Review and Study new RFQ from Customer. 2. Work with customer on design requirements and capture design requirements in drawing. 3. Liaise with suppliers and internal PE team in terms of design drawing. 4. Generate Package Outline Drawing / Strip Outline Drawing / Bonding Diagram 5. VE / Cost down Project Management.
: Strong foundation in Mechanical Engineering, with the ability to apply engineering principles to real-world design and machine development.
: Proficiency in Design Engineering and Machine Design, including creating mechanisms, assemblies, and systems that meet performance and reliability targets.
: Experience in Product Design, with skills in translating requirements into practical, manufacturable mechanical solutions.
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Experienced in synthesis, Place & Route, timing closure, PV, PI, PPA improvement. etc and major EDA tools including Cadence, Synopsys, and Mentor tools.
Implementation of multimillion gate SoC designs in cutting edge process technologies (16nm,14nm & below). Experience in Finfet technologies is a must.
Expertise in floor planning including power grid design to meet EMIR specifications.
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Work as a team member who understands/interprets technical problems and provides technical support.
Solve assigned problems under guidance of more senior engineers.
Design, modify and implement systems that meet customer and Celestica needs. e.g. creation of Schematics, Bills of material, diagrams, drawings, etc.
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Demonstrates the ability to work independently in multiple phases for the Product Realization Process, without direction from mentors or functional management.
Develops engineering/product concepts that are innovative, high-quality, cost-appropriate, and satisfy all stakeholder's (customer, manufacturing, material, agency, etc.) needs and requirements through an established area of technical specialty and, where applicable, mentorship of others on the global discipline team.
Demonstrates skill in the full product realization process, as it applies to their role & region
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Role Summary: Design, layout, and optimize printed circuit boards (PCBs) to ensure seamless hardware functionality, reliability, and manufacturing efficiency.
Key Achievements: Successfully translating schematic designs into production-ready physical layouts, minimizing signal integrity issues, and streamlining the prototyping-to-manufacturing workflow.
Organizational Impact: Bridges the gap between electronic concept and physical product, ensuring that hardware engineering teams meet project deadlines, performance standards, and cost targets.
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Participating in the development of state-of-the-art IPs and specialized analog circuit blocks in advanced deep sub-micron process technology for SoC, FPGA and Automotive projects.
Being responsible for the definition, design, evaluation, enhancement and validation of IPs and specialized analog circuit blocks.
Performing circuit design and simulation to verify functionality, performance, reliability and quality of analog/mixed-signal blocks, ensuring robust and reliable design.
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Plan MAE and EWAK (workstation equipment and accessories) investments for new and existing lines/products, including cost and feasibility analysis.
Develop workstation layouts based on process definitions from VSE/IE.
Define SRS with the support of Value Stream functions (FPV and QPV), purchase, set up, trial, and buy off all workstations and accessories for new products and automation/improvement projects.
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