Role Purpose & Mission

Role Purpose

Establish and lead Commercial Technology engagement with Taiwan-based original design manufacturers (ODMs) serving hyperscale, and AI/HPC neocloud data center customers. The role connects ODM technology roadmaps and rack-level integration needs with Corning optical connectivity, product development, manufacturing, and commercialization capabilities.

Role Mission

Become the trusted technical interface for priority ODMs in Taiwan, influencing architecture and design choices early, converting customer and ecosystem insights into scalable solutions, and supporting programs from concept and proof of concept through validation, new product introduction, and mass production.

Primary Focus Areas and Key Responsibilities

Primary Focus Areas

• Taiwan ODM ecosystem and strategic account development
• AI data center scale-up, scale-out / rack-to-rack optical connectivity
• Rack-level integration, pre-cabled and pre-tested systems, and deployment readiness
• Design wins and proofs of concept, including support from EVT (Engineering Validation Test), DVT (Design Validation Test), PVT (Production Validation Test), and NPI (New Product Introduction) through commercialization
• Voice of customer and voice of technology for regional and global product roadmaps
• Cross-functional execution across Sales, Product Line Management, Technology, Engineering, Operations, Supply Chain, Quality, and Marketing

Key Responsibilities

ODM relationship and account leadership

• Build trusted relationships across ODM engineering, design, architecture, sourcing, product, program, operations, and executive teams.
• Act as primary Commercial Technology contact for assigned Taiwan ODMs and coordinate the broader internal account team.
• Develop account technology plans, relationship maps, opportunity priorities, and engagement cadences.
• Identify design-win opportunities in AI server, rack-scale, networking, and integrated data center platforms.

Technical discovery and solution development

• Lead discovery on platform roadmaps, GPU and switch architectures, topology, protocol, fiber density, connector and shuffle requirements, rack constraints, validation plans, and timing.
• Create high-level recommendations for point-to-point, structured, semi-structured, shuffle-harness, shuffle-box, trunk, patch-panel, and optical-backplane applications.
• Translate ODM requirements into actionable inputs for application engineering, PLM, technology, manufacturing, and quality.
• Guide proof-of-concept and prototype work, including sample definition, design review, technical risk identification, and success criteria.

Program execution and commercialization