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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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 timely and task-oriented processing of projects that encompass process engineering tasks, focusing on account investment and production costs.
Provide leadership to a team of project managers that are active in the area of equipment projects.
Develop technology roadmaps, systems and processes in accordance with the respective valid operating instructions and standard operating procedures (SOPs).
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Lead end-to-end NPI execution for photonics products, including design transfer, process development, qualification, pilot builds, and production ramp.
Coordinate cross-functional teams across R&D, product engineering, manufacturing, quality, reliability, supply chain, and operations to support successful product launches.
Work closely with CMs and OSATs across Asia to manage NPI builds, process qualification, tooling, manufacturing readiness, yield improvement, and ramp-up activities.
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Execute equipment installation, commissioning, qualification, and acceptance activities according to defined specifications and requirements.
Support equipment operation and performance for photonic assembly, bonding, optical/electrical test, and burn-in processes.
Monitor equipment performance including OEE, uptime, MTBF, MTTR, throughput/UPH, and utilization, and implement improvement actions within assigned equipment areas.
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Works as a team member within own IT group and with other IT departments to implement changes or new applications.
Evaluates current system capabilities to identify changes that need to be made. May make recommendations to improve application performance, effectiveness, and maintainability.
Creates technical specifications and applications utilizing programming languages as required. Notifies management and system analysts when requirements cannot be met and may make recommendations for modifications and improvements. Contacts business function areas with changes and enhancements.
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Plans, directs, and coordinates manufacturing processes by providing technical support in the development, implementation and maintenance of manufacturing methods by performing the following duties.
Confers with production group concerning product design and tooling to ensure efficient production methods.
Coordinates with R&D to determine product specifications and design changes and responds to their request.
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Product Development Support: The NPI Engineer works closely with the product development team to provide input and technical expertise during the design and development phase of new products. They may offer suggestions for design improvements, manufacturability, cost optimization, and product testing strategies.
Process Development and Optimization: The NPI Engineer is responsible for developing and optimizing manufacturing processes for new products. This involves designing and implementing production workflows, creating assembly and testing procedures, identifying and resolving process issues, and ensuring efficient and effective manufacturing operations.
Manufacturing Readiness: The NPI Engineer assesses the readiness of the manufacturing facilities and resources for new product production. They collaborate with manufacturing teams to ensure proper equipment, tools, and resources are available, and production lines are set up and validated to meet quality and efficiency standards.
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