Responsible to provide engineering support in improving and resolving mechanical and process related issues on the products and production processes to ensure smooth production flow without any impact on shipment revenue and product quality.
Identifying and redesigning parts and assemblies including part qualification to achieve cost reduction, quality, and yield improvement and minimize AOS risk through the entire life cycle of the product.
Identifying and initiating the design and fabrication of assembly tooling needed to improve the quality and productivity.
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Test Development: Design complete Teradyne TestStation TSLH test solutions (hardware and software) for ICT/FCT/ISP to test our PCBAs in series production. Take full ownership from concept to production release at the EMS.
Test Sustaining: Provide production support for existing Teradyne TestStation TSLH, Konrad LeonBench, Vitrek 951i, MPS TPP15, and Microtest 5267 test systems at the EMS. Provide remote production support for tester troubleshooting and yield analysis.
New Variants Implementation: Implement test programs and test fixtures (loadboard and jigs) for new variants of PCBAs and transformers.
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Lead strategic suppliers and influence commodity strategy to ensure assurance of supply (AOS).
Drive supplier technology development and quality performance. (Eg: DFX, RCCA, 8D, etc)
Explore and lead the use of alternate materials/processes/new technology/design improvement to achieve Cost savings, Quality improvement, and AOS aligned with Keysight's business needs.
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Implement the organisation's health and safety policy and procedures so that all employees have a safe and healthy working environment and the organisation complies with all current and future regulations and laws.
Conduct safety audits and on-site inspections to identify workplace hazards and unsafe equipment, working practices, or working conditions.
Investigate accidents, complete or verify accident reports, and liaise with technical specialists and external health and safety authorities to identify the causes of accidents and prevent their recurrence.
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Undertake the roles of a custom layout engineer in realizing the physical implementation of a variety of circuitries, including Foundation IP (Standard Cells, Memory Compilers, IO/ESD), Analog IP, and RF building blocks.
Be responsible for tasks assigned and assume full responsibility of the complete layout implementation process, including floorplanning, layout construction, physical verification and QA flow sign-off.
Provide timely project status updates and proactively anticipate potential execution pitfalls to ensure high-quality and on-time delivery for each project.
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Perform gate level netlist to GDS design independently including but not limited to floor planning, place & route, close tree synthesis, timing sign off and physical verification.
Perform design IP Implementation, IR drop analysis, DFT, STA and foundry merge.
Work with manager to achieve assigned tape out target.
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To plan, coordinate and follow-up sputter systems start-up / conversion activities and process documentation.
To audit sputter parameters and practice periodically, include online SPC and procedure conformance.
To lead sputter process related issues trouble shooting (common causes), work closely with shift process team in sputter process sustaining, trouble shooting & improvement in order to achieve sputter utilization (down time), yield & quality goal.
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Conducts supplier audits: risk assessments; preventive audits; comprehensive supplier audit, to be proactive and be able to prevent quality incidents to happen in the manufacturing line.
Identify assembly critical defects and auditable items based on previous audit findings, customer quality requirements and issues and internal supplier quality issues.
Customize generic quality system audit criteria to Semtech specific criteria and continually adjust the audit criteria and checklist to address identified weaknesses.
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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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