MICTECHLAB

UW   x   NTHU

UNIVERSITY OF WASHINGTON & NATIONAL TSING HUA UNIVERSITY

MICRO TECHNOLOGY LABORATORY

Location: General Building II 809 / 第二綜合大樓 809

Welcome to the Micro Technology Laboratory (MTL) at National Tsing Hua University, where our pursuit of knowledge knows no bounds. Step into a world where pioneering research meets unwavering dedication. At MTL, we are at the forefront of both fundamental and applied research, harnessing the potential of unique polymer materials and state-of-the-art fabrication techniques. Our primary objective? To explore advanced materials and structures boasting exceptional properties such as negative resistivity, permittivity, and permeability; or creating amorphous and metamorphous structure and materials that generate arbitrary and dynamic spatial and temporal wave transformation. Imagine a landscape where micro-sensors and actuators not only revolutionize industrial and biomedical sectors but also contribute to the advancement of military technologies. This core focus drives our endeavors, yet our aspirations soar ever higher
  Accompany us on a journey into the realm of metamaterials, where we leverage polymer-based 2D and 3D active metastructures to manipulate waves within the THz band, unveil groundbreaking imaging capabilities, and unlock unprecedented ultra-broadband (RF to DUV) energy harvesting methods. Moreover, our profound interest in amorphous and metamorphous structures promises groundbreaking advancements in mechanical and electromagnetic wave manipulation and generating unseen electronics and electromagnetic properties. The possibilities are boundless, limited only by the horizons of our collective imagination.

Are you prepared to embark on this extraordinary journey? If our research projects have piqued your interest, take the first step by exploring the links provided above. We continually seek dedicated graduate and undergraduate students from diverse academic backgrounds to join our esteemed institution. If the prospect of mastering nanotechnology, MEMS, advanced material and structure, metamaterials, smart materials, and THz and photonics electronics and devices intrigues you, we encourage you to reach out to Professor Wei-Chih Wang. An exceptional adventure awaits – are you poised to seize it?