Texas Instruments Industry Insights, Career Advice, and UCLA Electrical Engineering Pathways

Speaker Profiles and Backgrounds

  • Andrew Parker:

    • Current Role: Applications Engineer at Texas Instruments (TI) within the Both Services group.

    • Technical Focus: Works with monitoring circuits that measure current and voltage, as well as supervisor circuits responsible for electronic safety across system applications ranging from projectors to data centers.

    • Hometown: Sunnyvale, California (San Francisco Bay Area).

    • Education: Earned both a Bachelor's degree and a Master's degree in Electrical Engineering from UCLA (graduated in 2024). Completed final degree requirements while studying abroad in Germany.

    • TI Tenure: Completed 3 internships at TI prior to joining full-time in October 2024.

    • Career Progression: Applied to MBA programs to complement technical engineering expertise with business strategy.

    • Personal Background & Activities: Basketball enthusiast; photography hobbies including travels to windmills in Amsterdam, the Paris Olympics for the men's bike race, and Singapore. Built an early Python scripting project analyzing NBA statistics to stand out in job interviews.

  • Parker Greth:

    • Current Role: Field Application Engineer (FAE) at TI in the Sales and Marketing organization.

    • Technical Focus: Serves as the key technical contact bridging customer technical needs and TI internal resources; assigned specifically to major accounts such as Apple.

    • Hometown: Humboldt County, California (rural Northern California).

    • Education: Earned a Bachelor's degree in Electrical Engineering from UCLA (graduated in 2023).

    • Prior Work Experience: Farm hand in Australia; intern at a 3D printing startup (hands-on technical work, but lacked structure); completed 3 formal internships (ALT, TI marketing internship in Dallas, and TI FAE internship).

    • TI Rotational Program: Completed TI's 1-year rotation program / fast-track accelerator, rotating through 3 distinct roles across different corporate and technical functions.

    • UCLA Activities: UCLA Ski Team (weekend competitions), Intramural sports (floorball, dodgeball), Engineering Ambassadors (campus tours).

    • Personal Interests: Basketball and snowboarding.

Semiconductor Industry Overview and Texas Instruments Ecosystem

  • Role of Semiconductor Manufacturers:

    • Semiconductor chips serve as the foundational building blocks for all modern hardware electronics.

    • Hardware systems companies (such as Apple, Google, and Nvidia) utilize these integrated circuits to construct consumer electronics, enterprise infrastructure, and computing platforms.

  • Texas Instruments Product Portfolio:

    • Primary concentration on analog chips, including power management circuits and communication chips that facilitate inter-system component dialogue.

    • Manages a dedicated portfolio of digital processing hardware, including Microcontroller Units (MCUs) and processors.

  • Corporate Hiring Strategy:

    • TI maintains a distinct organizational culture focused on direct university hiring over lateral industry recruitment.

    • Offers 1-year full-time new-hire accelerator programs and rotational programs.

    • Expectations for new graduates focus on approachability, learnability, and strong interpersonal collaboration rather than immediate mastery of all technical domains.

Semiconductor Product Life Cycle and Engineering Roles

  • Phase 1: System Definition and Customer Needs:

    • Systems Engineers and Applications Engineers interface directly with customers to identify market needs, define system architectures, and establish specs for next-generation silicon.

  • Phase 2: Silicon Design:

    • IC Design Engineers lay out individual transistors onto silicon substrates (applying fundamental circuit principles taught by instructors such as UCLA Professor Razavi).

  • Phase 3: Design Verification:

    • Design Verification Engineers conduct extensive simulation testing on circuit schematics to identify bugs before submitting designs to the fabrication facility (fab).

  • Phase 4: Silicon Validation:

    • Validation Engineers receive initial physical silicon prototypes from the fab and perform bench testing to verify performance against design specifications.

  • Phase 5: Mass Production and Test Engineering:

    • Test Engineers develop high-throughput automated test solutions to support mass production and manufacturing releases scaling into billions of units.

  • Phase 6: Field Applications and Technical Sales:

    • Applications Engineers specialize in specific product lines, supporting front-end system design, back-end customer debugging, authoring technical application reports, and defining future product iterations.

    • Field Application Engineers (FAEs) specialize in specific customer accounts (e.g., Apple), managing commercial dynamic sales, pricing, supply logistics, and real-time technical troubleshooting.

Academic Strategy and Coursework at UCLA

  • Essential Coursework in Electrical Engineering:

    • Core circuit design sequence courses—specifically designated as 5010, 5110, 115, 121, and 215—provide foundational knowledge essential for hardware design and application roles.

    • Completing rigorous circuit analysis builds confidence to solve complex, unstructured engineering challenges in industry.

    • Introductory engineering courses (such as ECE 1) serve as early launchpads for career fair participation.

  • Academic Practices and Adjustments:

    • Attending weekly discussion sections, utilizing Teaching Assistant (TA) resources, and attending professor office hours are crucial habits for overcoming early academic hurdles.

    • Taking elective coursework in public speaking provides long-term professional benefits, helping engineers present technical data effectively and overcome public speaking anxieties.

  • Extracurricular and International Opportunities:

    • Participating in engineering clubs, campus tour ambassador programs, and hackathons (such as serving on the executive board for LA Hacks 2022) builds project management and communication skills.

    • UCLA supports international study abroad options (such as senior-year coursework completed in Germany) within standard engineering graduation timelines.

Career Preparation, Resume Building, and Interview Strategies

  • Career Fair and Internship Search Strategy:

    • Attendance at career fairs should begin in the first year to gather immediate feedback, learn corporate expectations, and build multi-year relationships with recruiters.

    • Candidates lacking formal job experience can stand out by showcasing technical personal projects (e.g., writing a custom Python script to analyze NBA statistics).

  • Technical Interview Best Practices:

    • Think Out Loud: Candidates must continuously articulate their thought process out loud. Remaining silent while writing or working through a problem gives interviewers no insight into critical thinking abilities.

    • Partial Credit and Logic Speculation: Interviewers actively push candidates to the edge of their knowledge. Candidates should never simply say "I don't know" and stop; instead, state assumptions, speculate logically, and work through guided hints.

    • Professional Attire: Dressing professionally (e.g., a proper button-down shirt, slacks, and dress shoes) sets a formal mindset and creates a strong first impression, even if daily workplace attire is casual (t-shirts and jeans).

    • Interpersonal Demeanor: Maintaining a positive attitude and smiling during interviews is critical. Hiring managers select team members based on cultural fit and positive cross-functional collaboration.

    • Due Diligence: Research interviewers, specific business units, products, and company research areas prior to the interview to tailor answers to corporate needs.

    • Resume and Slide Fidelity: Never include personal projects, course numbers, concepts, or technical terms on a resume, CV, or presentation slide that cannot be thoroughly explained. Interviewers will audit these items, and failure to explain them destroys credibility.

Questions and Discussion

  • When should first-year engineering students begin searching for internships?

    • First-year students should begin attending career fairs in their first term. Early attendance builds interviewing confidence and recruiter familiarity, even if an offer is not secured until subsequent years.

  • Is prior corporate experience required to land early-stage roles at semiconductor companies?

    • Prior formal corporate experience is not required. Companies hire early-stage students into accelerator and rotation programs based on learning agility, personal projects, enthusiasm, and teamwork.

  • What style of technical questions are asked during engineering interviews?

    • Technical interview questions focus on fundamental engineering principles (such as circuit operation and integration) rather than obscure puzzles. Questions test how a candidate reasoned through unfamiliar problems and incorporated interviewer feedback.