Communications and Brand Marketing Development Program - Social Media
About the job
- Bachelors degree in Communications, Public Relations, Marketing, Journalism, or related field
- Cumulative 3.0/4.0 GPA or higher
- Experience developing and executing social media content strategies, including copywriting, asset coordination, and scheduling
- Familiarity with social media analytics tools and ability to translate data into content decisions
- Strong verbal and written communication skills, with an instinct for adapting tone and visual format across social media platforms and audiences
- Ability to establish strong relationships with internal stakeholders across marketing, communications, and regional teams
- Demonstrated ability to quickly learn new systems, tools, and processes
- Strong problem-solving skills and comfort operating in a fast-moving environment
- Ability to manage multiple projects simultaneously and deliver on time
- Team player who can collaborate effectively across functions and make channel-based recommendations
About the company
TI designs and manufactures semiconductors, focusing on analog and embedded processing chips used by OEMs in automotive, industrial, consumer electronics, communications, and enterprise systems. Analog chips convert real‑world signals into digital data, while embedded processing chips act as the device’s brains to run specific tasks. It differentiates itself through a broad, proven portfolio, long-standing OEM relationships, and a global manufacturing footprint, alongside CSR efforts and a strong focus on employees (TIers). Its goal is to provide reliable semiconductor solutions that help customers build efficient, capable products across industries while supporting sustainable practices and community initiatives.
Company Size
10,001+
Company Stage
IPO
Headquarters
Dallas, Texas
Founded
1951
Get referred to Texas Instruments
See people who can refer or advise you
Simplify's Take
What believers are saying
- Q2 2026 revenue grew 23%, with industrial up 30% and data center doubling.
- September 2026 India direct-INR purchasing widens access and shortens procurement friction.
- Electronica India 2026 showcased EV, ADAS, solar, and grid design wins.
What critics are saying
- Customer-by-customer price increases in Q3 2026 trigger pushback and delay orders.
- Lehi's $11 billion Utah campus raises fixed costs before demand fully matures.
- Analog commoditization and China sourcing shifts can erase TI's moat within two cycles.
What makes Texas Instruments unique
- TI owns internal fabs, giving supply control competitors outsourcing cannot match.
- Zephyr support on October 1, 2026 lowers migration friction across MCUs, MPUs, wireless.
- TI's analog breadth spans automotive, industrial, data center, and embedded end markets.
Help us improve and share your feedback! Did you find this helpful?
Benefits
Hybrid Work Options
Growth & Insights and Company News
6 month growth
↑ 4%1 year growth
↑ 3%2 year growth
↑ 3%Texas Instruments, Analog Devices, and ON Semiconductor are capitalising on growing demand for analog chips in AI infrastructure. These chips manage power flows and convert real-world inputs into digital data, making them essential for data center operations. Texas Instruments reported 23% year-over-year revenue growth in Q2, with its analog segment up 29%. The company cited continued growth in industrial, data center, and automotive segments. Analog Devices saw 40% year-over-year revenue growth in fiscal 2026 Q3, with net income more than doubling. The company maintains a 39% free cash flow margin and has returned over $24 billion to shareholders in the past decade. ON Semiconductor expects AI data center revenue to more than double in 2026. The company is acquiring Synaptics to strengthen its position in physical AI, expanding its addressable market to $243 billion by 2030.
TI expands Zephyr RTOS support to its broad embedded portfolio. Unified, production-ready platform across TI's MCU, MPU and wireless connectivity solutions eliminates migration barriers and accelerates time to market for Zephyr developers worldwide. What's new? Texas Instruments (TI) today announced that its broad embedded portfolio is now supported on the Zephyr Project, the open-source real-time operating system (RTOS). This integration delivers a unified, production-ready development experience across TI's full range of microcontrollers (MCUs), microprocessors (MPUs) and wireless connectivity devices - purpose-built for embedded developers seeking accelerated development time and a system compliant with the Cyber Resilience Act (CRA). While fragmented software ecosystems often require developers to rewrite code when changing semiconductor vendors, TI's platform based on Zephyr delivers a single, consistent development experience. Developers can migrate to TI without disrupting existing open-source workflows, while gaining access to a comprehensive, higher-performing