Career Accelerator Program - Digital Design Engineer

Texas Instruments•Dallas, TX

10h

About The Position

In your first year with TI, you will participate in the Career Accelerator Program (CAP), which provides professional and technical training and resources to accelerate your ramp into TI and set you up for long-term career success. Within this program, we also offer function-specific technical training and on-the-job learning opportunities that will encourage you to solve problems through a variety of hands-on, meaningful experiences from your very first day on the job. As a Digital IC Design Engineer, you'll architect new class of eUSB2/USB 2.0 hubs, hosts, and bridges for the next generation of AI data center, PC and mobile applications. You'll define, design, model and verify digital circuits, which fully meet the performance, power, cost and schedule requirements. As part of your job, you will also get exposure to other roles such as: design verification & analog design, and manufacturing test through formal learning, projects and on-the-job development experiences that will help you broaden your knowledge and accelerate your growth and success at TI.

Requirements

Digital IC Design Engineer role requires architecting new class of eUSB2/USB 2.0 hubs, hosts, and bridges for AI data center, PC and mobile applications.
Define, design, model and verify digital circuits to meet performance, power, cost, and schedule requirements.
Experience with SystemVerilog for circuit design and verification.
Familiarity with embedded firmware concepts for microcontroller-based architectures.
Knowledge of latest design methodologies for design and verification, including AI/ML-based tools.
Experience with ASIC digital physical design (synthesis, DFT and place-‘n-route).
Experience with FPGA emulation for prototype design validation.

Responsibilities

Partner with business teams and system engineering to develop mutually agreeable design specifications
Provide high-level analysis on chip architecture trade-offs to ensure spec compliance and superior performance at a competitive cost
Circuit design and verification using SystemVerilog.
Design for microcontroller-based architectures with familiarity with embedded firmware concepts.
Utilize latest design methodologies for design and verification, including AI/ML-based tools.
ASIC digital physical design (synthesis, DFT and place-‘n-route).
FPGA emulation to validate prototype designs for compliance and interoperability.