Texas Instruments PM Portfolio Projects That Stand Out in Interviews 2026

TL;DR

Texas Instruments interviews reward portfolio projects that demonstrate signal chain thinking, cost optimization at volume, and cross-functional influence without direct authority. The candidates who advance are not those with the most polished slide decks, but those who can narrate a decision where they chose a worse spec to hit a $0.03 cost reduction that enabled 2 million unit placement. Three projects with TI-specific relevance, documented with engineering handoff artifacts and customer economics, outperform ten generic app case studies.

Who This Is For

You are a product manager targeting Texas Instruments' embedded processing, analog, or sensors PM roles in 2026, likely with 2-5 years of experience in semiconductor-adjacent industries, industrial automation, or automotive Tier 1 suppliers. You have built products that touch hardware-software interfaces but struggle to make your work legible to interviewers who live in datasheets and customer COGS models. Your pain point is translation: you know you did something hard, but your portfolio reads like consumer tech fluff to people who measure success in design wins and lifetime revenue per socket. You need to reconstruct your narrative around the decision frameworks that drive TI's business, not just the user outcomes you delivered.

What Makes a PM Portfolio Project Impressive to Texas Instruments Interviewers?

Projects that impress at TI demonstrate that you have operated in a world where the customer is an engineer, the decision cycle is 18-24 months, and the unit economics dominate the user experience.

I sat in a debrief for a mixed-signal power management PM role in early 2025 where the hiring manager killed a candidate with flawless Google PM credentials. The candidate had led Google Home feature delivery, complete with A/B test lifts and retention curves. The hiring manager's verdict, delivered in the first thirty seconds: "She has never had to convince someone to buy something that takes six months to integrate, then sits in inventory for two years, and still works at -40C." The candidate advanced no further.

The candidate who received the offer had spent three years at a motor drive company nobody on the hiring committee had heard of. His portfolio contained one project: a gate driver replacement that reduced BOM cost by $0.47 in a 400,000 unit annual program. He walked through the customer negotiation where the purchasing manager demanded $0.62, the engineering trade-off that sacrificed 5% switching speed for the cost target, and the six-month qualification timeline with the customer's reliability team. The hiring manager stopped him once, to ask how he had modeled the lifetime value of the design win. The candidate had the spreadsheet on his laptop. He was onsite for final rounds the following week.

The first counter-intuitive truth is this: TI interviewers do not care about your product's end user. They care about your product's customer's customer, and the economic engine that connects them.

A project that stands out follows this architecture. It starts with a market signal: a customer segment consolidating suppliers, a regulatory shift creating new power efficiency requirements, a competitor's end-of-life announcement creating a replacement window. It proceeds through a technical-economic decision: selecting a process node, choosing between integrated and discrete approaches, trading off performance for cost at a specific volume inflection point. It culminates in a commercial outcome: design win count, revenue per socket, lifetime value calculation with customer-specific attrition modeling.

The portfolio artifact is not a deck. It is a decision journal: the initial requirement document, the engineering review where someone objected, the customer meeting notes where the real objection surfaced, the revised spec, the final quote, and the 12-month post-launch measurement against the model.

Which Types of Projects Should I Include for Embedded Processing vs. Analog Roles?

The project archetype must match the business model of the specific TI division, not just the technology domain. Embedded processing roles reward platform and ecosystem thinking; analog roles reward single-socket dominance and customer economic lock-in.

In a Q2 2025 debrief for a C2000 real-time controller PM role, the committee split over two candidates. The first had built a consumer IoT platform with 50,000 developers. The second had managed a single motor control reference design at a small industrial automation firm, with 1,200 documented design-ins. The platform candidate assumed scale would carry him. The committee selected the reference design candidate. The hiring manager's explanation: "She knows that our success metric is not developer count. It is the number of customer schematics that look like our reference design, because once they copy our schematic, they buy our parts for fifteen years."

For embedded processing roles, select projects that demonstrate ecosystem leverage. A platform where third-party hardware modules plugged into your baseboard, and you managed the compatibility certification process. A software framework where you balanced standardization (reducing your support burden) against customer customization demands. A university program where you seeded reference designs that converted to production volume. The signal is: you understand that the processor is a vehicle for recurring revenue in tools, software, and support contracts.

For analog and power management roles, select projects that demonstrate socket economics. A voltage regulator where you modeled total cost of ownership including external components, not just your chip price. A battery management IC where you quantified the customer's pack assembly cost reduction from your integration. A signal chain where you captured the customer's calibration burden and eliminated it. The signal is: you can articulate why a purchasing manager should pay more for your part because the system cost drops.

