer Miljøutfordringer

40 OECD The Ocean Economy in 2030

41 OECD The Ocean Economy in 2030 Utvinning av olje og gass på ultradypt vann og særdeles ugjestmilde områder Fornybar energi til havs som offshore vind, bølger og tidevann Oppdrett Mineralutvinning Marin bioteknologi Havovervåkning Kyst og havturisme Synergier mellom ulike havbaserte aktiviteter Cross-sectoral implications/synergies with other ocean- related economic activities - incl. shipbuilding 41

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43 Faculty of Marine Technology and Operation (AMO) Vision WORLD LEADING KNOWLEDGE AND INNOVATION HUB IN MARINE OPERATIONS AMO

44 fishery & aquaculture renewable energy subsea & mining & all year & ultra deep

45 CENTRE FOR MARINE OPERATIONS Centres for Research-based Innovation Marine Operations SFI - MOVE Hans Petter Hildre Faculty of Marin Technology and Operations Ålesund University College

46 CENTRE FOR MARINE OPERATIONS Business areas Most demanding Ocean wind Ocean Mining -subsea, arctic, deep -installation & service - innovation

47 CENTRE FOR MARINE OPERATIONS Marine Operations Ship and Ship Equipment Modelling Integrated Simulation Facilities

48 How to deal with these challenges? Design & innovation of marine operation,. ships and equipment.. CENTRE FOR MARINE OPERATIONS Training Testing and verification of unique operations, procedures ships and equipment

49 Research KPN IMPROVE Integrated Marine Operation Simulator Facilities for Risk Assessment including Human Factors Approximate 80 % of accidents involve human error Marine operations is sociotechnical systems with advanced technology and teamwork by highly skilled crews We are using simulator centre to perform risk assessment of marine operation including human error.

50 Safe operations Marine operations is sociotechnical systems with advanced technology and teamwork by highly skilled crews

51 Safe operations Causes of marine incidents and accidents ABS, USCG data % of accidents involve human error 50 initiated by human error 30 % associated with human error 19 % Human errors (ABS USCG data) 8 % 1 % 72 % Transportation Safety Board of Canada % of tanker accidents 79 % of towing vessel groundings Situation assessment and awareness Navigation Control Execution and strategy Other

52 Safe operations It is therefore of vital importance to include human performance in the equation of Risk Time (schedule)

53 Training for standard operations Preparation for unique operations Åsgard Subsea Compression 90 crew members trained as a team for this unique operation. NTNU is training 2000 crew members a year for marine operations Plus training in a number of the complex subsea operations for the ROV teams.

54 Training for standard operations vs Preparation for unique operations

55 Preparation for unique operations New enabling technology allow fast virtual prototyping of marine operations including Ship Ship equipment Work places Surrounding areas From years to months weeks or days

56 Pedagogy and facilities Challenging the reference frame Improvement within existing frame Operation performance Team Performance Procedures Situation Situation Awareness Team Awareness Rich environments Accuracy

57 Situation performance Situation Awareness Perception in situation Comprehension (mental modell) Projection of situation Interne forhold Plan Pådrag Fart Power Eksterne forhold Avstand Vind / bølger Tid på oppdrag

58 Fremtiden Neste kapittel i norsk historie er om havrommet Jonas Gahr Støre

59 NTNU i Ålesund skal videreutvikles NMK2 2017

60 NMK II, 4 etg Simulatorer Navigasjon ECDIS / AIS DP Forskningslab

61 NMK II Navigasjonssimulator 4 etg sylinder Instrumenttrening 6 etg sylinder

62 NMK II

63 Forskningsarena Maritime operasjoner NMK II

64 Forskningslab Havromsoperasjoner NMK II

65 Fremtiden? Fullstendig oversikt og kontroll over biomasse i havet Fullstendig utnyttelse av råstoff Fra «high tech» fangst til «hig tech» produksjon Skip som en plattform for produksjonsfabrikk Kontinuerlig optimalisering av høyverdiprodukter Forskning og utvikling på optimal bruk av biomasse Skade på personer blir ikke tolerert Trening, Trening, Trening