有機共軛高分子發光二極體被認為是下一世代的新興顯示技術，然而在發展上應該有多元的應用，因此本論文的目的是，希望於矽基板上將有機發光二極體與光波導整合，製作成積體光學元件能將電光轉換，未來可以應用於晶片間的資料傳輸。
本論文利用有機共軛高分子發光二極體做為發光源，波導材料則是微機電常見的SU-8厚膜光阻，由於發光二極體正面的發光強度最大，所以只能採用堆疊的方式將發光二極體做在波導的上方，因為二極體所發出的光需要轉九十度的方向才能夠進入波導中，因此我們嘗試以不同方法做測試，希望達到光耦合的要求。
經過許多的失敗經驗，我們找到一種可行的方法克服光耦合的難題，將二氧化矽顆粒摻雜於波導材料中，利用光散射的原理讓光以大角度散射耦合進入波導結構中，有不錯的導光效果，搭配高亮度的發光二極體，我們完成初步的元件結構。此外，我們做了其他的嘗試，例如：切割45度鏡面與光柵電極等方式，不過由於製程難度比較高，良率不佳。於是我們將主要的研究方向偏重在光散射結構的部分。
完成初步的光耦合結構之後，我們可以進行接下來的工作，光調變器的製作以及發光波段的調整，相信經過更多的測試，我們的元件能夠更接近實用化的目標，應用於晶片間的資料傳遞。

Conjugated polymer light-emitting diodes (PLEDs) was considered as the next generation's display technology; Moreover it may find more technological applications. In this thesis, we try to fabricate an OEIC integrating PLED with SU-8 waveguide on silicon substrate. It can be used for chip-to-chip data communication in future.
We utilize PLED as the light source and SU-8 as waveguide. Top emission of PLED has the maximum luminescence intensity. For this reason, we have to make PLED above waveguide and couple light into the waveguide.
After many approaches, we found a workable method by doping SiO2 particles in SU-8 as a diffuser sheet. The incident light reach the diffuser sheet and undergo a large angle scattering. And a fair amount of light is directed into the waveguide. We believe our device structure can be further improved and become pratical in future.

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