Presentazione Tecnosistem 15 03_2013

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Presentazione Tecnosistem 15 03_2013

  1. 1. www.tecnosistemspa.it Company Profile & References 1
  2. 2. Index1. History2. Organization3. Capabilities4. Reference 2
  3. 3. History: Milestones • Design&Engineering of electro- mechanical works for Turin IDP Design&Engineering of public • Naples/Alifana, Capodichino-Centro Direzionale lines. Naples Metro railways and high-speed links such System as Rome-Naples, Milan-Bologna and Genoa-Milan • Line 1, driveless Turin Metro System The new Top Management team started to diversify into transport related engineering services Diversification into Civil (automotive, rail, Tecnosistem and Hospital aeronautics, aerospacewas established constructions etc.) 05 76 80 87 04 98 00 20 19 19 20 19 19 20 Design&Engineering of electro- • Design&Engineering of electro- Acquisition of the first railway mechanical works for railway and mechanical works for Cilea underground infrastructure underground railway lines junction and line 1, Piscinola- project beyond Line 1, Naples (Florence high-speed and Line Capodichino. Naples Metro Metro System B1 and C for Rome Metro System System) • Works management for the completion of Piscinola-Aversa Metro System 3
  4. 4. activities 20 05 L Firema Engineering E  Fir e SC M Fd ma C “Centro di eccellenza” for T Tecnosistem becames the M CN E 20 M INDUSTRIA co P A Al 06 DC A3 Si m ro 3 en D 8 0 c am po ge 80 ia & C b ne tta -80 FL AR OO G nt zi 0 R O i on INFRASTRUTTUR EC e GR S di ID AT De OM S A2 sig SK A Ag us 1 La n N Y C Sud ta 20 nd os AR -W M 07 in e & g es AG Ge M SC tla ar ain Ca MT F nd SS ro A irm AW B nte ln6 a -1 Pr M D1 63 01 pr oge 346 M 46 ov tt M A e az a gn st io in a at ne La gh 20 ich a n i 08 e ttr din e ez g pr za G BO key” civil projects ov t u e a M e re r Expansion into “turn- ou B A a te AR len Al f p r w DI ia Pr * fa atic er in ER e- Fia • • • • de rm g CS sp E Pr im Ci sign a oi RIE ar HA ra le S La y P RM rs nd s t D -V Co 20 in ru T FD nc Fir 09 g ctu Ge r Co S ept em ar e & in nc FV a BO M ter ep G H- M R& CNE ior t St BA Al D -SE c s ab R en TE PS ab TR DIE ia XT A in A R & ILI CS X TI NG ER P ED IES 20 10 GE SC Fe St MT Fi La asi C at r FT nd bili IRA Co A3 A ic Aln em B1 ing ty nv 20 le Te 6 a st 68 Po Ge Stu llu ar dy FL ers P2F nia M ce U OO io C CN SV R n M arg E GR D o 20 ID CD 11 S & St Tha at B le ic, L sA C Final design&engineering of Line M4, Milan Metro System Q ve AG len M on c Design&Engineering of the new Line C, Rome Metro System BA an nti OV iaS et ep F ND al ng ES pa Ag ro t ir LN ysis , ra T ce us -F Is em or ra a A nd Tu ta ta ele 4 om rk -W M le PA m e AG sa CK en stl S 20 ist an an d A 12 Ai W C2 rli -1 Final design&engineering of Kongens N. station within Cityringen, Copenhagen 7- Ale ne 0 1 J s Focus Industrial Group Design, engineering and works management of NTV high-speed depot. (AGV train) History: Milestones An Str nia Ga M a l uc t lle AG ys u yS is ra l au4 di
  5. 5. Organization : Business Unit 5
  6. 6. Organization : SitesHeadquarters Industrial Design Center Consorzio IL SOLE Napoli Pomigliano 6
  7. 7. Organization : CertificationIn addition, the Tecnosistem is has:A.P. (Abilitazione Preventiva - Preventive Qualification)N.O.S. (Secrecy Clearance) for the performance of confidential classified projects and work 7
  8. 8. Turnover & Profits 8
  9. 9. Workforce & Expertise 9
