– i w s d – i n t e r n a t i o n a l w e l d e d s t r u c t u r e s d e s i g n e r pilot...
TRANSCRIPT
– I W S D –I n t e r n a t i o n a l W e l d e d S t r u c t u r e s D e s i g n e r
P i l o t Cou rse Workshop
October 2nd 2013 * 13:30 – 17:30 * SZA Vienna
Welcome!
• Top 1 Presentation of IAB-201r1-10 „International Welded Structures Designer“
• Top 2 Presentation of SMILE - Steel Market Innovation project (aims, actions,
target groups, foreseen results)
• Top 3 Presentation about the e-learning platform
• Coffee Break
• Top 4 Discussion on technical aspects of „International Welded Structures
Designer“ virtual pilot course performance with special focus on e-learning
aspects
AgendaWorkshop October 2nd 2013, 13:30 – 17:30, SZA Vienna
• Top 1
IIW guideline IAB-201r1-10
Access Conditions
Applicants entering forWelded Structures Designerat comprehensive levelshall fulfil at leastthe NationalAccess Conditionsat the IWT level.
• Top 1
IIW guideline IAB-201r1-10
Module 1: WELDING TECHNOLOGY (25 h)M1.1 Welding terminology M1.2 Welding symbols and design drawings M1.3 Overview of welding processes M1.4 Materials and weld metallurgy
Module 2: STRENGTH OF MATERIALS (25 h)M2.1 Static equilibriumM2.2 Stress, strain and deformationM2.3 Failure criteria for structures and structural materialsM2.4 Introduction to fatigueM2.5 Introduction to fracture mechanicsM2.6 Material properties
Module 3: DESIGN OF WELDED STRUCTURES (25 h)M3.1 Basic theory of structural systemsM3.2 Loads on structuresM3.3 Introduction to the design of structuresM3.4 Analysis methods for structuresM3.5 Design guidance documents, codes and standards
• Top 1
IIW guideline IAB-201r1-10
Module 4: DESIGN OF WELDED JOINTS (IWSD-C 25 h)M4.1 Categories of welded jointsM4.2 Design of welded joints with predominantly static loadingM4.3 Design of welded joints with predominantly dynamic/cyclic loadingM4.4 Design against brittle fracture
• Top 1
IIW guideline IAB-201r1-10
Module 6: DESIGN FOR PURPOSE OF WELDED STRUCTURES (IWSD-C 25 h)M6.1 Introduction to design for purpose concepts for welded structuresM6.2 Improved design of statically loaded jointsM6.3 Improved design of dynamically loaded jointsM6.4 Post- weld treatment methods for welded structuresM6.5 Design considerations for manual and automated welding processesM6.6 Numerical methods and fatigue designM6.7 Laboratory testing
Module 5: DESIGN OF WELDED PLATE STRUCTURES (IWSD-C 25 h)M5.1 Plates and shellsM5.2 Beam and column structuresM5.3 Design considerations for welding residual stresses and distortion
• Top 1
IIW guideline IAB-201r1-10
Module 7: FABRICATION, COSTS, QUALITY AND INSPECTION (25 h)M7.1 Fabrication costs and cost reductionM7.2 Fabrication friendly designM7.3 Quality assurance in welding fabricationM7.4 Inspection methods and criteria
• Top 2
Project „SMILE“ – Steel Market Innovation
Innovation and development of human ressources for metal-working small and medium-sized enterprises
Slovak-Austrian cross-border cooperationprogramme 2007-2013
Schweißtechnische ZentralanstaltVýskumný ústav zváračský – Priemyselný inštitút SR
• Top 2
Project „SMILE“ – Steel Market Innovation
Target groups:
steel construction companies
metal working companies
technical offices, and other
in the target regions of eastern Austria and western Slovakia
• Top 2
Project „SMILE“ – Steel Market Innovation
Aims:
Know-how-transfer regarding application of tech. regulations
Access to the latest information
Staff qualifications and expertise
Knowledge building and networking
• Top 2
Project „SMILE“ – Steel Market Innovation
Activities:
Communication platform for metalworking SMEs
Information events, networking opportunities and consulting
Pilot Course to International Welded Structures Designer (IWSD)
Europe-wide recognition through accreditation of International Authorisation Board (IAB) of the International Institute of Welding (IIW)
• Top 3
e-learning platform
• Top 4
Discussion on technical aspects
of
IWSD virtual pilot course
Thank you
for your attention!