Digital IC Design Engineer | BCP

Change the world. Love your job. 

The Battery Charging Products group at Texas Instruments is looking for a candidate that is interested in working in a challenging, fast-paced environment.  As a digital design engineer, you will help architect new TI battery charger products and make our customers’ visions a reality. You will define, design, model, and document digital cores for battery management devices.   We are looking for a self motivated, highly driven digital designer to make an immediate impact on current developments, and help us grow market share in a competitive, constantly changing market.

TI offers an extraordinary culture, competitive benefits, professional development opportunities and collaboration coupled with a social responsibility. A career at TI provides the chance to work with some of the world's most dynamic technologies that help people learn, grow, connect and discover.

Some of your responsibilities will include: 

• Defining, designing, and verifying digital cores of battery charger ICs 


• Collaborating with systems and analog engineers to define architecture of digital core


• Participating in design reviews and creating the necessary design and product documentation 


• Supporting multiple projects concurrently


• Improving design methodology


• Creating verification plans from datasheets, input from systems engineers, and customer feedback


• Performing required simulations and analysis to ensure spec compliance and superior performance at a competitive cost


• Developing and maintaining simulation models for digital and analog blocks


• Evaluating device operation and performance in lab

Minimum Requirement:

• B.S. in Electrical Engineering or related field
• 3+ years of relevant work experience

Preferred Qualifications:

• RTL design, preferably Verilog/Systemverilog.
• Ability to implement digital core from synthesizable RTL to GDSII.
• Ability to robustly verify these implementations from both a functional and timing standpoint.
• Ability to implement digital core to facilitate future spins by changing only metal layers.
• Experience with digital design tools (Cadence).
• Excellent self-organizing and time management skills.
• Knowledge of scripting and programming languages such as Python a plus.
• Knowledge of UVM a plus.
• Knowledge of VAMS and digital modeling a plus.