Research on the Evaluation System of Interior Design Curriculum in Response to Industrial Circles Expectations of Technology Capabilities，IOP Conference Series: Earth and Environmental Science, vol.7 no.1 pp.1084-1092 EI 2023 劉師源(Liu, Shih-Yuan)、王志華(Wang,Chih-Hua)*
Research on the Evaluation System of Professional Competence Technology for Interior Design Talent Based on Delphi Technique，IOP Conference Series: Earth and Environmental Science, vol.1 pp.475-478 EI 2021 劉師源(Liu, Shih-Yuan)、王志華(Wang,Chih-Hua)
Analysis of the Urban Renewal Strategies with Fuzzy Delphi Approach，IOP Conference Series: Earth and Environmental Science EI 2021 劉師源(Liu, Shih-Yuan)*、吳保寬(Wu, Pao-Kuan)
The Application of Artificial Neural Networks to Facilitate the Architectural Design Process，Advances in Intelligent Systems and Computing, vol.1069 pp.79-89 EI 2019 吳保寬(Wu, Pao-Kuan)、劉師源(Liu, Shih-Yuan)*
Analysis of the dilemmas of solar energy application for Taiwan building with Fuzzy AHP approach，IOP Conference Series: Earth and Environmental Science, vol.237 no.4 pp.1-8 EI 2019 劉師源(Liu, Shih-Yuan)*、Lee, Rong-Sheng
Urban Renewal Strategies for Application of the Agreement Co-Construction Approach，IOP Conference Series: Earth and Environmental Science, vol.310 no.022059 pp.1-8 EI 2019 Chen, Ming-Yuan、劉師源(Liu, Shih-Yuan)*
The sustainability system design for urban Planning，DEStech Transactions on Computer Science and Engineering, vol.17 no.3 pp.513-517 EI 2018 Lee, Rong-Sheng、劉師源(Liu, Shih-Yuan)*
Wind energy applications for Taiwan buildings: What are the challenges and strategies for small wind energy systems exploitation?，RENEWABLE & SUSTAINABLE ENERGY REVIEWS, vol.59 pp.39-55 SCI 2016 劉師源(Liu, Shih-Yuan)*、何友鋒(Ho, Yu-Feng)
The effect of renewable energy application on Taiwan buildings: What are the challenges and strategies for solar energy exploitation?，RENEWABLE & SUSTAINABLE ENERGY REVIEWS, vol.28 pp.92-106 SCI 2014 劉師源(Liu, Shih-Yuan)*、彭雲宏(Perng, Yeng-Horng)、何友鋒(Ho, Yu-Feng)
The challenges and strategies of diffusion for solar energy application on Taiwan buildings，Advanced Materials Research, vol.860-863 pp.163-167 EI 2014 劉師源(Liu, Shih-Yuan)*、彭雲宏(Perng, Yeng-Horng)、何友鋒(Ho, Yu-Feng)
Probe into the Development and Strategies of Implementation for Intelligent Buildings in Taiwan，Applied Mechanics and Materials, vol.584–586 pp.1829-1834 EI 2014 Chen, M-Y.、劉師源(Liu, Shih-Yuan)*、彭雲宏(Perng, Yeng-Horng)
Research of the Main Building Characteristics for Rotating Buildings，Applied Mechanics and Materials, vol.638–640 pp.1660-1665 EI 2014 Chou, K-C.、Shih, S-G.、劉師源(Liu, Shih-Yuan)*
Shaping and exploiting technological opportunities：The case of technology in Taiwan，RENEWABLE ENERGY, vol.35 pp.360-367 SCI 2010 劉師源(Liu, Shih-Yuan)、Wang, T-J.(Wang, T-J.)*