  10. 10. R&D Project R&D AREA Programs Technical Scope Partners Value(€M) COMPO.S.I.T.ES. Engineering principles for galleries passive safetyRail/Infrastructure Composite for infrastructure networks safety systems through multi-layers materials. Physical and 0,3 subject to extreme conditions mechanical simulation under fire and explosion events V.E.R.O. Project objective is to achieve validation procedures for Automotive/Rail Virtual Engineering for Railway and a drive simulator applied to ergonomics and passive 4 automotive safety IN.SIS.T. The project envisages to realize a network of clusters in New technologies applied to transport order to model and simulate advanced engineeringRail/Infrastructure 5 systems applications for transport systems’ safety and environmental sustainability Micro and nanotechnology applied to the development MA.STR.I. of new sensors and actuators, structural and functionalRail/Infrastructure Intelligent materials and structures within 4 materials, nanostructure and composites materials, innovative technological networks environmental friendly polymers Digital Pattern Product The project aims to improve quality while reducing time Development Automotive/Rail and costs for product development through an extensive 12 Pattern Driven approach for industrial use of knowledge and tools integration. product design, simulation and manufacturing The research project aims to perform innovative A.S.I.A. Aero structural solutions to be applied for the wing structure of 17 Wing innovative processes and structural a regional transport. The Research scope is the cost- architectures weight optimization SICUR.FER The project envisages the study of innovative diagnostic Rail Innovative technologies for train safety 10 units for the optimization of railway systems safety levels circulation A.N.F.IA AUTOMOTIVE /CTIF The Project aims to develop resource efficient Automotive/Rail Cluster for Innovation in Logistics & transportation system that respects the environment, 120 Transport allow for better mobility, more safety and security SMART LOGIPLAT The project envisages the development of intelligent Infrastructure SMART LOGISTICS PLATFORM logistic platforms characterized by the integration of ICT 10 Intelligent platform for logistic services and innovative systems 10
  11. 11. Management Control: ERPTCS operates through an Enterprise Resource PlanningMicrosoft Dynamics NAVManagement of internal processes through ERP Microsoft Dynamics NAV. Thesystem is fully integrated with Kumavision PSA (Project and Service Administration)which allows projects’ control across the full spectrum of activities, from budgeting toreal-time monitoring including financial analysisThe ERP main modules include: Projects Personnel Purchases Stock Sales Management control Accounting 11
  12. 12. Customers : Our Goodwill 12
  13. 13. Capabilities: Industrial INTEGRATED INTERIOR SYSTEM DESIGNMECHANICAL SYSTEMS INSTALLATIONCOMPUTATIONAL FLUID DYNAMICS DESIGN & STYLING PRIMARY AND SECONDARY STRUCTURES 13
  14. 14. Capabilities: Infrastructures & Civil Engineering WORKS MANAGEMENT INTEGRATED PROJECT DESIGN & ENGINEERING OF CIVIL WORKSDESIGN & ENGINEERING OF RAILWAY AND CIVIL SYSTEMS SPECIAL ANALYSIS AND NUMERICAL SIMULATIONS ENGINEERING, PROCUREMENT, TECHNICAL ASSISTANCE TO CONSTRUCTION THE PUBLIC ADMINISTRATION 14
