T

Texas Instruments

Makes analog and embedded chips in its own plants

PMIC Analog Design Engineer

Full-TimeUpdated on 10/23/2026
No salary listed
Mid
Bachelor's, Master's, PhD
Bengaluru, Karnataka, India
In Person
Hardware EngineeringSilicon & ASIC Design

About the job

Requirements
  • A Bachelor's degree in Electrical Engineering or a related field is required; a Master's or PhD is preferred.
  • At least 4 years of analog or mixed-signal integrated circuit design experience, with strong analog fundamentals and understanding of standard blocks including bandgap references, voltage-to-current converters, amplifiers, comparators, level shifters, and oscillators.
  • Experience with high-voltage circuit design and high-speed level shifters.
  • Familiarity with Safe Operating Area, reliability, and aging simulations.
  • Strong understanding of mismatch effects and device noise, with experience in auto-zeroing, chopping, and statistical analysis.
  • Good understanding of control systems fundamentals, compensation, and large-signal analysis.
  • Proficiency in standard power integrated circuit design flows end-to-end, including Cadence Virtuoso and Spectre.
  • Experience with worst-case corner analysis, top-level and Monte Carlo simulation, and post-layout parasitic extraction sign-off.
  • Strong knowledge of BCD and/or advanced CMOS process trade-offs for high-performance power integrated circuit design.
  • Ability to work independently, make design-related technical decisions, and provide predictable development schedules for blocks and subsystems based on specifications while maintaining quality.
  • Ability to explore multiple options independently, determine suitable block architectures for given specifications, and execute to schedule and quality expectations.
  • Strong written and verbal communication skills.
Responsibilities
  • Design and deliver high-performance analog circuits and blocks for buck, boost, low-dropout regulator, and charge-pump power converter circuits, meeting power, performance, efficiency, and transient targets.
  • Contribute to PMIC system architecture development and execute block-level designs against performance, power, and area specifications.
  • Own technical execution across the full integrated circuit design flow, including schematic capture, simulation, layout review, post-layout verification, silicon bring-up, and characterization.
  • Serve as the primary technical owner for one or more complex blocks, subsystems, and converters within multi-block PMIC products, with guidance and support.
  • Ensure design quality, robustness, and reliability through in-depth technical reviews.
  • Collaborate with internal systems and architecture teams to resolve integration challenges and drive technical closure.
  • Mentor and support junior engineers on design methodology, tools, and best practices.
Desired Qualifications
  • Experience designing blocks for PMICs in consumer electronics, including mobile devices, laptops, and wearables.
  • Understanding of one or more converter control architectures, including adaptive or constant on/off time and peak, valley, or average current-mode control.
  • Hands-on transistor-level design of integrated power field-effect transistors, gate drivers, oscillators, bandgap and bias circuits, error amplifiers, and frequency compensation networks.
  • Experience with high-efficiency design techniques that optimize performance while minimizing power and area.
  • Working familiarity with multi-rail PMIC system-on-chip integration, including power sequencing, undervoltage lockout, overcurrent protection, overtemperature protection, and digital interfaces such as I2C, SPI, and MIPI I3C.
  • Experience in customer-facing technical alignment and specification negotiation.
  • Physical layout understanding, including power routing, grounding, signal integrity, thermal management, and die-area optimization.
  • Exposure to Simplis, AMS, or equivalent simulation tools.
  • Experience with full or partial design ownership of switching converters and low-dropout regulators.
  • Full-cycle integrated circuit design experience, including schematic, simulation, layout collaboration, post-layout verification, silicon validation, and characterization.
  • Ability to independently manage and execute multiple design tasks in parallel on aggressive schedules.
  • Experience mentoring junior team members and new college graduates.

About the company

Texas Instruments designs and makes analog and embedded processing chips, the basic parts inside cars, factory equipment, data centers, and consumer electronics, and it sells one of the broadest chip catalogs in the industry. In 1958, its engineer Jack Kilby built the first integrated circuit, the building block of modern electronics, and later won a Nobel Prize for it. Its analog chips regulate power and convert signals such as sound and heat into data, while its microcontrollers act as small built-in computers, and TI earns money selling both to device makers. It also makes the graphing calculators many students use in math class. Texas Instruments was founded in 1930 and is based in Dallas, Texas.

