Analog IC Design Engineer | IPP MPP

Texas Instruments; Bouchard (TX); On-site; USD 120,000 - 190,000; Full time

Job summary

The MPP Dallas design team at Texas Instruments is seeking an experienced Analog Design Engineer to join our power management design group. You will develop high-current, low-voltage power stages for multi-phase buck converters used in high-performance computing and datacenter platforms.

Responsibilities include architecture and transistor-level design, layout supervision, simulations, silicon bring-up support, and collaboration with systems and applications teams to meet stringent performance

Responsibilities

• Design high-current, low-voltage power stages for multi-phase buck converters
• Own full design cycle from architecture and transistor-level design through layout supervision, verification, and silicon validation
• Optimize power stage performance for efficiency, switching speed, thermal management, and area
• Collaborate with systems and demand creation teams to define specifications and targets
• Work with layout engineers to implement high-density power stage layouts
• Perform circuit simulations including DC, AC, transient, and corner analysis
• Support silicon bring-up, debug, and characterization activities
• Interface with applications and product engineering teams to ensure designs meet customer requirements
• Contribute to design methodology improvements and best practices

Job description

The MPP Dallas design team is seeking an experienced Analog Design Engineer to join our power management design team. This role focuses on developing cutting-edge,
high-current power stages for multi-phase buck converters targeting high-performance computing and datacenter applications. You will be at the forefront of designing low-voltage power delivery solutions that enable next-generation computing platforms.

Key Responsibilities

• Design and develop high-current, low-voltage power stages for multi-phase buck converters in advanced BCD processes
• Own full design cycle from architecture and transistor-level design through layout supervision, verification, and support silicon validation
• Optimize power stage performance for efficiency, switching speed, thermal management, and area
• Collaborate with systems and demand creation teams to define power stage specifications and performance targets
• Work closely with layout engineers to implement high-performance, high-density power stage layouts
• Perform circuit simulations including DC, AC, transient, and corner analysis
• Support silicon bring-up, debug, and characterization activities
• Interface with applications and product engineering teams to ensure designs meet customer requirements
• Contribute to design methodology improvements and best practices