FAE (Vcore)

A global technology leader is seeking a Central Analog Field Applications Engineer to support AI server and high-performance computing platforms. This role focuses on Vcore power system design, validation, and debugging across Intel, AMD, and NVIDIA platforms. You will work closely with customers, Sales, Product Line, and R&D teams to deliver high-reliability analog power solutions for next-generation server and datacenter applications.

Key Responsibilities

• Provide hands-on debugging and technical support for Vcore power delivery systems on Intel/ AMD/ NVIDIA platforms

• Fine-tune Vcore systems using standard tools

• Perform loop stability analysis, transient response optimisation, and schematic/layout reviews

• Validate hardware using oscilloscopes, logic analyzers, and power analyzers

• Prepare detailed Issue Analysis Reports including root cause and corrective actions

• Collaborate with customer RD and validation teams to meet performance, thermal, and reliability requirements

• Partner with Sales and Product Line teams to support business growth in Server, AI, and Datacenter segments

• Provide technical feedback to internal design teams for next-generation product improvement

Requirements

• Bachelor’s degree in Electrical or Computer Engineering

• 5+ years of experience in server or GPU power system design, validation, or debugging

• Strong knowledge of Intel, AMD, and NVIDIA power architectures

• Experience with DCDC converter design and loop compensation techniques

• Proficiency in simulation tools (SIMPLIS, PSpice, etc.)

• Hands-on experience with lab instruments (oscilloscope, logic analyzer, power analyzer)

• Ability to write clear technical reports and communicate effectively with cross-functional teams

Why Join

• Work directly on AI server and high-performance computing platforms

• Exposure to leading CPU/GPU ecosystems

• High technical ownership and customer-facing impact

• Flexible working arrangements and structured technical training

• Collaborative and engineering-driven culture