Company Size

10,001+

Company Stage

IPO

Headquarters

Dallas, Texas

Founded

1930

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Simplify Jobs

Simplify's Take

What believers are saying

  • Cash is flowing again: after factory spending, TI kept $6.5 billion in the year to June 2026, versus $1.8 billion.
  • New plants mean jobs: TI's Sherman, Texas chip plant opened in December 2025, on a site planned for 3,000 jobs.
  • Stock grants pay steady income: TI raised its dividend 7% in September 2026, its 23rd straight yearly increase.

What critics are saying

  • Its closest rival is growing faster: Analog Devices' sales rose 40% in its quarter ended August 2026, versus TI's 23%.
  • Expect merger cost cuts: TI's purchase of wireless chipmaker Silicon Labs, agreed February 2026, targets $450 million in yearly savings.
  • Expect to work on-site: all 835 TI job postings in October 2026 were on-site, with none remote or hybrid.

What makes Texas Instruments unique

  • It controls its own supply: TI makes most chips in its own factories and targets over 95% in-house by 2030.
  • It skips the middlemen: over 80% of TI's 2025 revenue came from direct sales, including its TI.com store, not distributors.
  • Insiders run TI: CEO Haviv Ilan joined in 1999, and CFO Julie Knecht, named June 2026, has 25-plus years there.

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Benefits

  • Hybrid Work Options

Growth & Insights and Company News

6 month growth

4%

1 year growth

3%

2 year growth

3%
Yahoo Finance
Oct 22nd, 2026
Texas Instruments slips 1.2% despite 28% sales jump to $6.06B

Texas Instruments reported third-quarter revenue of $6.06 billion and earnings of $2.62 per share, yet its shares slipped about 1.20% to $281.23 at 10:45 EST on October 22. Net income reached $2.43 billion. Sales rose 28% from a year earlier and 11% from the previous quarter, led by industrial, automotive, and data-center customers. The company guided fourth-quarter revenue of $5.80 billion to $6.30 billion and earnings of $2.45 to $2.79 per share. The $6.05 billion revenue midpoint is essentially flat on the previous quarter. Shares trade 17.07% above the $240.23 GF Value estimate, a valuation reference rather than a price target. The next test is whether demand can keep factories busy and support profitability as capacity grows.

Yahoo Finance
Oct 22nd, 2026
Texas Instruments launches TI-Rover BT, a calculator-controlled robot that draws maths equations

Texas Instruments (TI) has launched the TI-Rover BT, a Bluetooth-enabled robotic vehicle that turns algebraic equations into motion on the classroom floor. Students control it with the TI-84 Evo graphing calculator. The vehicle plots curves and shapes from built-in templates. Stepper motors and an onboard pen holder let it draw formulas on paper, making ideas such as continuity and discontinuity visible. An RGB LED can change colour when an ultrasonic ranger detects a nearby object. "The TI-Rover BT is more than a tool; it's a way to make abstract mathematical ideas tangible," said Laura Chambers, president of TI Educational Technology. It is on sale at instructional dealers nationwide. TI plans to add support for the TI-Nspire CX II and TI-Nspire CX II CAS calculators in 2027.

Grafa
Oct 21st, 2026
Texas Instruments generates $6.06 billion in Q3 revenue, up 28%

Texas Instruments generates $6.06 billion in Q3 revenue, up 28%

PR Newswire
Oct 21st, 2026
TI Q3 revenue jumps 28% to $6.06B as net income climbs 78% to $2.43B

Texas Instruments (TI) reported third quarter revenue of $6.06 billion, up 28% from a year earlier and 11% from the previous quarter. Net income rose 78% to $2.43 billion, and earnings per share were $2.62. Chief executive officer Haviv Ilan cited broad growth in industrial, automotive, and data center markets. Cash flow from operations over the trailing 12 months was $9.9 billion, and free cash flow was $8.4 billion. TI invested $4.0 billion in research and development and selling, general and administrative costs, spent $2.6 billion on capital expenditures, and returned $5.8 billion to shareholders. For the fourth quarter, TI expects revenue of $5.80 billion to $6.30 billion and earnings per share of $2.45 to $2.79.

Insider Monkey
Oct 21st, 2026
Texas Instruments (TXN) sees profits recover, but is the stock still expensive?

