Qualifications Education/Experience/Knowledgeīachelor's degree in Optical, Mechanical Engineering or other related engineering discipline. Develop and report program performance metrics. Marketing, Sales, R&D, Test, Reliability, Manufacturing, Quality, Supply Chain, etc Model and plan production & supply chain capacity. Drive best in class design and manufacturing practices such as prior to high-volume manufacturing ensure the product has achieved DPPM & production yield entitlement. Ensure lessons learned are incorporated into the NPI and manufacturing process. Manage high risk programs with the goal of quickly mitigating the risk to achieve requirements and commitments. Drive technical teams to solve complex issues during development, manufacturing launch and high-volume manufacturing. Ensure repeatable and predictable manufacturability. Model production yield entitlement and determine Maverick limit criteria (lot and wafer). Determine production test limits with guard bands and conditions include binning if required. Drive the reliability qualification of product per automotive specifications. Utilize Tests to collect data, analyze and validate data sheet specification. Drive product validation & characterization and review production Test Plan per data sheet specification and align test approach with customers usage model. Voice of the customer Customer advocate from product concept (requirements) through production sustaining (customer complaints). Lead highly technical team(s) to drive Automotive requirements into the product and manufacturing. Work upfront with customer and internal teams to align technical and schedule requirements. Principal Product Engineer will manage the product(s) over its life cycle and will work closely with the customer to ensure exceptional customer satisfaction. ISO 19011:2018ĭo you want to learn more? We invite you for training in discussing the guidelines of the ISO 19011 standard.The Principal Automotive Product Engineer will leverage their wide breadth of technical and leadership skills to ensure a seamless transition of newly developed Automotive products into volume manufacturing while meeting performance, quality, schedule, and cost requirements. The competences of auditors, audit teams and persons managing the audit program have been expanded – see graph below. Guidelines related to the audit itself were detailed in the scope of audit planning. Requirements on the needs of interested parties were included, and statutory and regulatory requirements were taken into account. The existing auditing rules were updated and a new one added. The risk-based approach was introduced and emphasized, including the guidelines for the management of the audit program have been updated and extended to the risks associated with the audit program. ISO 19011:2018 – what has been changed in the new edition? The standards were based on the Annex SL structure, which means standardization of the standard structure and a risk-based approach. The last third edition of the ISO 19011 standard was preceded by an update of the basic requirements of the management system norm among others ISO 9001 or ISO 14001. It also aims to ensure consistency, credibility, and value in auditing practices across various organizational contexts.Īn unquestionable feature is the universality of these guidelines, which can apply to all organizations, regardless of the industry, implemented systems or their size. The standard provide guidelines for conducting internal audits of the management system as well as for assessing the competences of persons involved in the auditing process.Ī standardized and harmonized approach in the standard enables effective auditing of different systems at the same time. This standard contains guidelines and not requirements, therefore no certificates are issued for compliance with this standard. Guidelines for auditing various management systems are defined in ISO 19011:2018. The implemented quality management system in the organization requires maintenance and improvement in the organization, and audit is one of the tools supporting the assessment. CQI-9 – Heat Treatment System Assessment.Kaizen Problem Solving according to WCM.Problem Solving: 8D Methodology, A3 Report, QRQC, Kaizen.TISAX – Effective Standard Implementation For Automotive Industry.Geometric Dimensioning and Tolerancing (GD&T) based on ISO and ASME.VW CSR – Formel Q: Customer Specific Requirements management according to IATF and VDA.Ford CSR – Customer Specific Requirements management.Mercedes CSR – Customer Specific Requirements management acc.

BMW CSR – Customer Specific Requirements management acc.Risk Management according to Stellantis xFCA.Stellantis xFCA – Client Portals: eSupplierConncet, MaPS, SQP, beSTandard.Stellantis xFCA CSR – Customer Specific Requirements management according to IATF.

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