The coasts of Taiwan are changing year by year.
The Vegetation and Change Detection Imager (VCDi) built by the Instrument Technology Research Center (ITRC), is an airborne multi-spectral instrument, which enables monitoring of environmental changes.
With the aid of the VCDi system, we can observe the remarkable marks left on nature.We can also see the energy displayed by economic growth in Taiwan.
The VCDi is the best tool for identifying environmental changes.
The ITRC has developed various high precision remote sensing equipments.One of these is the panoramic observation system that captures images through 360-degree scanning.This equipment can be used to observe changes in the shape of buildings or dams.
The hyper-spectral imager is a powerful instrument for identifying different species.
In Kenting National Park, we have found indigenous plant species being replaced by the fast-growing white popinacs, creating an ecological change.
At the nationally important Shuanglianpi Wetland, a hyperspectral imager was used to reveal a unique environment with abundant ecological treasures.
We hope to develop an infrastructure for domestic remote sensing technology that integrates optics, mechanics and electronics; we also hope to achieve harmony between people and nature by improving understanding of environmental changes with the assistance of remote sensing equipment.
Comparing the size of a raindrop with the size of the earth gives people an idea of how small the nanometer scale is.
Miniaturization has been a trend in instrument technology development. The ITRC applies micro-electromechanical and nano technology to meet current needs for compact products.
Motivated by a concern with public health, and a desire to focus especially on the ten leading causes of death, the ITRC improves the detection of illness in the early stages and minimize the size of diagnostic equipment. Such initiatives can make home care easier and more comfortable.
We strive to make advanced technology a part of daily life.
Inspired by lotus leaves and the colorful wings of butterflies, scientists found nano structures.
With the development of nano and micro-technologies, the ITRC can build various mimic nano and microstructures and opto-electronic modules for information technology and biomedical applications.
The trend of equipment miniaturization has extended the applications of nano-technology. This trend not only significantly impacts various industries, but opens up a new world for nano/micro technology.
Vacuum technology has had applications in daily life for a long time, for example in hi-fis (high fidelity), TVs and computers. Recently, IC has replaced vacuum tubes. This change has led to further technological developments. Nevertheless, despite being phased out in some areas, vacuum technology is developing new areas of importance.
Vacuum technology is integral to the manufacturing process for semiconductors, optoelectronics and nano technologies.
To support the high-tech industries, the ITRC has established a vacuum calibration laboratory compliant with international standards. This laboratory can enhance the global competitiveness of local industries.
We have also devoted ourselves to developing advanced coating processes and space qualified optical thin films. Unlimited development possibilities exist in these areas.
Technological development relies on the support of instruments. The level of development of precision instrument indicates the technological level of a country.
In the field of optical manufacturing, we are extremely concerned with the accuracy of optics.
To support the development of Taiwan, the ITRC has applied innovative concepts to develop high accuracy optoelectronic instruments. The ITRC has also focused on the cooperation with industry and academia to enhance cutting edge instrument technology.
We have built a platform to implement innovative instruments and share our achievements with people.
The ITRC has revealed the R&D potential of Taiwan, and has led Taiwan into a new era of technology and humanity.