• Directly Reporting to GM. • Leading production ,250 operators and manufacturing engineering department, 25-30 people. • Repsonsible for all production & delivery and engineering• Plan the products according to value streams and manage the VSM according to QCDM (Quality, Cost, Delivery and Management)• Leading four VSM (Vale Stream Management) and common areas• Decrease and Eliminate CoPQ• Apply ACE and Lean Manufacturing at VSM’s• Responsible for generation and maintenance of product and process PFMEAs• Responsible for successful implementation of NPI into production including completing product technical packages including FAIR and PPAP • Responsible for process improvements and cost reductions of all VSM parts• Giving RFQ for new projects, • Responsible for all equipment and capability investments

• Aircraft engine parts manufacturing engineering manager. • Leading manufacturing engineering department, 25-30 people. • Responsible for successful implementation of NPI into production including completing product technical packages including FAIR and PPAP • Responsible for generation and maintenance of product and process PFMEAs• Responsibility for the engineering change process.• Identify and implement process improvement plans.• Aircraft engine parts are Pratt&Whitney military and commercial engine parts manufactured with all kinds of manufacturing technologiesOrdering all kinds of manufacturing equipments .i.e hydroform press, all kinds of welding automatic or manual including 5x EB welding machine, laser machines, CNC machining turning and milling machines, presses, expander presses, etc• Giving RFQ and winning the parts.• Design and plan the processes• Design and manufacture all the tools, fixtures, dies etc• Manufacture first article (FAI)• Manufacture pre production of the parts• Adaptate the parts to serial production• Responsible for the definition, documentation and control methods of the process• Identify & action solutions to process related scrap or poor yield problems.• Define the Design of Experiment matrix / plan to drive continuous improvement of the product and process• Developing, implementing, validating, maintaining and continuously improving manufacturing processes and/or methods of manufacture which are capable of meeting and continuing to meet requirements for quality, cost, delivery, and lead time

Aircraft engine fabricated part (sheet metal welded assemblies) manufacturing engineering leader. Leading 12 fabrication process engineers. Aircraft engine parts are GE military and commercial engine parts.I.e. F110 mixing duct,F110 flame holders,J79 turbine frame,T700 swirl frame,F110 exhaust liners,F110 augmenter , F110 flaps, GE 90 bearing housing supports, GE 90 impingement rings, j85 ejector,Genx impingement rings etc.After receiving technical drawing from GE aircraft engine, responsible for planning, operation sheets, fixtures like welding fixture, form die manufacturing etc, as a result responsible for all the steps of manufacturing. Responsible not only for new projects’ part manufacturing but also the current parts’ manufacturing.Have highly experiences on Fabrication manufacturing processes: tig welding (manual and automatic),spot welding, seam welding,brazing ,riveting, heat treatment, machining,all kinds of forming operations i.e deep drawing,bending,expanding,rubber pad forming, hydropress forming NDT : FPI,X-ray,MPI,Ultrasonic,Eddy-Current etcQuality: CMM,optical comparator,all conventional gages, all kinds of inspection techniques including fuctional gaging design.• Responsible for successful implementation of NPI into production including completing product technical packages including FAIR and PPAP • Responsible for generation and maintenance of product and process PFMEAs• Responsibility for the engineering change process.• Identify and implement process improvement plans.• Responsible for the definition, documentation and control methods of the process• Identify & action solutions to process related scrap or poor yield problems.• Define the Design of Experiment matrix / plan to drive continuous improvement of the product and processNon-conventional machining: EDM,Wire EDM,Laser cutting etc.

TP400 is the turboprop engine of A400M heavy transport aircraft. TP400 engine is designed by European companies including TEI . TEI is responsible for front frame module and exhaust module.Mechanical design engineer of front frame which is one of the most critical part on the engine, Front frame is the first structural part on the engine which carries the loads between gear box and engine.Front frame is designed as one piece titanium casting including welded manifolds,fittings, ports, mounting lugs etc.Mechanical design engineer of bearing #1 support, bearing#2 support, Mechanical design engineer of oil jet , transfer bobbin, anticing manifolds, retainer, and seals which are the subparts of front frame module. Responsible for detail drawings ,tolerancing, producibility etc.The module has been manufactured and engine tests are still going on

Located : ITP Industria de Turbo Propulsores, S. A. Bilbao,SpainTP400 turboprop engine of A400M Airbus Aircraft joint venture project with European Consortium , ITP Spain, MTU Germany, Snecma France and Rolls Royce EnglandJob Description: TEI is responsible for designing and manufacturing for front frame module and exhaust nozzle module.Responsible for designing front frame, bearing #1 support, bearing#2 support, oil jet , transfer bobbin, anticing manifolds, retainer, and seals. Responsible for detail drawings ,tolerancing, producibility etc.The module has been manufactured and engine tests are still going on.

Job Description: Concurrent part manufacturing process engineer. Operation planning, Fixture design, dimensioning and tolerancing of parts, CAD/CAM etc.The same above.

Mechanical design engineer of improved ejector of J85 engine. Design team was located at GE in Lynn, USA. Designing the ejector module by using UG.Responsible for detail drawings ,tolerancing, producibility etc.Five months GDT cources and mechanical design cources from GE.The module has been manufactured and mass production is in place