Inspiring the Next Generation of Engineers: Inside IEEE's Global Teacher Training Program

Tweet

Published: November 10, 2026

---

As global demand for hardware designers, embedded systems developers, and semiconductor specialists continues to reach historic highs, the foundation of the technology pipeline relies heavily on early education. Before a student ever flashes their first microcontroller or routes a printed circuit board, their interest in technical disciplines is frequently sparked by inspiring pre-university teachers. Recognizing this vital link, the IEEE Educational Activities Board has expanded its TryEngineering educator development program, now in its third operational year. Designed to connect classroom teachers directly with state-of-the-art research hubs and industrial manufacturing environments, the initiative provides educators with the tools, confidence, and curriculum needed to bring complex engineering concepts into primary and secondary classrooms.

During the latest cycle of workshops, more than 50 educators participated in immersive professional development experiences across several high-tech university campuses and industrial facilities. This year's curriculum placed a heavy focus on two of the most critical technology domains shaping our modern world: semiconductor technology and artificial intelligence. By combining direct access to academic researchers with hands-on lesson frameworks, IEEE is helping bridge the gap between abstract theoretical science and real-world electronic engineering.

Addressing the Semiconductor Talent Pipeline: IEEE TryEngineering Trains Educators in Microelectronics and AI

Tweet

Published: November 09, 2026

---

As the global electronics industry faces an unprecedented demand for skilled workforce talent across microelectronics, embedded systems, and artificial intelligence, building an early pipeline of future engineers has become a top priority. To address this challenge at its root, the IEEE Educational Activities Board continues to expand its flagship TryEngineering educator program. Now in its third year, the initiative equips pre-university teachers with specialized technical knowledge, classroom-tested curriculum modules, and direct exposure to modern semiconductor manufacturing environments.

By transforming middle and high school educators into STEM ambassadors, the program aims to bridge the disconnect between high school science coursework and real-world hardware engineering careers. Recent hands-on workshops hosted at major academic institutions in the United States and internationally focused heavily on semiconductor fabrication, cleanroom operations, artificial intelligence fundamentals, and structured engineering design processes.

Inspiring Tomorrow's Hardware Engineers: How IEEE TryEngineering Brings Semiconductor Tech to the Classroom

Tweet

Published: November 08, 2026

---

The global electronics industry is expanding at a rapid pace, driven by breakthroughs in embedded systems, artificial intelligence, edge computing, and custom silicon development. However, sustaining this momentum requires a continuous pipeline of skilled hardware engineers, embedded software developers, and microelectronics specialists. Addressing this long-term workforce challenge requires introducing fundamental engineering concepts long before students reach university lecture halls.

Now in its third year, the IEEE TryEngineering educator program is tackling this challenge at the grassroots level. By equipping primary and secondary school teachers with specialized professional development, hands-on instructional tools, and direct exposure to modern fabrication facilities, the program aims to demystify complex technical fields like artificial intelligence and semiconductor manufacturing for pre-university students.