#Taiwan #ITRI #R&D Awards #Innovations #Palm Springs

ITRI's Excellence Celebrated with Eight 2024 R&D 100 Awards

On November 21, 2024, during an impressive ceremony held in Palm Springs, California, the Industrial Technology Research Institute (ITRI) was honored with eight prestigious R&D 100 Awards for their groundbreaking innovations. This remarkable achievement underscores ITRI's leading role as Taiwan's premier applied research institute, marking its 17th consecutive year of success at these awards. Notably, ITRI's winning streak continues from the previous year, solidifying its reputation for excellence in the field of research and development.

ITRI's president, Edwin Liu, expressed pride in the institute's consistent performance, stating, "Our market-oriented R&D is finally gaining recognition on the international stage." He highlighted a significant milestone—over 90% of the 66 technologies awarded since 2008 have successfully transitioned into the industry, showcasing ITRI’s commitment to not just innovation, but also to the practical implementation of its research.

Paul Heney, VP and Editorial Director of R&D World, commended the achievements of Taiwanese organizations—in particular, ITRI—stating that Taiwan ranked second, behind the United States, for the number of winners and finalists this year. He praised ITRI's continued commitment to innovation, especially in areas related to artificial intelligence, which resonate well with current global technological trends. Heney expressed gratitude to the teams at ITRI for their significant contributions to global advancements.

The 2024 winning technologies exemplify a range of applications across various industries, showcasing ITRI's cutting-edge capabilities. Here are a few of the standout innovations:

1. MOSAIC

This technology revolutionizes the integration of logic and memory components within a stacked AI chip. By dramatically reducing data transmission distances from micrometers to nanometers, MOSAIC achieves a staggering 90% reduction in heat generation and 80% in operational costs. This advancement supports a wide range of AI applications, from portable devices to high-performance computing servers.

2. CO2-Fixing Polycarbonate

As a unique initiative addressing climate change, this method converts captured CO2 into high-performance polycarbonate while operating a zero-waste, closed-loop system. By utilizing recycled chemicals and non-toxic feedstock, it showcases ITRI's commitment to sustainable technology without compromising quality.

3. In-Line X-Ray Critical Dimension Metrology System (XRCD)

This precision measurement system leverages X-ray technology to assess critical dimensions in semiconductor manufacturing, achieving remarkable 3D measurement accuracy within less than 0.1 nanometers. Integrating machine learning enhances efficiency and precision in addressing complex microstructures in advanced chip production.

4. Digital Twin System for Tapping Process (DiTwS-TP)

An AI-driven model utilizes physics-based simulations for accurately predicting the behavior of liquid steel during the tapping process. By enhancing safety, efficiency, and product quality, this innovation optimizes operational strategies and significantly reduces costs.

5. AI-driven Self-Navigating Miniature Robotic System (AiSNMSR)

This state-of-the-art system is designed for natural orifice endoscopic surgeries, featuring high maneuverability and real-time tactile feedback. Integrating AI with advanced imaging techniques, it greatly enhances surgical precision and reduces complications, thereby improving patient outcomes.

6. Ameba RAN for NTN/TN Convergence Network

This adaptable software solution operates on common hardware to streamline operational costs while seamlessly connecting terrestrial and non-terrestrial networks. It aims to support various applications in smart living environments, enhancing broadband access and low-latency communications.

7. Agilely Adoptable Demand Responsive Energy Management System (AADREMS)

Utilizing cold energy from refrigeration units, this innovative system transforms the energy management approach in commercial environments. By optimizing the interaction between cooling devices via IoT, it significantly improves energy savings and operational reliability.

8. AI Formulated Low Carbon Geopolymer Concrete (AI-LCGC)

This groundbreaking concrete formulation reduces CO2 emissions by 70-90% through the use of industrial waste materials. An AI algorithm predicts concrete quality and tailors formulations to required properties, facilitating the creation of sustainable construction materials at scale.

Through its commitment to research and innovation, ITRI is not just leading the charge for technological advancements in Taiwan but also making a significant impact globally. With its strategic focus on Smart Living, Quality Health, Sustainable Environment, and Resilient Society within its 2035 Technology Strategy and Roadmap, ITRI continues to pioneer advancements that aim to create a better future.

For more information about ITRI and its contributions to technology and society, visit ITRI’s official website.