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Texas Instruments is a global semiconductor company that designs, manufactures, and sells analog and embedded processing chips for markets such as industrial, automotive, personal electronics, and others. Texas Instruments Incorporated (Nasdaq: TXN) is a global semiconductor company that designs, manufactures and sells analog and embedded processing chips for markets such as industrial, automotive, personal electronics, enterprise systems and communications equipment. This passion is alive today as each generation of innovation builds upon the last to make our technology more reliable, more affordable and lower power, making it possible for semiconductors to go into electronics everywhere. TI community managers reserve the right to remove any post that is considered offensive in nature or directly violates the below community guidelines:
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🌟 STEM futures start with a single door opened.
At Texas Instruments, we believe every student deserves the chance to explore what's possible in STEM — and that belief drives everything we do in our communities.
Through STEM PossibiliTI: Opening Doors to STEM Futures, TI Philippines' flagship community program for 2026, our Explore program welcomed 78 Grade 11 & 12 students from Mil-An National High School in Baguio City for a hands-on afternoon of learning, discovery, and real-world inspiration.
Here's what the students experienced:
🔍 STEM Career Readiness Workshop — Preparing students for real-world scenarios in the workplace.
🏭 TI Industry Immersion — A peek into the world of semiconductors through a fun, up-close show and tell.
🎤 STEM Career Motivation — TI volunteers walked alongside students through every activity, opening up about their own experiences and reminding them that the path to STEM is one they don't have to walk alone.
Because when young people see themselves in STEM, the possibilities are limitless. 💡
25/09/2026
🚗⚡ A smarter solution for the future of electric vehicles — and it starts with a single sensor.
EV engineers know the challenge all too well: traditional coreless current sensors keep traction inverter systems lighter, but vibrations can throw off accuracy when it matters most.
So instead of accepting that trade-off, we rethought the architecture entirely.
Introducing TI's multiaxial, coreless current sensor, engineered to deliver both compact design and precision in one breakthrough solution:
✅ Coreless design that optimizes space utilization without compromising system integrity
✅ 20x better accuracy than single-axis, coreless alternatives, even under real-world vibration conditions
✅ Precise torque control for longer driving range and a smoother ride experience
For EV engineers across the Philippines and Southeast Asia helping to shape the region's electric mobility future, this is the kind of innovation that changes what's possible. 🌏
👉 Swipe to explore the technology behind coreless accuracy, then read the full innovation story at the link below. 🔗http://ms.spr.ly/6180a5ltj
12/09/2026
💡 From idea to breakthrough
On September 12, 1958, Jack Kilby solved a fundamental problem that engineers were facing as electronic systems became more complex.
His solution was to build an entire circuit from a single piece of semiconductor material. That didn’t just fix the problem in front of him. It created a foundation for technologies that didn’t even exist yet.
Cars that navigate roads. Robots that respond to their surroundings. Spacecraft that communicate across millions of miles. AI systems processing massive amounts of data. None of it happens without that one breakthrough.
That is the remarkable thing about a foundational innovation: its greatest impact often arrives years later, when technology is applied to problems that did not yet exist. Semiconductors may be invisible inside the products they enable, but they are the magical black boxes that enable the technologies we rely on every day.
As technologies converge, innovations can also move across industries.
Semiconductor expertise developed for automotive high-voltage systems, for example, is now helping engineers address the growing power demands of AI data centers. Just as Kilby never imagined the full impact of his invention, engineers today cannot yet know where their work will lead.
What breakthrough do you think semiconductors will enable next?
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