Global position to support the cartridge explosives manufacturers at national and international levels (LATAM & Europa).• Product specification approval and process validation for new cartridge products. Change management for the current products (APQP).• Coordination of the appropriate resolution of critical customer claims through the application of Core Tools (SPC, EPS, DOE, Ishikawa, 5W2H, etc.).• Coordination of the appropriate resolution of non-conformities for critical… Show more Global position to support the cartridge explosives manufacturers at national and international levels (LATAM & Europa).• Product specification approval and process validation for new cartridge products. Change management for the current products (APQP).• Coordination of the appropriate resolution of critical customer claims through the application of Core Tools (SPC, EPS, DOE, Ishikawa, 5W2H, etc.).• Coordination of the appropriate resolution of non-conformities for critical suppliers through the application of Core Tools (SPC, EPS, DOE, Ishikawa, 5W2H, etc.).• Carry out Audits of Processes and Internal Audits of the SIG (ISO 9001, ISO 14001 and ISO 45001) to the factories.• Management of the technical file of the cartridge products (Specifications, Technical Documentation, Results of the tests, Quality Control Plan) as well as the creation, review or approval, and appropriate documentation related to the designated family of products.• Responsible for managing the homologation (CE marking) and official approval of the products through the official bodies (LOM and Ministry of Energy of Spain).• Monitor KPIs (Non-Quality Costs, Claims Resolution, etc.) of the factories. Show less

Maintain and improvement of Management Systems: Quality (ISO9001), Environmental (ISO14001) and, OHS (OHSAS:18001-ISO:45001). Application of Advanced Product Quality Planning (APQP) tools, such as Quality Function Deployment (QFD) and Failure Mode and Effects Analysis (FMEA), from the initial design concept to the final validation of machines.Working with customers and suppliers to resolve any quality issues through the application of quality tools such as 5 Why, 8D, Cause and Effect /… Show more Maintain and improvement of Management Systems: Quality (ISO9001), Environmental (ISO14001) and, OHS (OHSAS:18001-ISO:45001). Application of Advanced Product Quality Planning (APQP) tools, such as Quality Function Deployment (QFD) and Failure Mode and Effects Analysis (FMEA), from the initial design concept to the final validation of machines.Working with customers and suppliers to resolve any quality issues through the application of quality tools such as 5 Why, 8D, Cause and Effect / Ishikawa diagrams, SPC, etc., and implementing effective countermeasures to prevent the issue from re-occurring.Assurance the accomplishment of the Machinery Directive for CE marking. Show less

Supporting the Q&E Corporate Director: development of a self-assessment corporate tool related to new Q&E SGI model. Development and implemented of quality control plans (QCP) to pilots selected.

Support and lead the implementation of process improvement programs at the site: Lean RFS (Repetitive Flexible Supply), Six Sigma, Manufacturing Equipment Excellence (ME2), and Housekeeping. Process Engineer responsible.Zero Defects Program Leader. Dashboard reporting and CAPEX expenditure control.

Lead the TPM program and support the OEE (Overall Equipment Efficiency) improvement process to assure the plant performance.Manufacturing engineering support.

Planning and control of raw materials and parts assigned. Monitoring and evaluation of suppliers (Quality - Q1 Ford). Controlling bulk material project through Six Sigma methodology (Green Belt Project).

1. Quality Analyst: SH Foundry Division. Support Quality Management System (ISO TS-16949). (Oct-05/Feb-06).2. Project Engineer: Tuboauto Division. Optimization of Material Flow through the Theory of Constraints (TOC) implementation (Green Belt Project). (Jun-05/Oct-05). 3. Project Engineer: Tuboauto Division. Optimization of distribution and delivery process of tubes used on automotive shock absorbers through Theory of Constraints (TOC) implementation. (Feb-05/Jun-05).