hardware portfolio. Why does it matter? TI's partnership with the Zephyr Project empowers developers - from hobbyists to design engineers - to create a wide range of systems on a single, streamlined platform. Backed by long-term support of the Linux Foundation, TI regularly updates its Zephyr-based software development kits (SDKs) to address security vulnerabilities, so developers can build products that stay reliable and compliant for years to come. "With TI and Zephyr, developers get everything they need to design and scale with ease across our full MCU, MPU and wireless connectivity portfolios," said Marian Kost, vice president and general manager of Wireless Connectivity at TI. "They can stay in the open-source workflow that they know on the TI silicon they trust, leveraging the hardware breadth, software support and supply reliability needed to take a design from prototype to production." "A vendor-neutral RTOS only works when companies build on it together, and Texas Instruments making its broad portfolio available on Zephyr is a strong example of that commitment," said Kate Stewart, Vice President of Dependable Embedded Systems at the Linux Foundation. "Developers can design across TI's MCUs, MPUs and wireless devices on a common, upstream-first platform, backed by a community that takes security and long-term maintenance seriously." More details Embedded developers increasingly rely on the Zephyr Project not just as an RTOS, but as a thriving, neutral open-source community where real-world development expertise shapes roadmaps and drives adoption. By actively contributing code and reference designs to the upstream Zephyr community, TI enables developers to keep their existing codebase, gain access to a broader and higher-performing hardware portfolio, and reduce long-term security risk. For developers, this means: * No workflow disruption: Keep existing Zephyr codebases and toolchains intact when moving to TI chips. * Upstream first code review: The Zephyr community vets TI's code before any SDK release, giving developers a stable codebase that won't change during product ramp-up. * Public repository and continuous integration/continuous deployment (CI/CD): CI/CD on public GitHub pages provides early, instant access to resources and new features well before they reach the final SDK. * Broader hardware choice: Design a full system with TI's comprehensive embedded and analog portfolios without leaving the Zephyr RTOS environment. * Lower long-term risk: Comprehensive resources - including validated releases, migration guides and backward-compatibility notes - reduce maintenance burdens over a product built on TI silicon supporting life cycles for over 10 years. * Regulatory readiness: CRA compliance removes a significant barrier for developers targeting markets in the European Union (EU). * What TI devices are included in Zephyr's ecosystem? * The ecosystem includes TI's embedded portfolio, including MCUs ranging from ultra-low-power M0 devices to high-performance M33 cores, MPUs and wireless connectivity devices. The Zephyr platform is designed to scale across use cases, from simple sensing to complex connected embedded systems. * How does this expansion help developers who are already using Zephyr? * Developers currently using Zephyr on other platforms can migrate to TI silicon without rebuilding their codebase or abandoning their existing workflow. TI's integration is designed to minimize migration friction while offering access to a broader hardware portfolio. * What does EU CRA compliance mean for developers? * The CRA is an EU regulation that sets cybersecurity requirements for products with digital elements. Since TI's Zephyr platform is CRA-compliant, developers targeting EU markets can use TI's platform with confidence that it meets current regulatory requirements, reducing compliance burdens on their end. * Where can developers access the platform and learn more? * Full documentation, SDKs and reference designs are available at ti.com/zephyr.
NVIDIA and Texas Instruments both supply chips for data centres, but their market positions differ sharply. NVIDIA's data centre revenue hit $89 billion in fiscal Q2 2027, with supply constraints expected through fiscal 2028. The company guided fiscal Q3 revenue to $108 billion, approximately 12% above Q2. Texas Instruments guided Q3 2026 revenue to $5.65-6.15 billion, up from $5.5 billion in Q2. Unlike NVIDIA, TI has spare manufacturing capacity and expects most growth from higher unit sales rather than pricing. NVIDIA leads on six key metrics: revenue grew 83% year-over-year versus TI's 16.7%, whilst operating margins reached 65.2% compared to TI's 38.1%. Debt represents just 0.7% of NVIDIA's market value versus 6.1% for TI. TI offers a lower price-to-sales ratio and recently increased its dividend for the 23rd consecutive year. NVIDIA's fiscal Q3 results on 17 November will test whether its advantage holds.