Exploring the challenges and resistance of renewable energy applications in Taiwan，台灣經濟研究月刊, vol.31 no.4 pp.102-114 Other 2008 劉師源(Liu, Shih-Yuan)*
Exploring and developing opportunities for technological innovation: The case of renewable energy technology in Taiwan，工程：中國工程師學會會刊, vol.81 no.4 pp.136-150 Other 2008 劉師源(Liu, Shih-Yuan)*
A Study of Community Integration Strategies in the Promotional Process of Local Revitalization - A Case Study of Lunbei Township, Yunlin County - 2023 International Design Conference on Integrated Interdisciplinary Innovation Yunlin 2023.03 王志華(Wang,Chih-Hua)、劉師源(Liu, Shih-Yuan)
Revitalization Relationship of Youth Returning to Their Hometown for Sharing Practice─Take STRONG LOVE in Yunlin County, Taiwan as an Example─ - 16 th International Symposium of Asian Design Culture Society Japan 2022.10 王志華(Wang,Chih-Hua)、劉師源(Liu, Shih-Yuan)
Study on the Community Relation of Local Revitalization Practice Process -Take Yunlin County as an Example - 2022 International Conference on Interdisciplinary Innovation Design Taiwan/Yunlin 2022.03 王志華(Wang,Chih-Hua)、劉師源(Liu, Shih-Yuan)
Study on the Revitalization Model of Cooperation between Enterprises and Localities- Take Yunlin County, Taiwan as an Example - 15th International Symposium of ASIAN DESIGN CULTURE SOCIETY（優秀論文獎） Japan/Taiwan 2021.10 王志華(Wang,Chih-Hua)、劉師源(Liu, Shih-Yuan)
The Modes of Managing Taiwanese Local Rejuvenation ─ A Case Study on Yunlin County's Mailiao Township - 14th international symposium of ASIAN DESIGN CULTURE SOCIETY（優秀論文獎） Japan/Taiwan 2020.10 王志華(Wang,Chih-Hua)、劉師源(Liu, Shih-Yuan)
系統動態模型模擬太陽能系統於臺灣建築應用擴散策略之研究（優秀論文獎） - 臺灣建築學會第二十七屆建築研究成果發表會論文集 Taiwan 2015.10 劉師源(Liu, Shih-Yuan)、何友鋒(Ho, Y. F.)、王小璘(Wang, H. L.)、彭雲宏(Perng, Y. H.)
Assessment of the Challenges and Strategies for Small Wind Energy System Application in Taiwan - 2014 International Conference on Green Energy Technology and Management Taiwan 2014.07 劉師源(Liu, Shih-Yuan)、Ho, Yu-Feng
The Challenges and Development Strategies for Wind Energy System Application In Taiwan - 2014 Academy Conference on Clean Energy and Green Materials（2014 ACCEGM） Taiwan 2014.06 劉師源(Liu, Shih-Yuan)、Ho, Yu-Feng
評估太陽能源應用於臺灣建築之挑戰與策略研析（優秀論文獎） - 臺灣建築學會第二十五屆建築研究成果發表會論文集 Taiwan 2013.10 劉師源(Liu, Shih-Yuan)、何友鋒(Ho, Y. F.)、彭雲宏(Perng, Yeng-Horng)
Shaping and Exploiting Technological Opportunities_The case of Renewable Energy Technology - XXIII UIA World Congress Torino 2008 / Eco–Architectur Portugal 2008.09 劉師源(Liu, Shih-Yuan)
臺電161kV霧峰～茄荖線＃13連接站鐵塔美化設計競賽 (I113CE038) 2024.01.15 ~ 2024.09.03 施勝誠(Shih, Sheng-Cheng)、林佳慧(Lin Chia Hui)、劉師源(Liu, Shih-Yuan)、翁政凱(WENG, CHENG-KAI)、賴肇夆(Lai,Chau-Feng)、李昀叡(LI YUN-JUI)
