Lead Validation Engineer – DC-DC Power Solutions | Power ICs
Texas Instruments · Bengaluru
- Experience5–6 yrs
- SalaryNot disclosed
- Work modeonsite
- Posted26 Sept 2026
About Texas Instruments
Texas Instruments is hiring in Bengaluru in semiconductors electronics. This role looks for around 5+ years of experience.
Skills
- Electrical Engineering
- analog product validation engineering
- hardware debugging
- DC-DC converters
- inverters
- power semiconductor switches
- MOSFET
- IGBT
- SiC MOSFET
- Schematic and PCB layout design
- Altium
- Python
- TestStand
- LabVIEW
- silicon bring-up
The role
A design engineer at a semiconductor electronics company validates DC-DC converters and power ICs, designing validation boards and performing silicon bring-up with hardware debugging. The role applies Python, Altium, and LabVIEW to develop system-level tests and resolve device issues.
Full job description
⚡ Lead the Charge — Validate the Future of Power
At Texas Instruments, we don't just design chips — we validate them to the highest standards so that the world's most demanding applications run flawlessly. If you're a validation expert who thrives on system-level challenges, hardware debugging, and cross-functional leadership, this role was built for you.
🔎 About the Role
We are looking for an experienced Lead Validation Engineer – DC-DC Power Solutions to join our Mid-Vin Buck (MVB) team within TI's Power Products division. You will own the end-to-end validation lifecycle — from board design and test plan development to silicon bring-up and customer issue resolution — for cutting-edge mid-voltage regulators serving enterprise computing, industrial, AI, and autonomous driving markets.
This is a high-ownership, high-visibility role with a strong team leadership component, where your work directly ensures that TI's power solutions meet the most rigorous customer and market requirements.
📌 Key Responsibilities
Design and develop validation boards (schematics & PCB layout) aligned with customer use-cases and EVMs — including modularization, mixed-signal challenge resolution, and hardware scalabilityBuild and document comprehensive validation plans with deep understanding of both device behavior and system environmentDefine validation strategy across hardware, software, and instrumentationDevelop and implement validation test cases using scripting languages (Python, TestStand, LabView, etc.)Silicon bring-up on bench — perform system-level and parametric testing with a "break-the-part" mentalityCollaborate with Design and Firmware teams to support customer needs and implement custom firmware features; identify and resolve FW-level bugs and workaroundsDrive device and setup debug independently through to closureEngage with application engineers on customer issues — provide device-level insight, fixes, and modificationsLead, mentor, and guide junior validation engineers within the team
🛠️ Minimum Requirements
Bachelor's degree in Electrical Engineering or related field5+ years of relevant validation/hardware engineering experience (8+ preferred)
🌟 Preferred Qualifications
Proven experience in analog product validation engineeringStrong hardware debugging skills — bench and system levelExperience in simulating and designing DC-DC converters and/or invertersKnowledge of power semiconductor switches — MOSFET, IGBT, SiC MOSFETExpertise in Simplis, Matlab, Altium, PSPICE, LabView, PythonSchematic and PCB layout design in Altium — signal grounding, routing, and optimizationStrong time management with ability to deliver complex tasks on scheduleExcellent verbal and written communication skillsA meticulous, high-quality mindset with deep system-level debug experienceAbility to foster a creative, productive, and collaborative team environment
💡 Why Texas Instruments?
🌱 Growth: Lead validation for cutting-edge power ICs serving AI, automotive & industrial markets🏆 Impact: Your validation work ensures quality for millions of power devices shipped globally🤝 Culture: Collaborative, inclusive & innovation-driven engineering environment💰 Compensation: Competitive salary & comprehensive benefits📚 Learning: Access to world-class tools, firmware collaboration & cross-functional expertise🔬 Innovation: Work with top semiconductor design, test, and applications engineers in the industry