Quality Engineer

Corning Incorporated

Reynosa

Presencial

MXN 350.000 - 550.000

Jornada completa

14 días+

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Descripción de la vacante

Corning Incorporated in Reynosa, Mexico, seeks a Quality Assurance professional to advance the Quality Management System and Product Quality Architecture. You will ensure compliance with internal and external specifications across engineering and manufacturing, driving quality improvements.

The role involves designing and auditing quality controls, applying statistical methods, and coaching teams in Six-Sigma to reduce defects. A technical degree and manufacturing quality experience are required.

Formación

Experience applying quality control systems and protocols in manufacturing.
Knowledge of design, inspection and process analysis.
Track record delivering results in quality environments.

Responsabilidades

Develops, modifies, applies and maintains quality evaluation and control systems and protocols for processing materials into finished goods.
Collaborates with engineering and manufacturing to ensure quality standards are in place.
Implements methods for inspecting, testing and evaluating product quality and equipment.
Designs inspection and testing processes and conducts statistical analysis to assess non-conforming products.
Audits quality systems for deficiency identification and correction.
Supports Lean/Six-Sigma initiatives and project portfolios.
Coaches belts and managers in quality tools and processes.

Conocimientos

Quality management

Statistical analysis

Lean Six Sigma

Quality systems

Educación

B.S. or equivalent technical degree

Descripción del empleo

Role Purpose

Drives understanding and continuous improvements of the overall Quality Management System and Product Quality Architecture. Assures compliance of internal and external specifications and standards.

Role Purpose

Drives understanding and continuous improvements of the overall Quality Management System and Product Quality Architecture. Assures compliance of internal and external specifications and standards.

Key Responsibilities

Develops, modifies, applies and maintains quality evaluation and control systems and protocols for processing materials into partially finished or finished materials product.
Collaborates with engineering and manufacturing functions to ensure quality standards are in place.
Devises and implements methods and procedures for inspecting, testing and evaluating the precision and accuracy of products and production equipment.
Designs and analyzes inspection and testing processes, mechanisms and equipment; conducts quality assurance tests; and performs statistical analysis to assess the cost of and determine the responsibility for, products or materials that do not meet required standards and specifications.
Audits quality systems for deficiency identification and correction.
Ensures that corrective measures meet acceptable reliability standards and that documentation is compliant with requirements.
Areas of specialization include: design, incoming material, production control, product evaluation and reliability, inventory control and/or research and development as they apply to product or process quality.
May be certified in lean and six-sigma quality engineering methodologies.
May also be responsible for the unit's Performance Excellence (Six-Sigma) project portfolio, assuring the effective use of different improvement methodologies (DMAIC, Lean, DESGN, etc) toward the achievement of division or plant strategic goals.
In this role, would assist and coach belts and managers in project selection and implementation; and advise division/plant management and leaders on the use of Quality tools, methods and processes.
Follows standard practices and procedure in analyzing situations or data from which answers can be readily obtained.
Works on problems of moderate scope where analysis of situations or data requires a review of identifiable factors.
Exercises judgment within defined procedures and practices to determine appropriate action.
Encompasses the application of scientific and technological principles concerned with the integrity of manufactured products and processes from an engineering standpoint, esp. design specifications, testing procedures, and minimum quality standards.