Consulting in the field of welding and joining of materials.- consultant in the field of welding and NDT technology for the construction industry,- working with MIG/MAG/TIG and robotic welding,- NDT technologies (Ultrasonic testing, Visual inspection),- cooperating with quality departments in analyzing and evaluating welds,- manage actions for welding issues and participate in reducing repairs and waste,- cooperating with robot specialist in training robot operators,- planning and defining welding processes.

My responsibility is to ensure that welding processes meet or exceed customer requirements with respect to safety, quality, flexibility, and throughput. Establish process parameters to conform to all requirements. Develop, analyze and implement continuous improvement ideas on current programs as well as support new program development.Key Responsibilities:- Develop and implement documents and procedures for validation of welding equipment and processes to meet or exceed customer specifications.- Participate in APQP processes relating to the design of weld assembly work cells and tooling.- Recommend design changes to improve quality, reliability, and productivity of welding processes.- Promote continual improvement in weld quality and weld processes.- Analyze customer supplied weld drawings and provide input and direction in the development of welding process to ensure compliance with the related specs and requirements.- Analyze customer product information and specifications and assist in improvements.- Assist in weld development of new programs, including approval for production (weld validation).- Approval of weld equipment development and testing processes.- Analyze feasibility of using latest laser weld technologies to improve weld processes, quality and productivity.- Evaluate and interpret weld destruct data received from Quality Department and make improvement recommendations. - Maintain weld drawings, weld matrices and weld related forms.- Establish a system for weld schedule changes.- Determine Root Cause Analysis of weld failures and present plan to control.

Welding engineer in Lear Corporation. I was responsible for projects: Audi, Ford, Jaguar, Porsche, Lamborghini, Fiat and PSA.- Responsible for customer projects and technical design- Ensuring welding quality against ISO/TS 16949, using Laser Welding Monitor (PRECITEC)- Analysing Claims via PDCA cycle / 5 Whys (Problem Management), 8D Problem Solving- Processing of technological procedures, determining the order of operations in the production process- Planning and defining welding processes including parameters- With new projects, it manages the setup and release in terms of series production in cooperation with the quality department and industrial engineering departments- Manage actions for welding issues and participate in reducing repairs and waste- Records and processes WPS and oversees their compliance- Archives the welding modification formats and backs up WPS compliance- Standardizes welding material for welding workplaces- Cooperating with maintenance technicians to set welds and standardize welding material- Cooperating with quality departments in analyzing and evaluating welds- Responsible for internal inspection of manual welders- Supervising and cooperating with training of operators on welding- Cooperating with robot specialists in training robot programmers- Managing appropriate documentation- Experience with robotic MAG welding, Resistance welding and LASER welding,

Welding engineer in Silometal s.r.o. This company produces constructions and high-capacity silos. I was responsible for creating WPS, WPQR, welding plans, NDT plans and visual inspection of welds.