Space Power IC Design Engineer - RTL & Mixed-Signal

Texas Instruments Incorporated; Dallas (TX); On-site; USD 110,000 - 150,000; Full time

Job summary

Texas Instruments Incorporated in Dallas is seeking a design engineer to advance mixed-signal power-management circuits for space applications using leading-edge process technology. The role focuses on RTL coding, simulation, synthesis, timing closure, verification and debugging of high-speed communication chips, at both circuit and behavioral levels.

You will prepare test methods and specifications, help with datasheets and demo boards, and develop solutions through selecting techniques.

Qualifications

• RTL coding, simulation, and verification of high-speed chips.
• Synthesis, timing closure, and debugging at circuit and behavioral levels.
• Develop test methods and specifications for data sheets and demo boards.
• Plan and organize work to complete independent tasks with clear instructions.
• Collaborate with analog and digital design teams to solve problems.
• Present information clearly within workgroups.

Responsibilities

• RTL coding, simulation, synthesis, timing closure, verification, and debugging of high-speed communication chips.
• Prepare test methods and specifications, and assist in creating application information and demo boards.
• Plan and organize work to ensure timely completion of multiple tasks with guidance on routine tasks and with detailed instructions on new assignments.

Skills

RTL coding

Simulation

Synthesis

Timing closure

Verification

Debugging

Job description

Texas Instruments Incorporated in Dallas is seeking a design engineer to advance mixed-signal power-management circuits for space applications using leading-edge process technology. The role focuses on RTL coding, simulation, synthesis, timing closure, verification and debugging of high-speed communication chips, at both circuit and behavioral levels.

You will prepare test methods and specifications, help with datasheets and demo boards, and develop solutions through selecting techniques.