Brandon Fugal took us on a helicopter tour of Utah's real estate boom. Here's what $30 billion of development looks like. A bird's-eye tour of the real estate projects reshaping Utah - from Eagle Mountain's data centers to downtown Salt Lake City's sports district to a $11 billion chip campus in Lehi. // Sept 23, 2026 It's one thing to see Utah driving up and down I-15; it's an entirely different experience to see it from the window of a helicopter with real estate mogul Brandon Fugal as your tour guide. It was a whirlwind: Within the span of half an hour, I met Fugal for the first time, was introduced to the pilot who would very soon hold our lives in his capable hands, and walked through Fugal's hangar (and saw his famous black helicopter seen in "The Secret of Skinwalker Ranch"). I found myself in the red helicopter parked out front, slipped on a pair of headphones (took a selfie), and before I knew it, we were airborne. Seeing just a part of Utah from Fugal's point of view (in a helicopter!) was truly an event like no other. We flew over Utah Lake; I saw my apartment complex and the Utah Business office; we got an aerial view of the Salt Lake Temple construction. As we twisted and turned in the air, watching the helicopter's shadow fly over neighborhoods and roads, I was amazed to see just how many people call this beautiful state home - both a place for their families and their livelihoods. My excitement only grew as we flew past the developments Fugal pointed out that will amplify our state's already-booming economy. From the data centers in Eagle Mountain to the former Wonder Bread factory site in Ogden, here are some up-and-coming areas that we saw on the helicopter ride that you should also keep an eye on. Utah City | vineyard. Designed to be a sustainable, walkable, transit-oriented community, Utah City addresses Utah's housing shortage while creating a holistic community for families to live and work. * Projected to be a total of 17 million square feet of development * Huntsman Cancer Institute campus opening by summer 2028 Valley Grove | pleasant Grove. Valley Grove is positioned to be a "significant transaction for Utah's multifamily market," adding 420 units in a master-planned community right by Silicon Slopes. * 130 acres of current active development * $1.2 billion investment for Class A office, retail, restaurants, luxury residential and hospitality developments The largest economic investment in state history, Texas Instruments' $11 billion semiconductor campus in Lehi will power the country's future. * Bringing an estimated 800 Texas Instruments jobs * Expands Texas Instruments and Utah's advanced manufacturing capabilities Meta announced on September 14 that it will expand its footprint there, showing that tech hyperscalers see Utah as a hub for the AI buildout. QTS, also in Eagle Mountain, prides itself on providing a water-efficient design for its data centers. * $9+ billion in combined investment * Projected to create 400+ permanent jobs and up to 4,000 temporary jobs The Point broke ground a few months ago on the former Utah State Prison site to develop a new downtown, working alongside the state of Utah and the Point of the Mountain State Land Authority. * 6.3 million square feet in Phase I, with over 3,300 residential units planned * Anchored by a 46-acre University of Utah medical campus and a 5,000-seat Mountain America Credit Union event center With 1 million reservations filled within the first 24 hours, the Salt Lake Temple Open House anticipates drawing a large global audience to the heart of the city. * Six-month historic open house running from April to October 2027 * Completion of the landmark Temple Square and flagship Salt Lake Temple renovation at the end of 2026 This district represents an effort to revitalize downtown Salt Lake City into an economic engine and a gathering place. * $900 million public-private partnership * New 6,000-capacity live music venue built in partnership with Live Nation * Major multi-year Delta Center renovation to host both Utah Jazz (NBA) and Utah Mammoth (NHL) games Power district | Salt Lake City. After decades as an industrial zone, Salt Lake City's west side is becoming the center of a revitalization project and potentially the home of Utah's first Major League Baseball franchise. * Anchored by 10-story Rocky Mountain Power office development * 100+ acre mixed-use development and potential MLB ballpark Replacing aging WWII-era bomb depots, Falcon Hill has grown into the Department of Defense's largest commercial real estate Enhanced Use Lease program. * 550 acres with over 2 million square feet master-planned * Adding roughly 30,000 jobs to the local economy Rising from the site of a former Wonder Bread factory, WonderBlock is part of a broader push to transform downtown Ogden. * $188 million mixed-use project to develop residential, Class A office space, retail and hospitality space * Part of the "Make Ogden" master plan to attract more residents, businesses and jobs to downtown Ogden Kenzie Koehle is the assistant editor of Utah Business. Madeline Chen is an intern on the Utah Business team.
Texas Instruments presents innovative EV and ADAS solutions on display at Electronica 2026. Published on: September 23, 2026 Texas Instruments has expanded their direct rupee purchasing for domestic manufacturers, which includes covering bulk orders via its backlog channel. Thus with this announcement, more than 20 technology demonstrations were showcased at Electronica India 2026, organised at the Bengaluru International Exhibition Center last week. The diversified payment mechanism will be targeting multiple OEMs and component manufacturers building electronics for automotive, renewable energy, and industrial products. Thus it provides greater cost predictability and revised delivery terms for Indian customers. Discover more EV Charging Stations Charging station Texas Instruments at Electronica India 2026. Texas Instruments showcased a 3D car wireframe engineered specifically for software-defined vehicle central compute setup, which also comes with over-the-air OTA firmware updates. The display also features zone control modules, real-time wheel-speed tracking, a 48V wiper assembly and a Gallium Nitride-enabled 48V audio amplifier. TI also demonstrated other solutions coming with Bluetooth Low Energy (LE) Channel Sounding for car digital keys and keyless entry systems along with solutions for digital cockpits. Commercial Vehicles The company also displayed a 1V3R solution, combined with one camera and three radar units, which is built to cater the needs of ADAS mandates applied for commercial vehicles in India Solar Applications Texas Instruments also presented a GaN-based 3.6 kW single-phase string inverter specifically designed for solar applications. It consists of a single microcontroller running a H-Bridge bipolar modulated DC/AC inverter alongside a single-string photovoltaic input with maximum power point tracking, as the platform is designed to offer high-frequency operation in order to reduce total solution cost and size. Discover more electric vehicles Explore Riding Gear