  15. 15. Capabilities PRIMARY AND SECONDARY DESIGN & STYLING STRUCTURES Preliminary sizing  Transportation Systems Design Structural component design  Interior Design Finite Element Analysis  3D Modelling & Rendering Stress Analysis (Linear & Non linear static analysis;  Virtual Animation Stationary & Non stationary Thermical Analysis; Fatigue  Ergonomic Control Analysis; Crash Analysis) Manufacturing models/drawings Dynamic analysis (normal modes, frequency response INTERIOR DESIGN and transient analysis);  Seat Component Design  Manufacturing models/drawings COMPUTATIONAL FLUID DYNAMICS  Production support Steady and transient analysis on internal flow Coniugate heat transfer and radiation problems INTEGRATED SYSTEM Multicomponent multiphase flows and free surface treatment  Integrated engineering (CAD/CAM/CAE) Passenger cabin thermal comfort analysis  FEA,FEM ,CFD, CRASH, NVH Analysis Coupled CFD, thermal & stress analysis  Certificate Documentation e Data Management  Industrialization and Product Support MECHANICAL SYSTEMS INSTALLATION  Concept layout definition  Routing and cabling design  Manufacturing models/drawings  Integration e Testing Procedure 15
  16. 16. References 16
  17. 17. Space & Defense Referenceswww.tecnosistemspa.it- Design of mechanical system- Electronic Packaging Systems Development- Layout and wiring design- Support innovative sensors development- Planning and Control, Logistics- Industrialization and validation Production lines- Qualifications, Audit and Suppliers Expediting 17
  18. 18. Space & Defense References KA BAND TELEMETRY TRANSMITTER (THALES) Static and dinamic (random) analysis cover rack trasmitter.www.tecnosistemspa.it Radome Antenna Sensor E0092936 Static, bird and hail impact , vibration and shock analysis Radome Antenna Sensor E0092936 (sandwich panel) 18
  19. 19. Space & Defense ReferencesProgramUSV POLLUCE LandingGearActivities Performed Feasability Studies Trade off analysis Nose & Main Landing Gearpreliminary design 19
  20. 20. Aeronautics References 20
  21. 21. Aeronautics References Program Alenia C27-JActivities PerformedStress  S tructural Anal ysi s of F LOOR PANELS FOR HA RD RUBBER WHEEL LOADING F ati gue A nalysisof CENTER AND REAR FUSELAGE (MATE RIAL CHA NGE) RADOME S TRUCT URA L ANALYSIS DUE TO I NCREAS ED GAPS AT COCKP IT INTERFA CE 21
  22. 22. Aeronautics References 22
  23. 23. Concept Design References 23
  24. 24. Concept Design References 24
  25. 25. Concept Design References 25
  26. 26. CFD References 26
  27. 27. CFD References 27
  28. 28. Rail References MCNE-SEPSAMetro Campania Nord Est Pneum at ic Equipm ent I nst allat ion : Equipm ent I nst allat ion : www.tecnosistemspa.it  Pneum at ic equipm ent in st allat ion st udy t hrough 2D e 3D  Equipm ent inst allat ion st u dy t hrough 2D e 3D m odel ; m odel;  Finit e elem ent m odeling;  Fin it e elem ent m odeling ;  St at ic and fat igue analysis  St at ic and f at igue analysis  Manuf act uring m odels/ draw ings  Man uf act uring m odels/ draw ings Door Passenger I nst allat ion:  Toilet I nst allat ion: I nst allat ion st udy t hrough 2D e 3D m odel ; I nst allat ion st udy 2D e 3D m odel; Toilet t ank inst allat ion. 3D m odel bracket s w elded on f ram e f or door in st allat ion ; Finit e elem ent m odeling; Finit e elem ent m odeling; St at ic and fat igue analysis St at ic and fat igue analysis.  Concept Design: Cr ash Absor ber I nst allat ion : I nst allat ion st udy t hrough 2D e 3D m odel;  I nt eriors Concept Design Finit e element m odeling;  Ex t ernal concept design st at ic an d fat igue analysis Crash absor ber j uct ion  Corporat e livery design  Ergonom ic analysis Elet t rical Equipm ent I nst allat ion :  Aut om at ic Coupler I nst allat ion:  Rout ing and cabling design 2D and 3D Model I nst allat ion st udy t h rough 2D e 3D m odel ;  Manuf act uring m odels/ draw ings Fin it e elem ent m odeling; St at ic and fat igue analysis  Com put at ional Fluido Dinam ics: HVAC Syst em Analysis on a passenger railcar Body Design: HVAC f lex ible duct s analysis on a passenger r ailcar  Fram e st udy 2D an d 3D m odel Wint er Therm al Con f ort Analysis on a passenger railcar  Finit e elem ent m odeling Su m m er Ther mal Conf ort Analysis on a passenger r ailcar  St at ic and Fat igue analysis 28
