Discover how honeycomb structures inspired by bees help engineers achieve lightweight, high-stiffness designs. Explore their benefits, limitations, and real-world applications, including TOPU’s work on Taiwan’s FORMOSAT satellite program.

了解跨領域工程團隊如何整合專業知識，提升產品設計、原型製作、製造效率與工程創新，打造更完善的工程解決方案。

AI in engineering is beyond just the commonly known ChatGPT, Claude, or other conversational AI. It's about training models to understand engineering data, predict outcomes, and help engineers make better decisions.

The difference between good and great engineering can be collaboration. Collaborative engineering teams matter by bringing expertise in mechanical, electrical, software, and more together to address interconnected issues. The benefits extends beyond just the technical design, but includes faster processes, fewer errors, and increased efficiency. AI can be used to help collaboration easier, but it can't replace human connections through collaboration.

Rethinking Engineering Validation in the Age of AI. In engineering design and product development, simulation and experiment are often treated as two different ways of answering the same question: Which one is more accurate? The conventional answer is straightforward:

在工程設計與產品開發過程中，「模擬」與「實驗」經常被拿來比較。一般人的直覺是：實驗是真實世界的物理量測，因此一定比模擬準確。也因此，在工程實務上，我們通常會把實驗結果誤以為真值(Truth)或標準答案，用實驗結果來驗證模擬分析。當模擬結果與實驗結果一致時，我們認為模擬是正確的；但如果兩者差異很大，多數人第一個反應往往是：「實驗是真的，應該是模擬不準。」 但事實真的如此嗎？

Exteded-Range Electric Vehicle battery protection case study for car crashes.

How TOPU developed Carbon Fiber structures for satellite

Behind the scenes of safety and road to validation by TOPU for Brogent Technology's I-ride to achieve certification.

TOPU is Taiwan's first company to achieve ASME U3 Certification for High-Pressure Processing (HPP)

Importance of how humidity and temperature control not only applies to pig pens, but to our normal everyday offices.