The second counter-intuitive truth: at TI, the project that wins is often the one that looks smallest from the outside—a single component in a single customer's BOM—because that is where the margin and the multi-year lock-in reside.

How Should I Document Hardware-Software Integration Decisions in My Portfolio?

TI interviewers need evidence that you can hold the interface between engineering domains, not just delegate across it. The portfolio must contain artifacts that show you made decisions at this boundary, not just facilitated others' decisions.

I reviewed a candidate's portfolio in late 2024 for a sensors PM role. She had led a pressure sensor module from concept to production. Her portfolio included the standard items: PRD, roadmap, launch metrics. What changed the interview's trajectory was a single page: a handwritten decision matrix from a meeting where the firmware team wanted to filter sensor noise in software, and the MEMS team wanted to add a dedicated circuit block. She had sketched the power, latency, and unit cost implications of each approach, noted the customer's actual accuracy requirement (which made the hardware overkill), and captured the final decision with the engineering leads' initials. The TI hiring manager, an applications engineer for fifteen years before moving to product, spent twenty minutes on that page. "This is what the job is," he said later. "Not making the slide. Living in the ambiguity long enough to know which ambiguity to resolve."

Your portfolio needs three integration artifacts minimum. First, a trade-off analysis with engineering estimates, not just requirements. Show the conversation where the initial spec met reality: the power budget that could not be met, the thermal constraint that forced package selection, the communications protocol that the customer's legacy system dictated. Second, a customer-facing technical document that you authored or substantially revised: an application note, a reference design brief, a customer presentation that translated engineering constraints into customer economic benefit. Third, a post-launch technical debt or quality assessment: what you would do differently, what customer feedback forced you to revisit, how your initial architectural assumptions held or failed.

The third counter-intuitive truth: the most impressive portfolio item is often the failure you can narrate with engineering specificity, not the success you polished for LinkedIn.

What Metrics and ROI Frameworks Do TI Interviewers Expect to See?

The metrics that resonate at TI map to how the company itself is measured: gross margin expansion, operating margin, free cash flow per revenue dollar. Your portfolio must show you can translate product decisions into these financial outcomes, not just product-level KPIs.

A candidate I coached in early 2025 interviewed for a power management role with a project on LED driver cost reduction. His initial portfolio emphasized lumens per watt and customer satisfaction scores. We reconstructed the narrative around working capital: his $0.08 cost reduction allowed the customer to reduce their safety stock holding because the TI part's lead time stability eliminated their buffer. At $2.3 million annual volume, their inventory carrying cost dropped by $47,000 annually. The TI finance interviewer, who typically asks one question in PM interviews, asked three follow-ups about the inventory model.

Your portfolio needs metric tiers. Tier one: market validation metrics. Not "customer interviews conducted" but "three of five target customers confirmed 18-month replacement timeline; two committed to socket evaluation with written intent." Tier two: technical-economic metrics. "Reduced external component count from 7 to 4, saving $0.31 in customer BOM at 100K annual units; payback period on customer redesign investment 8.3 months." Tier three: commercial outcome metrics. "Design win in Q2 2023; first production revenue Q1 2024; $340K annual run-rate at steady state; 6.5-year estimated program life based on customer platform roadmap."

The framework that signals sophistication is lifetime value modeling with customer-specific variables. Not LTV in the SaaS sense, but design win LTV: estimated units over program life, TI average selling price erosion curve, gross margin percentage, minus customer-specific support and FAE allocation. If you have built this model, even roughly, for any project, it belongs in your portfolio.

How Do I Show Customer and Channel Understanding Specific to Semiconductor Go-to-Market?

Semiconductor go-to-market has structural peculiarities that consumer PMs rarely encounter: the distributor as a revenue recognition entity, the FAE as a pre-sales technical resource and post-sales debugger, the OEM versus ODM versus EMS decision chain, the long-tail customer served through catalog sales. Your portfolio must demonstrate fluency in this structure, not just awareness of it.

In a 2024 debrief for an automotive analog role, a candidate with Tesla PM experience presented a charging infrastructure project. The technical work was strong. The hiring manager's objection: "He kept saying 'the customer.' I asked him which customer. The tier 1 that designed the board? The OEM that specified the socket? The EMS that placed the order? The end consumer who never knows our part exists? He had one answer for all of them." The candidate was rejected.

A portfolio project that demonstrates channel understanding contains explicit customer segmentation with differentiated value propositions. For a given product: what does the tier 1 designer need? (Technical support, reference design fidelity, long-term supply assurance.) What does the OEM platform manager need? (Roadmap alignment, second-source flexibility, cost transparency for their own customer negotiations.) What does the distributor need? (Inventory turns, technical support burden offload, predictable demand patterns.) What does the catalog customer need? (Availability, documentation, no minimum order friction.)

