Digital IC Design Engineer - Advanced Power Solutions
Texas InstrumentsJob Title
Digital IC Design Engineer - Advanced Power Solutions
Role Summary
Work on high-speed mixed-signal communication circuits and high-performance digital circuits within the Advanced Power Solutions team at Texas Instruments. Collaborate with analog and digital designers to implement, verify, and deliver communication ICs.
Experience Level
Mid-level (Level - Mid-Career). Years of experience not specified in the source.
Responsibilities
Key responsibilities include:
- RTL coding, simulation, synthesis, timing closure, and verification for high-speed communication chips.
- Develop and execute test methods and specifications; support data sheets, application notes, and demo boards.
- Troubleshoot and develop technical solutions to complex design problems.
- Plan and organize work to meet project schedules following general and detailed instructions.
- Communicate design status and results with cross-functional analog and digital engineering teams.
Requirements
Basic requirements and preferred skills:
- Must-have: Thorough understanding of digital logic design; familiarity with Verilog and digital simulation/synthesis flows; experience in RTL verification and timing closure.
- Must-have: Systematic problem-solving and strong analytical skills; effective verbal and written communication; ability to work in multidisciplinary teams.
- Nice-to-have: Experience with SystemVerilog; exposure to analog IC design or analog functionality.
- Nice-to-have: Experience producing documentation such as test specifications and data sheets.
Education Requirements
Not specified.
About the Company
Company: Texas Instruments
Headquarters: Dallas, Texas, USA
Texas Instruments is a global semiconductor company that designs, manufactures, and sells analog and embedded processing chips for various markets including industrial, automotive, and personal electronics. The company's innovations aim to make electronics more affordable and reliable, fostering advancements in technology through each generation of semiconductors.