Texas Instruments (TXN) sees profits recover, but is the stock still expensive? Texas Instruments' margins are improving and its factory spending is finally easing, but at roughly 28x forward earnings, the stock is betting industrial demand stays strong enough to keep those gains from fading once the first rebound wears off. Published October 21, 2026 at 10:10 am EDT - Updated October 21, 2026 at 10:42 am EDT Texas Instruments Incorporated (NASDAQ:TXN) is gaining from recovering chip demand just as its heavy factory spending starts to ease. The stock is at 41.43 times trailing earnings and 27.55 times forward earnings. Now the question is whether the company's new capacity can help lasting growth or simply boost another industry upswing. Recovering demand is reaching the bottom line. Texas Instruments Incorporated (NASDAQ:TXN)'s analog chips manage power and handle electrical signals in equipment ranging from cars to factory machinery. AI infrastructure needs these components too. So TI now has a second source of demand alongside its industrial recovery. On its July earnings call, management said second-quarter industrial revenue grew around 30% from a year earlier, while data-center revenue doubled. A rival shows a similar demand improvement in Analog Devices, Inc. (ADI) Anticipates Q3 Revenue Above Estimates. TI's second-quarter revenue rose 23% to $5.46 billion, and operating profit increased 48% to $2.31 billion. Its operating margin, the share of revenue it keeps as profit before interest and taxes, reached 42.3%, up from 35.1% a year earlier. More sales now turn into much more profit. Owning its factories helps explain that jump since many manufacturing costs stay fixed even when orders slow. When TI produces more chips, those costs spread across more sales, and profitability improves. The same math works in reverse when demand weakens. So owning factories does not shield TI from the chip cycle. Lower factory spending strengthens the cash story. Texas Instruments Incorporated (NASDAQ:TXN) expects to spend $2 billion to $3 billion on factories and equipment in 2026 as its major capacity expansion nears completion. With less cash going into construction, TI can put more toward dividends and future investment. The improvement already shows up in the numbers; Free cash flow reached $6.53 billion in the 12 months through June 2026, up from $1.76 billion a year earlier. The firm calculates it as operating cash left after capital spending, plus direct CHIPS Act incentive receipts. So government backup adds to the recovery, alongside stronger operations and lower spending. Stronger cash generation also has competing uses. TI plans to fund its $7.5 billion Silicon Labs acquisition with cash and debt. Better cash flow does not mean every extra dollar will reach shareholders. The lower forward P/E already Anticipates progress. Trailing PE compares the price with past earnings, while forward PE uses forecast earnings. TI's lower forward multiple shows that investors expect higher profits. At 27.55 times, they pay about $28 for every $1 of annual earnings analysts expect. Recovering orders and better factory utilization give those expectations a business reason. In July, management guided third-quarter earnings per share to $2.23 to $2.57, above the second quarter's $2.14. That outlook helps the recovery argument, though it is separate from analyst-based forward multiple. The historical comparison is less clear since trailing PE fell from 50.95 on June 30, 2026, to 41.43. The share price dropped over that stretch, and July's results gave TI a stronger trailing earnings base. Still, the multiple sits above the 31.60 it carried on December 31, 2025. TI has become cheaper than it was in June, but it has not returned to its year-end valuation. The technology-sector median trailing reported P/E is 34.64. Therefore, investors pay roughly $41 for each $1 of TI's past earnings, against about $35 at the sector median. TI's lower-cost manufacturing can support a premium, since larger wafers cut chip-production costs. But a broad sector benchmark does not give a precise fair value, and the cost advantage matters most when customers keep factories busy. Market sentiment. At the end of Q2 2026, 111 hedge funds held Texas Instruments Incorporated (NASDAQ:TXN), up from 71 in Q1. Their stakes totaled $6.85 billion, up from $3.91 billion. Participation grew, but the tracked sample changed, and higher position values alone do not prove net buying. The recovery supports holding, but the price still requires more. Texas Instruments Incorporated (NASDAQ:TXN)'s improving margins and cash generation give its valuation a credible base. The evidence supports holding existing shares. Even though at roughly 28 times expected earnings, the stock looks less appealing for a new purchase in a cyclical business. The premium needs industrial demand to stay strong enough to keep factories productive after the first rebound. Constant margin gains and cash growth beyond government aid would solidify the case for buying. Renewed order weakness would hurt both profits and the price investors can justify paying. While we acknowledge the risk and potential of TXN as an investment, our conviction lies in the belief that some AI stocks hold greater promise for delivering higher returns and doing so within a shorter time frame. If you are looking for an AI stock that is more promising than TXN and that has 10,000% upside potential, check out our report about this cheapest AI stock.