  29. 29. Rail References RM-VT & FDS Pneum at ic Equipm ent I nst allat ion : Equipm ent I nst allat ion : Roma Viterbo  Pneum at ic equipm ent inst allat ion st udy t hrough 2D e 3D m odel;   Equipm ent inst allat ion st udy t hr ough 2D e 3D m odel; Fin it e elem ent m odeling;  Finit e elem ent m odeling; Concept Style  St at ic and f at igue analysis  St at ic and f at igue analysis  Manuf act uring m odels/ draw ings  Manuf act uring m odels/ dr aw ings Pneum at ic Equipm ent I nst allat ion : Equipm ent I nst allat ion :  Pneum at ic equipm ent inst allat ion st udy t hrough 2D e 3D  Equipm ent inst allat ion stIunsthr oughion: 3D m odel; Door Passenger dy t allat 2D e  Toilet I nst allat ion: m odel;  Fin it e elem entudyodeling; m odel; I nst allat ion st m 2D e 3D I nst allat ion st udy t hr ough 2D e 3D m odel ;  Finit e elem ent m odel ing;  St at ic andbracket sanalysis on f ram e f or door inst allat ion ; 3D m odel f at igue w elded Toilet t ank inst allat ion.www.tecnosistemspa.it  St at ic and f at igue analysis  Manufelem ent m odeling; Finit e act uring m odels/ draw ings Finit e elem ent m odeling;  Manuf act uring m odels/ dr aw ings St at ic and f at igue analysis. St at ic and f at igue analysis Door Passenger I nst allat ion:  Concept Design: :  Toilet I nst allat ion I nst allat ion st udy 2D e 3D m odel; I I nt eriors Concept t Design 2D e 3D m odel ;  nst allat ion st udy hr ough 3D m odel bracket s w elded on f ram e f or door inst allat ion ; Toilet t ank inst allat ion.  Ex t ernal concept design Finit e elem ent m odeling; Finit e elem ent m odeling;  Corporat e livery design St at ic and f at igue analysis. St at ic andicat igue analy sis  Ergonom f analysis  Concept Design: Elet t rical Equipm ent I nst allat ion :  I nt eriors Concept Design  Rout ing and cabling design 2D and 3D Model  Ex t ernal concept design  Manuf act uring m odels/ draw ings  Corporat e livery design  Ergonom ic analysis  Com put at ional Fluido Dinam ics: HVAC Syst em Analy sis on a passenger railcar Elet t rical Equipm ent I nst allat ion : HVAC f lex ible duct s analysis on a passenger railcar  Rout ing and cabling design 2D and 3D Model W int er Thermal Conf ort Analysis on a passenger railcar  Manuf act uring m odels/ draw ings Sum m er Therm al Conf ort Analysis on a passenger railcar Composite Cab - Feasibility Study  Com put at ional Fluido Dinam ics: HVAC Syst em Analysis on a passen ger railcar HVAC f lex ible duct s analysis on a passenger railcar Wint er Thermal Conf or t Analysis on a passenger railcar Sum m er Therm al Conf ort Analysis on a passenger railcar Concept Style 29
  30. 30. Automotive References Packaging Ergonomics CheckProductEngineering/Controls www.tecnosistemspa.it Test & ValidationBody Design CFD analysis Crash Analysis Product Engineering/Gasoline Controls SIEE 30
  31. 31. Graziewww.tecnosistemspa.it Vico II S. Nicola alla Dogana, 9 80133 – Napoli PBX 081 5512292 FAX 081 5520290www.tecnosistemspa.it 31

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