The portfolio artifact is a channel strategy document, even if informal: a one-page grid of customer types, their decision criteria, your product's fit, and the specific evidence you used to validate that fit. If you managed a design registration program, document the structure. If you negotiated a franchise distributor agreement, redact and include the commercial terms. If you built a customer self-service portal to reduce FAE support burden, show the before-and-after support ticket volume and the FAE hours reallocated.

Preparation Checklist

  • Reconstruct one project using TI's business language: design wins, sockets, lifetime revenue per customer, gross margin contribution; practice narrating the customer economic decision chain aloud until it sounds automatic, not translated
  • Build a decision journal for your strongest project: initial requirement, engineering objection, customer negotiation, revised spec, commercial outcome; include one artifact from each phase in your portfolio
  • Model the lifetime value of a design win for your target role's product category; use TI's own gross margin structure (65-70% for analog, 55-60% for embedded) as a sanity check on your assumptions
  • Map your existing projects to the three integration artifacts: engineering trade-off analysis, customer-facing technical document, post-launch technical assessment; if a gap exists, create the missing artifact before applying
  • Practice the "which customer" drill for each project: five distinct customer types in the semiconductor value chain, each with differentiated needs and evidence of your engagement
  • Work through a structured preparation system; the PM Interview Playbook covers semiconductor PM case interviews with real debrief examples from TI, Analog Devices, and Maxim hiring loops, including the specific ROI frameworks and channel economics that separate advancing candidates from rejected ones
  • Schedule a portfolio review with someone who has shipped hardware products; consumer PM feedback is actively misleading for TI preparation, and the false confidence it creates is dangerous

Mistakes to Avoid

BAD: Presenting monthly active user growth for a hardware-adjacent software project without connecting to the hardware revenue model or customer COGS impact

GOOD: "Our firmware update reached 12,000 devices; the feature it enabled reduced customer field calibration frequency by 60%, which the customer's operations team valued at $23,000 annually in avoided technician dispatch; this supported a $0.45 ASP increase in contract renegotiation."

BAD: Describing a BOM cost reduction without specifying whose BOM, what volume assumptions, or the engineering trade-offs accepted to achieve it

GOOD: "Reduced customer BOM from $4.87 to $4.12 by integrating two discretes into our IC; accepted 8% efficiency penalty below 10% load, which customer simulation confirmed affected <3% of operating hours; qualified with customer's reliability team over four months."

BAD: Framing portfolio projects around personal skills developed rather than business outcomes delivered and decisions navigated

GOOD: "I managed the technical and commercial negotiation for a reference design that became the default architecture for three of the customer's five product lines; here's the decision log from the meeting where we accepted their feature request in exchange for exclusivity in their premium tier."

FAQ

Should I build a new project specifically for my TI application, or can I adapt existing work?

Adapt existing work; building from scratch signals preparation, but adapting with TI-specific frames signals judgment. The hiring committee knows you have not shipped a TI product. They need evidence that you can map your experience to their context. Reconstruct an existing project's narrative around design win economics, not user engagement. The candidate who spends three months on a hypothetical "TI-style" project rather than deeply reframing their actual accomplishments is demonstrating the wrong prioritization—precisely the error that kills in semiconductor PM roles where resource allocation across long cycles separates the effective from the overwhelmed.

How technical should my portfolio be for a PM role versus an applications engineering role?

Your portfolio should demonstrate technical fluency, not technical execution. The PM who pretends to be an engineer is immediately flagged; the PM who cannot hold a technical conversation with engineers is equally doomed. Include enough technical detail to show you operated at the interface: you understood the engineering trade-offs, you did not make the trade-offs yourself. For AE roles, the expectation shifts: you need deeper domain expertise, often including simulation or bench-level validation experience. The portfolio boundary is clear: PMs show they can synthesize technical input into commercial decisions; AEs show they can translate commercial requirements into technical solutions.

Does TI value startup experience differently than large company experience for PM roles?

TI values the specific experience, not the company size. The startup PM who managed a three-person team through a cash-constrained pivot, with direct customer exposure and hands-on technical decisions, often outperforms the large company PM with broader scope but shallower engagement. The critical variable is evidence of end-to-end ownership: concept, development, commercialization, and post-launch iteration. Large company PMs sometimes struggle because their role was narrower; startup PMs sometimes struggle because their environment was too chaotic to build reproducible decision processes. Neither background is preferred. The portfolio that demonstrates structured decision-making under constraint, regardless of company size, advances.

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