Texas Instruments Analog IC Design Engineer Interview Experience (2026)

I got the offer. Here's exactly what happened during my Texas Instruments Analog IC Design Engineer interview in Dallas.

Quick Stats

• Role: Analog IC Design Engineer
• Location: Dallas, TX
• Year: 2026
• Timeline: 4 weeks, application to offer
• Rounds: Recruiter Screen → Technical Screen → On-site (4 rounds)
• Difficulty: Medium — Strong analog fundamentals required
• Outcome: Offer accepted
• Compensation: $115k base / $140k–$160k total comp

Background

I was a fresh graduate (MS in Electrical Engineering) with internship experience in analog design. TI was my top choice given their reputation in analog circuits. The process was straightforward and less intense than I expected — TI values fundamentals over trick questions.

Round 1: Recruiter Screen (20 minutes)

Quick screen focusing on my analog coursework and internship. She asked about my experience with SPICE simulation and any specific analog circuits I'd designed. I mentioned my internship work on a bandgap reference design, which seemed to interest her.

Round 2: Technical Screen (60 minutes, CoderPad)

This was an analog circuit analysis round with a Senior Analog Engineer.

Question 1: Analyze a simple two-stage op-amp.

He gave me a schematic and asked me to:

• Identify the topology
• Calculate the gain
• Discuss stability and compensation
• Explain the purpose of each transistor

I walked through the analysis step by step. We discussed Miller compensation and phase margin calculations.

Question 2: Design a bandgap reference circuit.

I drew the basic bandgap structure and we discussed:

• PTAT and CTAT current generation
• Temperature compensation
• Output voltage trimming
• Process variation considerations

He asked about start-up circuits and I added that to my design.

Round 3: On-site — Analog Circuit Design (90 minutes)

Deep dive into analog design fundamentals.

Format: Whiteboard + discussion Interviewer: Principal Analog Engineer What they were testing: Analog circuit analysis, design intuition, practical considerations

Question 1: Analyze a current mirror circuit and discuss its limitations.

I identified the topology and discussed:

• Channel length modulation
• Body effect
• Mismatch issues
• Cascode improvements

We went deep into mismatch sources — threshold voltage variation, mobility variation, and geometric mismatch. He asked about layout techniques to reduce mismatch and I explained common centroid layout and interdigitation.

Question 2: Design a low-dropout regulator (LDO).

I designed a basic LDO and we discussed:

• Pass transistor sizing
• Stability considerations (ESR zero, parasitic poles)
• Load transient response
• PSRR (power supply rejection ratio)

He challenged me: "How would you improve PSRR at high frequencies?" I suggested a pre-regulator and cascaded topology.

Round 4: On-site — Layout and Parasitics (75 minutes)

TI emphasizes layout-aware design.

Format: Discussion Interviewer: Senior Layout Engineer What they were testing: Understanding of layout effects, parasitic extraction, design-for-yield

We covered:

• Parasitic capacitance and resistance
• Well and substrate coupling
• Guard rings and isolation
• Antenna effects
• Electromigration

Design question: "How would you lay out a differential pair for matching?" I explained:

• Common centroid layout
• Dummy devices
• Symmetrical routing
• Minimizing gradient effects

He showed me a layout and asked me to identify potential issues. I spotted some asymmetry and suggested improvements.

Round 5: On-site — SPICE Simulation (60 minutes)

Practical simulation round.

Format: Simulation setup + analysis Interviewer: Analog Design Engineer What they were testing: SPICE skills, simulation methodology, result interpretation

We worked through several simulations:

• DC operating point analysis
• AC analysis for frequency response
• Transient analysis for time-domain behavior
• Monte Carlo for process variation
• Corner analysis (PVT)

He asked me to interpret simulation results and identify issues. I found a stability problem in one circuit and suggested compensation.

Round 6: On-site — Behavioral (45 minutes)

Standard behavioral with TI-specific questions:

• "Tell me about a time you had to debug a difficult analog circuit issue"
• "How do you approach learning new analog topologies?"
• "Describe a project where you had to work with cross-functional teams"

I gave examples from my academic work and internship.

The Insider Section

One thing I haven't seen elsewhere: TI puts significant emphasis on product engineering and test in their analog roles. In my interview, they asked me how I'd design a circuit for testability and how I'd approach production testing. TI is vertically integrated — they design, manufacture, and test their own chips. If you're preparing, learn about DFT (design for test), built-in self-test, and production test methodologies. It's not just about design — it's about making manufacturable products.

Compensation

The offer came a week after the on-site:

• Base: $115,000
• Bonus: 10% target
• RSUs: $20,000 over 4 years
• Sign-on: $10,000
• Total first year: ~$140,000

This was for a fresher role in Dallas. Cost of living in Texas is low, so the compensation goes far. TI also has a strong benefits package and good work-life balance.

Honest Assessment

Who this role IS right for:

• Engineers passionate about analog circuit design
• People who enjoy deep technical work in a stable environment
• Those who want to work on industrial and automotive applications

Who this role ISN'T right for:

• People chasing the highest compensation in tech
• Those who prefer fast-paced, startup environments
• Engineers who want to switch domains frequently

TI is a great place for analog engineers who want stability and deep technical work. The culture is conservative but engineering-focused.

Frequently Asked Questions

How hard is the TI Analog IC Design Engineer interview? TI's analog interview is moderately challenging. They test strong analog fundamentals — circuit analysis, basic topology understanding, and SPICE simulation skills. The bar is solid but not as high as Apple or NVIDIA for digital roles. If you have good analog coursework, you should be fine.

How long does the TI analog interview process take? From application to offer, expect 3–5 weeks. TI's process is straightforward and moves relatively quickly compared to other semiconductor companies.

What's the difference between TI analog roles and other companies? TI's analog work focuses on industrial, automotive, and embedded applications. You'll likely work on power management, signal conditioning, or sensor interfaces. This is different from analog roles at companies doing high-speed interfaces or RF.

How much do Analog IC Design Engineers make at TI? Fresher Analog IC Design Engineers at TI earn $100k–$120k base with total comp of $130k–$160k in Dallas. Mid-level roles reach $120k–$140k base with $160k–$190k total comp. Compensation is lower than Bay Area but cost of living is also much lower.

Do I need prior industry experience to work at TI analog? Not necessarily. TI hires fresh graduates with strong analog fundamentals. They value solid coursework in analog circuits, electronics, and semiconductor devices. Internship experience helps but isn't mandatory.

If you're preparing, focus on analog circuit analysis, basic op-amp design, and SPICE simulation. Good luck!