Ansaldo Nucleare
Tito Megna is an accomplished welding and NDT manager with extensive experience in the engineering sector. Currently serving as the Welding and NDT Manager of AMW Consortium for the ITER Project at Ansaldo Nucleare since August 2016, Tito has demonstrated expertise in managing complex welding activities. Previous roles include consulting as a Welding Engineering and NDT expert, and positions at Grupo Desarrollo Infraestructura and Sicim S.p.A., where responsibilities included managing welding procedures and coordinating ISO certification. Tito has also been involved in major international projects with clients such as SHELL and MEDGAZ. Educational qualifications include a Master of Science in Mechanical Engineering from Università degli Studi di Parma and various certifications in welding and NDT.
This person is not in any offices
Ansaldo Nucleare
1 followers
Ansaldo Nucleare is responsible for all nuclear-related activities within Ansaldo Energia, the Italian leader in the high technology sector. Ansaldo Nucleare’s headquarters and operative offices are located in Genoa with operating branches and representative offices located in UK, France, Romania, Slovakia and Argentina. Ansaldo Nucleare has 50 year experience in the International Nuclear Power Market and is recognised as the leading Italian company for: Supply of new Nuclear Power Plants, Service to Operating Nuclear Plants, Waste Management and Decommissioning. Ansaldo Nucleare works to the highest safety standards including ASME Certificate of Authorization - Code Symbol N, ISO 9001, ISO 14001 and NBBI. Ansaldo Nucleare, in partnership with world-class established nuclear providers, acts on the NSSS (Nuclear Steam Supply System) and on the BOP (Balance of Plant), as EPC contractor for designing and supplying systems and components for various technologies of NPPs (PWR, PHWR, BWR). Current references include; Sanmen Unit 1 (AP1000 plant), Cernavoda Unit 1 & 2 and Mochovce Unit 3 & 4. Ansaldo Nucleare provides services for systems and components of NPPs aiming at safe operation, system optimization and performance enhancement, including the implementation of safety improvements in operating plants, according to the results of the Stress Tests conducted after the Fukushima event.