Remote Handling Engineer, Technical Responsible Officer of the Divertor RH System• The majority of the system is a European procurement package, my duty is to represent ITER Organization, as nuclear operator in the development, manufacturing and delivery processes. Management of physical and functional interfaces.• Technical integration of the entire system into the ITER environment.• Propagation of updated high level requirements and project changes were typical activities during thisperiod.• The system also includes directly procured items, which are electric feedthroughs. I am in charge of the complete development and procurement of them.• The position requires the management of two section member RH engineers and close collaboration with control system engineers. Regular meetings to be organized for the developer teams of supplier companies.Being member of the Remote Handling Section I am also responsible for the implementation of project change actions for all remote handling systems and participation in remote handling compatible development of in-vessel components.As a complementary task I was developing the first maintenance database for the radiological areas of the entire ITER project. This MS Access DB is able to calculate the cumulative doses on the main work stations and capable of calculating the annual dose budget consumptions by various plant systems.Further details are shared on my personal portfolio site: https://bede.hu/engineering/ottobede

ITER on-site, full time, remote handling support engineer in Diagnostics Division• Maintenance in the Port Cells• Development of hands-on maintenance and assembly compatible modular port cell equipment• Assessment of using one-arm manipulators inside the port cell interspace• RH Compatibility assessments of various diagnostic systems• Conceptual design of RH equipment for the calibration of neutron diagnostics• Design of modular bioshield plug and assessment of impact of cumulative dose when remotemaintenance solutions would be used in man access areas.Short term participation in other nuclear projects:• DEMO Oriented Neutron Source (DONES), review of the entire conceptual RH system of the plant• Fukushima fuel debris removal studies, project preparation

ITER on-site, full time engineering support in Maintenance and Remote Handling Section• Preparation of In-Vessel Viewing System concept design review and procurement arrangement• Functional Analysis• Interface negotiations• Component optimization• RH compatibility assessments of divertor bolometer cameras, electric connectors and diagnostic rack• Management of interfaces and RH compatibility issues related to Divertor RH System (DRHS)• Engineering calculations and design description document making for DRHS• Load specification document making for DRHS and Cask $ Plug RH System• Operational efficiency assessment for DRHS• Supervising of designer colleagues in ITER design office, development of tools and operationalsequences, DELMIA animations• Performing CATIA CAD studies and ANSYS FEM calculations• Supervising supplier contract on seismic analysis of DRHS• Secretary of RH Integrated Product Team

Deputy Project Leader of European Test Blanket Module Consortium (RMKI, CEA, CIEMAT, FZK, IPP),responsible for maintenance and port cell integration:• ITER Test Blanket Modul Sets and integration of their common Port Cell System,• Ancillary Equipment Unit developmentManaging of 9 engineers working in different European fusion device related design and manufacturing projects:• ITER Bolometry, CXRS, LIDAR and VisIR diagnostics,• ASDEX-EXT, COMPASS ABP and Li beam diagnostics,• JET KY6 Periscope, MAST Beam Emission Spectroscopy,• Wendelstein 7X video diagnostics.

International collaborations and missions to Forschungszentrum Karlsruhe (now KIT) and ITER Organization. • Test Blanket Module maintenance sequence and remote handling concept development• Setting up engineering department, implementing quality assurance system• Searching manufacturer suppliers for fusion technology diagnostic devices• Visitor researcher in ITER Organization (6 months, Remote Handling Section, RH compatible TestBlanket Module Port Plug concept development)

ITER on-site, full time engineering support in Maintenance and Remote Handling Section• Design studies for Cask and Plug RH System• Operation sequence and logistic studies for Hot Cell Complex

Full time job in a small engineering office with Chinese manufacturer owner and customers.• Design of bus and coach chassis and body• Kinematic analysis of suspension system• Integration of electric motor into city bus chassis• FEM analyses of welded frame structures and forged parts• Manager of a reverse engineering project• Manufacturing drawing production for metal parts and welded assemblies• Vehicle overall layout drawingsI had the chance to visit a few times our mother company in China.

Part time projects in private enterprise• Design of in-vessel optical periscope for German, TEXTOR tokamak • Design, engineering and manufacturing of special passenger car trailers• Manufacturing drawing making for disabled person's electric vehicle parts

Development engineer in a factory producing customized coaches for international market• Design of interior plastic and sheet metal parts, modification of body frame inserts and windscreenwiper mechanism• Follow up of prototype manufacturing, components have been produced within t ypically two weeks after 3D modelling has been completed.

I have spent three months in the biggest - and those time the most modern - engine factory of the Volkswagen concern. My diploma work was related to the test production of a new V6 engine block that has been casted by Cosworth in the UK. As an outcome of my contribution, the ultrasonic wall thicknessinspection time duration - that was the bottleneck task on the machining line - have been shortened by 50%.