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6+ Texas Instruments questions

Texas Instruments interview questions and how to prepare

The questions candidates report from Texas Instruments interviews, sorted by how often they come up, with difficulty and topics, plus original practice written in Texas Instruments's interview style.

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ZorixOS tracks 6 community-reported Texas Instruments interview questions, drawn from an open-source dataset of real interview reports and sorted by how frequently each one comes up. Every question links to its source. Alongside them are 78 original ZorixOS practice questions written in Texas Instruments's known interview style (not claimed as asked at Texas Instruments), so you can rehearse the real format. Practice any of them out loud in a free AI mock interview tuned to Texas Instruments.

Updated July 2026

Texas Instruments interview questions candidates report

Community-reported from real Texas Instruments interviews (open-source dataset), most-asked first. Showing 6. Each links to its source.

  1. Generate Parentheses
    StringDynamic ProgrammingBacktracking
    Medium100% asked
  2. Minimum Path Sum
    ArrayDynamic ProgrammingMatrix
    Medium100% asked
  3. Kth Largest Element in an Array
    ArrayDivide and ConquerSortingHeap (Priority Queue)
    Medium88% asked
  4. Partition Array Into Two Arrays to Minimize Sum Difference
    ArrayTwo PointersBinary SearchDynamic Programming
    Hard88% asked
  5. Substring with Concatenation of All Words
    Hash TableStringSliding Window
    Hard88% asked
  6. Delete Node in a Linked List
    Linked List
    Medium88% asked

Practice questions in Texas Instruments's style

Original ZorixOS questions written the way Texas Instruments interviews, so you rehearse the real format. Not claimed as asked at Texas Instruments.

  1. Imagine you are designing a new real-time operating system (RTOS) kernel for a microcontroller used in automotive systems. How would you approach memory management to ensure deterministic performance and prevent fragmentation, considering the strict safety requirements of the automotive industry? Describe the data structures and algorithms you would use.

    Software EngineerRTOS Kernel DesignTests: Assesses understanding of RTOS, memory management, and embedded systems design principles relevant to safety-critical applications.

  2. Texas Instruments produces a wide range of analog and embedded processing chips. Consider our Sitara processors. If a customer reports intermittent system hangs in a complex industrial automation application running on a Sitara AM62x processor, what systematic debugging approach would you take? Outline the tools and techniques you would use at the hardware and software levels.

    Software EngineerSystem DebuggingTests: Evaluates problem-solving skills, debugging methodologies, and familiarity with embedded hardware/software interaction.

  3. You are optimizing a digital signal processing (DSP) algorithm for our C6000 series DSPs. The algorithm involves heavy matrix multiplication. How would you leverage the specific architectural features of these DSPs, such as VLIW (Very Long Instruction Word) and specialized instruction sets, to maximize performance and minimize code size?

    Software EngineerDSP OptimizationTests: Tests knowledge of DSP architectures, low-level optimization techniques, and parallel programming concepts.

  4. Consider the challenges of designing firmware for our SimpleLink™ Wi-Fi devices. A customer is experiencing unexpected power drains during extended periods of low activity. What are the potential causes, and how would you investigate and propose solutions to improve power efficiency while maintaining connectivity?

    Software EngineerFirmware Development & Power ManagementTests: Assesses understanding of embedded firmware, power optimization strategies, and wireless communication protocols.

  5. Design a system to manage firmware updates for millions of TI microcontrollers deployed in the field, potentially across diverse and intermittent network conditions. Focus on reliability, security, and rollback mechanisms.

    Software EngineerSystem Design: OTA Firmware UpdatesTests: Evaluates system design capabilities, understanding of distributed systems, fault tolerance, and security considerations.

  6. You are tasked with developing a driver for a new sensor that interfaces with our MSP430 microcontroller. The sensor requires precise timing and low latency. How would you design the driver to meet these requirements, considering interrupt handling, DMA usage, and potential real-time constraints?

    Software EngineerEmbedded Driver DevelopmentTests: Tests knowledge of microcontroller peripherals, driver design, and real-time programming concepts.

72+ more Texas Instruments-style questions are in the free library, each practiceable live with adaptive follow-ups and an honest scorecard. Start free.

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Texas Instruments Interview Questions (2026) | ZorixOS