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The purpose of this establishment is to meet the development trend of the future integration of science and technology, combined with photoelectric engineering, machinery, electrical, information and physics and other interdisciplinary research institutes, focusing on training with optoelectronics technology and micro-nano optical technology, Interdisciplinary professionals.
 The research and development of the focus of the Institute include: (1) photoelectric image display technology, (2) micro-nano optical electromechanical technology.

Photoelectric display technology
 Cutting edge display technology: liquid crystal flat panel display (LCD), organic molecular electrochromic plane display (OLED), polymer excited light plane display (PLED),
 Field emission light plane display (FED), flexible substrate flat panel display and other prospective display technology.

Organic and inorganic optoelectronic components: white OLED, inorganic semiconductor white light-emitting elements and semiconductor light-emitting diodes.

Optical projection and imaging systems: backlight modules and components and LCD projection display technology.

Semiconductor laser technology: semiconductor laser and semiconductor laser photoelectric modulation properties.

TFT process technology: low temperature porous silicon TFT process, inorganic TFT process and organic TFT process.

Microelectronics Optoelectronic Technology
 Microelectronics optoelectronic components and systems: Health and optoelectronic components and systems, medical and electrical detection, micro-nano control and sensing and micro-nano detection.

Nano photoelectric: photonic crystal, nano-microscopy, nano-optoelectronic materials and components and nano-information storage.

Integrated optics: integrated optics and systems, optical waveguide components, optoelectronic modulators and DWDM components.

Micro-nano processing and process: micro-nano-structure production and testing, optical lithography and soft lithography.

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