Job Description
⚡ Build Something Extraordinary — Lead AMS Verification for World-Class High Voltage Power ICs
At Texas Instruments, our High Voltage Power (HVP) team develops some of the world's most advanced power solutions — AC/DC controllers, isolated DC/DC converters, GaN-integrated power stages, and modules capable of withstanding several hundreds of volts. Now, we're building this capability in Bangalore — and we're looking for an exceptional AMS DV Engineer/Lead to be part of this exciting journey from the ground up.
About the Opportunity
This is a rare startup-like opportunity within the safety of TI's global umbrella. You won't just join a team — you'll help build one. As part of TI's new HVP investment in India, you'll work in a dynamic, entrepreneurial environment while having access to TI's world-class tools, processes, and expertise.
We are looking for a talented AMS Design Verification Engineer/Lead to join the HVP team in Bangalore — responsible for developing and driving mixed-signal verification strategy, AMS testbenches, behavioral models, and SoC-level DV for high-voltage power controller ICs.
Key Responsibilities
- Develop detailed coverage-driven verification plans in close collaboration with System and Design teams
- Perform behavioral modeling of analog blocks using SV RNM, VerilogAMS (wreal, electrical)
- Identify and develop system-level AMS tests to ensure bug-free silicon
- Independently develop SV/UVM-based testbenches, tests, checkers, assertions, and enhance with randomization and coverage
- Innovate and drive new and improved design verification methodologies; collaborate with EDA teams to upgrade tools and flows
- Interact with Test/Validation teams in post-silicon activities and customer debug/analysis
- Mentor and lead junior DV engineers — drive smart team initiatives and knowledge sharing
- Collaborate closely with the DMS/SoC DV team for RTL verification support as needed
- Maintain strong interactions with Digital Design, Firmware, Analog Design, and Applications teams
🛠️ Minimum Requirements
- Bachelor's/Master's degree in Electrical/Electronics Engineering
- 3–8 years of experience in mixed-signal design verification
- Strong fundamentals in mixed-signal designs — analog building blocks, digital design processes, top-level integration
- Proven experience in developing mixed-signal testbenches in SV/UVM from scratch
- Strong simulation debug capability — waveform analysis, schematic simulation debug, model debugging
- Ability to own design deliverables and schedules independently
- Strong communication, interpersonal, and team collaboration skills
Preferred Qualifications
- Hands-on expertise in SoC-AMS testbench development
- Proficiency with Cadence Mixed-Signal Design Environment — Virtuoso, ADE Assembler, Xcelium, VIVA, SimVision
- Expertise in Cadence Spectre simulation testbench development, regression flow, and debug
- Expertise in mixed-signal waveform review, debugging, and coverage analysis
- Strong HDL skills — SystemVerilog, UVM, VerilogAMS
- Experience in writing checkers, assertions, and monitors for top-level simulations
- Expertise in automation using Python, Perl, TCL, or shell scripting
- Knowledge of analog controllers for system testbench development and debug
- Prior experience as an AMS DV Lead for a project is a strong advantage
Why Texas Instruments HVP Bangalore?
🚀 Startup Energy: Join a new team being built from scratch — your contributions shape the culture and capability
Global Impact: Work on the world's largest HVP portfolio — AC/DC, DC/DC, GaN, and modules
🤝 Leadership: Lead, mentor, and grow junior DV engineers in a high-ownership environment
Compensation: Competitive salary, comprehensive benefits & long-term incentives
Innovation: Access to cutting-edge EDA tools, TI's global DV methodology, and Cadence mixed-signal flows
Technology: Work on GaN, high-voltage, and isolated power controller SoCs — one of the most demanding domains in semiconductors
Ready to Lead AMS DV at TI's Newest HVP Team in Bangalore?
If you are passionate about mixed-signal verification, AMS testbench development, and the rare opportunity to build a team and technical capability from the ground up — we want to hear from you.
Apply now