DIGITAL TECHNOLOGY AT THE HEART OF THE LIFE CYCLE OF NAVAL SYSTEMS

Transcription

1 DIGITAL TECHNOLOGY AT THE HEART OF THE LIFE CYCLE OF NAVAL SYSTEMS Eric Papin Chief Technical Officer and Chief Quality Officer Director of innovation and technological expertise Naval Group Tous droits réservés

2 A EUROPEAN LEADER IN NAVAL DEFENCE A MAJOR PLAYER IN ENERGY Now serving 50 Naval forces worldwide Including Brasil, Australia, Egypt, India, Malaysia, Saudi Arabia, 13,429 Employees direct, indirect and induced jobs Industrial leader in the marine renewable energy sector Shareholders Government shareholding agency 62,25 % Thales 35,00 % Naval Group personnel 1,80 % Naval Group 0,95 % Results 2017 Revenue 3.69bn International sales 35 % Sales Product Backlog R&D 4.0bn 11.9bn 9% of revenue Digital technology at the heart of the life cycle of naval defense systems 19/06/2018 2

3 PRODUCT LINES Surface vessels Submarines Marine renewable energy OUR TECHNOLOGY SOLUTIONS SYTEMS AND EQUIPMENT SYTEMS AND EQUIPMENT SETIS POLARIS SHIPMASTER SYLVER. PROPULSION EQUIPMENT SCORPENE 2000 BARRACUDA CONVENTIONAL SUBTICS HOISTING SYSTEMS LAUNCHING SYSTEMS PROPULSION EQUIPMENT TIDAL TURBINES FLOATING WIND TURBINES UNDERWATER WEAPONS MU90 CANTO BARRACUDA SSN UNDERWATER WEAPONS F21 TORPEDO CANTO OCEAN THERMAL ENERGY CONVERSION NUCLEAR-POWERED BALLISTIC-MISSILE SUBMARINE (SSBN) 19/06/2018 3

4 NAVAL GROUP : MASTERSHIP OF THE WARSHIP LIFE CYCLE DESIGN & PREPARE PRODUCE & INTEGRATE TRAIN & SUPPORT MAINTAIN & MODERNIZE DISMANTLE & DECONSTRUCT 19/06/2018 4

5 COMPLEXITY OF WARSHIPS AND SYSTEMS 19/06/2018 5

6 COMPLEXITY OF WARSHIPS AND SYSTEMS SSBN 1,000,000 parts piping sections 20km piping Car 5,000 parts Combat tank 15,000 parts Boeing ,000 parts functional equipment Construction timeline COMPARISON OF SOFTWARE-SYSTEM COMPLEXITY AERONAUTICS VS NAVAL DEFENCE SETIS FREMM SETIS FREDA +160 Km of cables RAFALE F1 Millions of lines of code A380 RAFALE F3 A350 SENIT 8 PACDG From 1 to 5 million lines of code SENIT 9 TITLAT BPC SYCOBS SNLE NG4 20 millions lines of code 25 millions lines of code > 500 subscribers to onboard network connection points 19/06/2018 6

7 TO ANTICIPATE THE OPERATIONAL NEEDS OF TOMORROW Information dominance Engagement dominance Capability to stay operational at sea several months Specificities of naval activities Operational efficiency Stealth Invulnerability Safety Robustness Advanced and reliable systems High performances 19/06/2018 7

8 4 TH INDUSTRIAL REVOLUTION THE ERA OF DIGITAL SMART YARD SMART TWIN YARD YARD SMART WARSHIP SMART TWIN SHIP SHIP 19/06/2018 8

9 DIGITAL CONTINUITY TWIN SHIP Warship and equipment functional simulations Multi-physics and multiscales simulations Operational simulations Design supervision with coherent models Multiobjective optimization Artificial intelligence and Big Data Warship life cycle 19/06/2018 9

10 DIGITAL CONTINUITY TWIN YARD Scan 3D As Designed Additive Layer Manufacturing Cognitive and physical assistance As built Augmented operator 19/06/

11 DIGITAL CONTINUITY NEW SERVICES OFFERING Predictive maintenance Tele assistance Cybersecurity Training 19/06/

12 SCIENTIFIC COMPUTATION ACTIVITIES Reduced scale and full scale trials Solids mechanics and thermics Fluids mechanics Acoustics Electromagnetism Infrared Chemistry Operational 19/06/

13 SCIENTIFIC COMPUTATION IN DESIGN Systems Performances Operational 19/06/

14 SCIENTIFIC COMPUTATION IN OPERATIONS Systems Performances Operational 19/06/

15 SCIENTIFIC COMPUTATION IN OPERATIONS Environment events Operational assistance Systems models Nominal or deteriorated modes Performances models Operational models 19/06/

16 ARTIFICIAL INTELLIGENCE / BIG DATA Tactical situation awareness Marine Environment Information dominance PERCEPTION Predictive maintenance Long-term operations Multienvironment drones DECISION-MAKING ASSISTANCE AUTONOMOUS DECISION Collaborative combat engagement Specific threats MAN-MACHINE INTERFACE Crew skills Learning & Training Asymmetric warfare Secure control and assistance in maneuvering Cyber 19/06/

17 DESIGNING AND BUILDING WARSHIPS IN 2020 Coordinating collaborative engineering and production throughout the life cycle of the ship Integrating embedded software, data centers and computing capability onboard ships as well as in design offices, workshops and shipyards Managing complexity with the help of Artificial Intelligence and Big Data technologies, to enhance crew and industrial teams capabilities 17 17

18 DIGITAL TECHNOLOGIES AT THE HEART OF THE LIFE CYCLE OF NAVAL SYSTEMS Artificial Intelligence Cyber security Big Data analytics Systems of naval systems Scientific computation (HPC) 19/06/

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