(龜山) Mechanical Modeling SME - Ansys | Server & Rack systems | 179426

1.) Manufacturing Quality Oversight:
Actively monitor and support the mass production of our server and rack systems at partner manufacturing facilities, ensuring strict adherence to our quality standards.

2.) Incident Triage & Resolution:
Promptly investigate and triage product quality incidents reported from our data centers by identifying root cause and driving effective corrective/preventive actions (RCCA).

3.) Cross-Functional Collaboration:
Partner closely with the hardware quality engineering team to proactively identify and mitigate production and shipment risks to ensure a seamless supply chain.

4.) Change Management:
Organize and oversee the implementation of hardware and firmware changes at our manufacturing sites to ensure smooth transitions and minimal disruption.

5.) Documentation & Reporting:
Track and document all active changes, open quality issues, and lessons learned to foster continuous improvement and knowledge sharing.

6.) Implement FEA Reliability Simulation - Ansys:
6-1 To perform FEA reliability simulation of Java xx and Rxx compute server PCBAs.
The goal is to simulate the Type 4, Type 2 and 3 solder cracks seen for Java xx and Rxxx.
6-2 To use the ODB++ files, BOM and PCB Layout files and do the Thermal and Mechanical reliability simulation.

• FEA - Finite Element Analysis
• PCBA - Printed Circuit Board Assembly

7.) Co-work with Meta Taiwan & US teams, and Quanta Taiwan team, and report the issues in the system.
8.) Work Location: Quanta Guishan office (60%), Meta Taipei office (40%)
9.) Position grade can up to Deputy Manager depends on your qualifications

Mechanical Modeling SME - Ansys
[Product Quality Engineer (PQE) | Server & Rack systems - PCBAs]

<Role Summary>
Product Engineering focuses on the design, development, and lifecycle management of products for the Data Center Infrastructure Supply Chain. Product Engineers bridge the gap between technical development and business needs, ensuring that products are manufacturable, cost-effective, and meet Meta sourcing standards.

<Why HCLTech?>
HCLTech's Mechanical Engineering portfolio covers mechanical design, product-development acceleration, Design for X, re-engineering, engineering analysis, benchmarking, reliability engineering, engineering change management, testing & validation, manufacturing engineering, obsolescence management, and PDM/PLM implementation.

Hardware (HW) and infrastructure (Infra.) architecture:
HW infra. engineering supports design, prototyping, validation & benchmarking for data-center servers, networking devices & high-performance computing HW. It architecture spans HW, silicon, system software, cloud platforms & applications, creating chip-to-cloud continuity for large-scale technology environments.

CAD, CAE, Simulation & Manufacturing:
HCLTech performs mechanical verification, material characterization, prototyping, technical documentation and additive manufacturing through the mechanical test lab. It also identifies PLM-enabled digital-thread capabilities through the digital thread approach, connecting design, development, manufacturing & service operations.

Testing & Lifecycle Support:
HCLTech provides verification & validation services across the testing lifecycle, supported by AI/ML-based optimization, automation and flexible testing-as-a-service models. Product lifecycle support incl. maintenance, modernization, engineering sustenance, change management & obsolescence management.