Texas Instruments Design Verification Engineer 

India, Karnataka, Bengaluru 

931684390

The Voltage Reference and Supervisors team in the TI-Analog Power Products vertical is engaged in development of cutting age products in the domain of voltage references and supervisor IC’s. The products developed by the team are used in wide variety of end-equipment’s ranging from test and measurement – bench equipment’s like DMMs, DAQ systems, channel cards in ATE, to solar inverters and automotive subsystems for ICE/HEV/EV vehicles. The product mix ranges from highest precision products (ppm grade accuracy) to highest voltage (1000+) semiconductor products.

Job Responsibilities:

You will be responsible for owning and driving Design verification for assigned project(s).

Work will involve,

1. Engage with Design and System team to understand the overall product functionality, customer use cases and key care bouts.
2. Understand the device specification in detail from the data sheet and come up with a detailed simulation plan with coverage of Electrical and System, break-the-part tests.
3. Simulate the Design with due diligence in accordance to the Simulation plan
4. Have the intuitive ability to corelate the simulation results to the design
5. Document the key observation and with ability to summarize the results. On anomalous behavior observed, perform debug to understand if the behavior is because of limitations of the stimulus, design or any potential settings in the simulation environment
6. Support the Validation and Test team on correlating the setups/stimulus provided during the device testing.

Knowledge and Skills expected:

1. Good understanding of semiconductor device fundamentals
2. Decent knowledge on analog, power and mixed signal circuit fundamentals. Ability to model blocks/sub-blocks as required using System Verilog, Verilog-A, Verilog-AMS etc. Ability to read and debug RTL code.
3. Have flair for automation with knowledge of Unix and other scripting tools
4. Proficiency in cadence tools and simulator settings to get the best trade off for design accuracy and simulation speed
5. Understanding of DV concepts such as UVM, coverage, randomization
6. Good oral and written communication skills. Ability to convey thoughts with clarity.