Senior Digital Design Verification Engineer

Texas Instruments; Bengaluru; On-site; INR 1,500,000 - 2,100,000; Full time

Job summary

Texas Instruments is seeking a Design Verification Engineer to verify analog and mixed-signal designs, ensuring adherence to design rules and specifications. The role involves independent work with the product development team, running simulations, and reviewing vendor capabilities to support product development.

You will drive verification strategy, build UVM environments, and execute RTL/GLS simulations while collaborating across Architecture, Design, and Firmware teams to ensure successful

Qualifications

• BS degree or equivalent experience in design of equipment or circuitry
• Experience in analog/mixed-signal design verification is a plus
• Strong problem-solving and debugging skills

Responsibilities

• Drive verification strategy with detailed test plans and testbenches
• Develop UVM environments including agents, drivers, monitors and scoreboards
• Execute RTL and gate-level simulations and track coverage to achieve closure
• Perform technical debugging to resolve complex design/testbench issues
• Collaborate with Product and Application Engineering for post-silicon support
• Partner with Architecture, Design and Firmware teams for successful product execution

Skills

Verification strategy

UVM architecture

RTL/GLS execution

Debugging

Cross-functional collaboration

Post-silicon support

Education

BS degree or equivalent experience

Tools

UVM

RTL

GLS

Job description

Change the world. Love your job.
Texas Instruments is seeking Design Verification Engineer. In this role you will confirm the accuracy of designs for analog and mixed signal electronic parts, components, or integrated circuitry for analog and mixed signal electronic equipment and other hardware systems before pattern generation/mask development. The role will require working independently from the product development team who designed the devices to confirm adherence to known design rules, procedures, and best practices. Additional job functions include analyzing equipment to establish operating data and conducting experimental tests and evaluating results to confirm the device meets all requirements in the specifications. You may also run software simulations, selecting components and equipment based on analysis of specifications and reliability. As a Design Verification Engineer you may also review vendor capability to support product development. Requires a BS degree or equivalent experience in the design of equipment, components or circuitry.

Who are we and what do we do?

The advanced circuits and power solution business is known for delivering industry leading custom IC system solutions including display and touch power products, charger power products, camera PMICs, power path devices, sensing devices and high-performance communication interface products. Our products integrate precision signal-chain and highly efficient power components in ultra-small form factors that enable TI’s best-in-class customer to translate their ideas to high value products that revolutionize the personal electronics market.
In this team, you will get to work with, and learn from incredibly talented technical leaders, who have influenced TI technology, productivity and way of working in a creative and impactful way. You will get to directly interact with one of TI’s valued and high-volume customers, by way of intense technical reviews and architecture discussions!
By enabling designs that are highly impactful to TI revenue and working with a critical customer on a versatile set of products, you will find yourself on an accelerated career path.

About the job

If you are looking to join an ingenious, vigorous & ambitious team that consistently delivers groundbreaking technologies into the custom mobile electronics world, here is an opportunity for you!

What will you be doing in this role?

• Verification Strategy: Drive verification strategy by creating detailed test plans, test cases, and checkers, and developing comprehensive chip-top testbenches.
• UVM Architecture: Develop UVM environments from the ground up, including agents, drivers, monitors, and scoreboards.
• Full-Cycle Execution: Execute RTL and Gate-Level Simulations (GLS). Run regressions and track functional/code coverage (Block, Expression, Toggle, FSM) to ensure 100% closure. Implement SVAs and coverage models for protocols such as I2C, ASI, SPI, and UART.
• Technical Debugging: Resolve complex design and testbench issues using advanced debugging and problem-solving techniques.
• Post-Silicon Support: Collaborate with Product and Application Engineering to support ATE functional pattern generation and silicon characterization.
• Cross-Functional Collaboration: Partner with Architecture, Design, and Firmware teams to ensure successful product execution.