112年度雲林縣社區營造及村落文化發展計畫-雲林縣社區營造中心 (11133078) 2023.04.01 ~ 2024.04.30 王志華(Wang,Chih-Hua)、劉師源(Liu, Shih-Yuan)
111年度雲林縣社區營造及村落文化發展計畫-雲林縣社區營造中心 (11033088) 2022.05.26 ~ 2023.04.30 王志華(Wang,Chih-Hua)、劉師源(Liu, Shih-Yuan)
2023 Architecture Master Prize(Categories of Commercial Space Interior category) 2023.12.08 授獎單位: AMP
2023 Architecture Master Prize-(美國建築大師獎)(Categories of Residential Space Design) 2023.12.08 授獎單位: AMP
2023 Architecture Master Prize(美國建築大師獎)-(Categories of Residential Space Design) 2023.12.08 授獎單位: AMP
2022 Architecture Master Prize-(美國建築大師獎)-(Categories of Commercial Space Design) 2022.10.23 授獎單位: AMP
2022 Architecture Master Prize-(美國建築大師獎)(Categories of Residential Space Design) 2022.10.23 授獎單位: AMP
2022 Architecture Master Prize-(美國建築大師獎)-(Categories of Residential Space Design) 2022.10.23 授獎單位: AMP
2022 Britain International Creative Competition-BICC 2022.07.16 授獎單位: Overseas Artists Association,UK
2021 LICC 英國倫敦國際創意競賽（London International Creative Competition） 2022.03.03 授獎單位: Association of London International Creative Competition
2021 LICC 英國倫敦國際創意競賽-（London International Creative Competition） 2022.03.03 授獎單位: Association of London International Creative Competition
2021 LICC 英國倫敦國際創意競賽-（London International Creative Competition）- 2022.03.03 授獎單位: Association of London International Creative Competition
2021 Architecture Master Prize (美國建築大師獎)(Categories of Residential Space Design) 2021.11.08 授獎單位: AMP
2021 Architecture Master Prize (美國建築大師獎)(Categories of Accommodation Space Design) 2021.11.08 授獎單位: AMP
2021 Architecture Master Prize(Categories of residential and commercial mixed space design) 2021.11.08 授獎單位: AMP
2021 Architecture Master Prize (美國建築大師獎)(Categories of residential and commercial mixed space design) 2021.11.08 授獎單位: AMP
2021 Architecture Master Prize-(美國建築大師獎)(Categories of residential and commercial mixed space design) 2021.11.08 授獎單位: AMP
2021 Architecture Master Prize-(美國建築大師獎)-(Categories of Commercial Space Design) 2021.11.08 授獎單位: AMP
2021 London International Creative Competition (LICC；英國倫敦國際創意競賽) 2021.03.31 授獎單位: Association Of London International Creative Competition
2021 London International Creative Competition (LICC) 2021.03.31 授獎單位: Association Of London International Creative Competition
商業室內設計(二) DEU00154B (大學日間部 )【第113學年第1學期：B班】<br>1.認知面：[使學生理解、應用、分析、綜合、比較、推論、評估本課程之理論與概念]： 培養學生室內設計專業知識與設計能力，以引導創新為目標
商業室內設計(二) DEU00154A (大學日間部 )【第113學年第1學期：A班】<br>1.認知面：[使學生理解、應用、分析、綜合、比較、推論、評估本課程之理論與概念]： 培養學生室內設計專業知識與設計能力，以引導創新為目標
商業空間計畫 DEU00136A (大學日間部 )【第113學年第1學期：A班】<br>訓練學生觀察與理解人類生活的空間、尺度與關係。 分析室內空間相關的機能、物理環境、人文條件等，建構室內空間計劃之觀念。
植栽綠化與設計 DEU00068A (大學日間部 )【第113學年第1學期：A班】<br>植栽設計概論 1. 植栽設計方法與流程 2. 植栽特性概述：類型、型態、生理特性、生長環境、機能特性 3. 植栽設計原則：視覺美學、心理社會、環境機能、生態保育 4. 植栽配置方法：單植、列植、群植； 複層植栽設計；植栽色彩配置；季節變化