Be accountable for developing and implementing materials and processes, process improvements, and equipment selection using established Statistical Process Control techniques, experimental designs, material analysis, and mechanical design analysis.

More Uses of the Statistical Process Control Toolkit:

  • Establish that your enterprise recommends and implements projects to improve manufacturing process by increasing output, improving quality, improving yield, reducing cost or improving product performance.
  • Be certain that your organization develops, implements and maintains methods, operation sequence and processes in the manufacture or fabrication of parts, components, sub assemblies and final assemblies.
  • Coordinate: monitor manufacturing activities and measure important process characteristics using relevant methods of test and analysis to locate sources and quantify extent of process variation.
  • Secure that your project recommends and implements equipment and process modifications to improve production efficiencies, manufacturing techniques and production yields for existing products.
  • Support advanced technology development projects by developing and thoroughly characterizing robust unit processes as building blocks of next generation technologies.
  • Sustain processes with emphasis on Statistical Process Control and problem solving methodology, maintain yields and improve yields to targets.
  • Compile and analyze performance reports and process control statistics; investigate and analyze relevant variables potentially affecting product and processes.
  • Ensure your business establishes and maintains continuous communication with leaders to identify and solve technical issues that affect production output.
  • Be accountable for reviewing or participating in existing equipment modifications or new equipment installations (CAPEX) and ensuring compliance with appropriate engineering standards.
  • Create test parameters and lead the testing, data analysis, and implementation of processes, equipment, and engineering solutions.
  • Formulate: development of the equipment necessary to exploit the understanding gained in research (in collaboration with equipment suppliers).
  • Systematize: day to day technical advice, problem solving and support to operations and maintenance by applying engineering principles, tools and skills to solve problems to root cause.
  • Ensure your design performs reject analysis and reject verification to provide feedback to Manufacturing and Manufacturing Engineering for the purpose of process improvement, and to Engineering for the purpose of design improvement.
  • Engage in development opportunities to incorporate Etch unit processes into organization wide initiatives for automation, data analytics, and synergy.
  • Establish that your group supports the development of product Key Characteristics and Key Process Parameters identification and supports the implementation of Statistical Process Control in the production environment.
  • Steer: quality tools problem solving methodologies / Statistical Process Control / process capability / ISO 13485 / design of experiments / sampling plans.
  • Collaborate deeply with others to resolve new product process and production line issues related to yield, quality and throughput.
  • Be accountable for supporting manufacturing goals to increase equipment up time, Statistical Process Control, and use of data analysis to understand area issues.
  • Arrange that your operation provides problem solving expertise on non routine issues related to process, production and quality control for existing and new products manufactured by your organization.
  • Install and qualify manufacturing capacity at the development site and audit installation/qualification and supervise first full loop at the production site.
  • Collaborate in a team environment with other technicians and engineers and lead problem solving activities through the application of DMAIC principles.
  • Confirm your corporation complies; implements control system improvements that ensure manufacturing, construction, installation and operational testing conform to functional specifications, regulatory safety standards and user requirements.
  • Be accountable for developing improvements to manufacturing processes and modifications to production process flows to improve yield, quality, cost, and cycle time.
  • Identify systematic problems in either process or equipment related sources and communicating findings to the engineering staff in a continuous manner.
  • Manage knowledge and application of design of experiments, Statistical Process Control, process capability evaluation, corrective and preventive action processes and other risk assessment techniques.
  • Guide: review product development requirements for compatibility with measurement methods and determines costs and schedules to implement.
  • Develop and implement improved methods of manufacturing, procedures, and processes that result in improved efficiencies, yields, machine operations, and quality.
  • Ensure you direct; lead 5S and Lean manufacturing activities, and support production in various areas as material handling improvements, production line configuration, and safety procedures.
  • Manage: work under pressure while managing competing demands and tight deadlines of multiple simultaneous projects and challenges.

 

Categories: Articles