Define and lead the global smart factory strategy, aligned to business and manufacturing priorities across the enterprise.
Assess current-state capabilities and future-state needs across factories, warehousing, and service operations, then translate those findings into a multi-year roadmap.
Build and maintain value-based business cases, with clear financial, operational, and capability targets for each major initiative.
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Lead time and motion studies, establish standard times, and drive cycle time reduction initiatives across production lines.
Perform advanced line balancing, manpower optimization, and resource planning to maximize throughput and minimize waste.
Develop, maintain, and enhance capacity models to support strategic production planning, capital expenditure justification, and long-term site roadmaps.
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You adhere to Integer’s Values and all safety, environmental, security and quality requirements including, but not limited to: Quality Management Systems (QMS), Safety, Environmental and Security Management Systems, U.S. Food and Drug Administration (FDA) regulations, company policies and operating procedures, and other regulatory requirements.
You will generally work independently with occasional guidance from supervisors or mentors to evaluate, select and apply standard engineering techniques, procedures, and criteria, using judgment in making minor adaptations and modifications to existing specifications, procedures, and work instructions.
You will review procedures and plans prior to implementation as well as evaluate existing products, processes and materials for failure analysis and potential improvements.
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Lead time and motion studies, establish standard times, and drive cycle time reduction initiatives across production lines.
Perform advanced line balancing, manpower optimization, and resource planning to maximize throughput and minimize waste.
Develop, maintain, and enhance capacity models to support strategic production planning, capital expenditure justification, and long-term site roadmaps.
...
Work closely with HOD to set up an organizational structure within BMI addressing core manufacturing processes and the consequences for related technical training.
Responsible for disciplinary and technical leadership of the area according to the Corporate Rules of Governance. Identifying, defining and accomplishing projects in the area of core production processes in co-operation with internal and external suppliers.
Responsible for guiding the nominated technical experts from the own organization in the global CoC and the related sub-CoC groups (Center of Competence). Develop suitable strategies to execute governance over the core processes within the area of regional responsibility defined for the BTC-AP BMI in relation to the OMM (Operating Model Medical).
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Develop, evaluate, improve and document manufacturing processes in order to enable continuous improvement for better product quality and increased productivity.
Redesign products or parts to meet cost objectives, part obsolescence and customer requirements.
Establish and implement process control techniques and procedures into manufacturing environment for increased yield and lower operating cost.
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Perform failure analysis on Out of Box defects and warranty failures and make the necessary improvements to enhance the quality and reliability of the product.
Continuously embark on initiatives to enhance product yield, quality, reliability and cost improvement.
Solve manufacturing/hardware related issues by using effective RCA methods, Six Sigma or LEAN methodology
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Control production activities, material flow, and inventory to achieve cost and quality targets and production schedules of the assigned production line(s), and ensure compliance with standards.
May be responsible for the management and supervision of production technicians and supervisors for senior positions.
The job function listed is not exhaustive and shall also include any responsibilities as assigned by the Supervisor from time to time.
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Work closely with HOD to set up an organizational structure within BMI addressing core manufacturing processes and the consequences for related technical training.
Responsible for disciplinary and technical leadership of the area according to the Corporate Rules of Governance. Identifying, defining and accomplishing projects in the area of core production processes in co-operation with internal and external suppliers.
Responsible for guiding the nominated technical experts from the own organization in the global CoC and the related sub-CoC groups (Center of Competence). Develop suitable strategies to execute governance over the core processes within the area of regional responsibility defined for the BTC-AP BMI in relation to the OMM (Operating Model Medical).
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Responsible for the SMT issues and internal/external quality feedback that related to SPI/AOI/AXI process. Troubleshoot the system, process, detection root causes and attain the corrective action to the issues.
To plan, create and ensure the necessary SPI/AOI/AXI programs and process documents are completed and updated in time for production.
Ensure that the respective area workstation, computer, and network system are well maintained in operation condition. Programs are regularly updated and back up.
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Responsible for the SMT issues and internal/external quality feedback that related to SPI/AOI/AXI process. Troubleshoot the system, process, detection root causes and attain the corrective action to the issues.
To plan, create and ensure the necessary SPI/AOI/AXI programs and process documents are completed and updated in time for production.
Ensure that the respective area workstation, computer, and network system are well maintained in operation condition. Programs are regularly updated and back up.
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Oversee all aspects of engineering projects, including continuous process improvement, ensuring they are completed within the desired timeframe and budget.
Implement continuous improvement processes in both administrative functions and operational excellence methods.
Develop plans for new business facilities for product expansion, from conceptual feasibility studies to operational readiness.
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Degree in Engineering or Science, preferably with working experiences in similar industry; or Degree in any discipline with minimum 2 years working experience in QA field;
Possess knowledge in 8D RCCA, FMEA, audit and quality tools such as Fishbone analysis, 5 Why Analysis, Poka Yoke and the use of Statistical Tools (e.g. SPC, MSA) are advantageous.
Proficient in MS Excel for data analysis and report summary.
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Set up, troubleshoot, and recover complex downtime issues for test equipment, including Testcell, Tester, Bagger, VDCS, and Conveyor systems, with minimal supervision.
Proven experience leading and supporting Continuous Improvement Projects (CIP) to improve equipment performance, reduce downtime, enhance OEE, and optimize manufacturing processes.
Troubleshoot and resolve Testcell yield issues to maintain product quality, throughput, and equipment stability.
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Responsible for determining the core aspects and success criteria for automation solutions in the area of plastic molding and industrialization processes.
Responsible for timely and task-oriented processing of projects that encompass process engineering tasks, focusing on account investment and production costs.
To carry out equipment projects with specific expertise in specialized areas in production (e.g. molds, molding tools, extrusion, injection molding machine).
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Set up, troubleshoot, and recover complex downtime issues for test equipment, including Testcell, Tester, Bagger, VDCS, and Conveyor systems, with minimal supervision.
Proven experience leading and supporting Continuous Improvement Projects (CIP) to improve equipment performance, reduce downtime, enhance OEE, and optimize manufacturing processes.
Troubleshoot and resolve Testcell yield issues to maintain product quality, throughput, and equipment stability.
...
Oversee all aspects of engineering projects, including continuous process improvement, ensuring they are completed within the desired timeframe and budget.
Implement continuous improvement processes in both administrative functions and operational excellence methods.
Develop plans for new business facilities for product expansion, from conceptual feasibility studies to operational readiness.
...
Responsible for determining the core aspects and success criteria for automation solutions in the area of plastic molding and industrialization processes.
Responsible for timely and task-oriented processing of projects that encompass process engineering tasks, focusing on account investment and production costs.
To carry out equipment projects with specific expertise in specialized areas in production (e.g. molds, molding tools, extrusion, injection molding machine).
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