Analog Field Applications Engineer (Server/ AI Platform)

Change the world. Love your job.

The Central Analog Field Applications Engineer (CFAE) is responsible for partnering with Sales and providing Analog related technical expertise throughout the sales cycle. The CFAE proactively identifies current products and/or creative solutions to solve existing customer projects and create new functionality/opportunities. In this role, the CFAE uses in-depth product knowledge to provide technical expertise to gain credibility and develop relationships with customers.

In this role, you will engage directly with leading customers to debug, design, and optimize Vcore power systems across Intel, AMD, and NVIDIA platforms, enabling next-generation AI servers and high-performance computing systems.

You will work closely with Sales, Design, and Product teams to deliver reliable, efficient, and innovative analog power solutions.

Key Responsibilities

• Support and debug Vcore power delivery systems for:
• Intel platforms (VR13, VR14 EGS/BHS)
• AMD platforms (SP5, SP6, SP7)
• NVIDIA GPU and AI accelerator platforms
• Perform Vcore fine-tuning on:
• Intel VRTS (Voltage Regulator Test Suite)
• AMD SDLE (Server Design Loadline Evaluation)
• Conduct system-level simulation modeling, loop stability analysis, transient response tuning, and schematic/layout reviews.
• Create detailed Issue Analysis Reports, capturing problem definition, root-cause analysis, and corrective actions.
• Collaborate with customer RD and validation teams to ensure designs meet all performance, thermal, and reliability specifications.
• Partner with Sales and Product Line teams to grow TI’s analog and power business in Server, AI, and Datacenter segments.
• Provide feedback to internal design and product teams for continuous improvement and next-generation platform support.

Why TI?

At Texas Instruments, you’ll be part of a world-class engineering team shaping the future of AI servers, datacenter power, and high-performance computing.

We empower engineers to innovate — from silicon to systems — with the freedom to explore, learn, and grow.