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簡介:
培育具有「電腦輔助工程、設計、製造、分析」、「精密機械」及「機電整合」等實用知能,使學生能擔任具實用技能之中高級機械技術人才,以因應國家發展及產業升級的需要。兼重理論與實務結合,借重產業界之現有設備及技術,使學生能獲得產業界最新的實用技術及知識,達到技職教育之目標並符合企業之需求。 本校位於大里工業區旁,其為一傳統機械與精密機械產業的發展重鎮,傳統上與本校具有緊密的關係。因此,本研究之設立目的以培養機械產業之高級人力為主,並進一步協助中部各工業區之傳統產業轉型發展和提昇其競爭力為目的。本所師資優良,專任助理教授以上的師資共有三十位,除學有專精外且具實務經驗,相關研究計畫和產學合作經驗足以培育優秀高級技術人才。 本所發展重點:(1)配合中部以工具機和製造業為主體的精密機械產業特色,全力發展精密機械與製造科技,並結合機械系原本之「精密機械及測控中心」,與中部地區相關廠商進行產學合作、教育訓練、研究開發等各項交流,以培養具有精密機械與製造方面的專業高級人力,其主要涵蓋微奈米系統、材料科技、機電整合及控制、光電科技、快速原型加工與逆向工程、電腦輔助製造技術及精密量測等領域。(2)協助提升中部地區為數眾多的模具業、製造業及空油壓業等機械相關產業之各項研究開發的技術層次,以因應經濟發展之趨勢及競爭之壓力,避免在「中部科學工業園區」所創造的群聚中缺席。
The purpose of this program is to unite theory and practice, so students can acquire the knowledge and the most advanced techniques to meet business needs. The department's goal is to educate students in computer-aided engineering, precision machinery and mechatronics. As a result of the departments program students are trained to become skilled professionals in the mechanical engineering fields. This will help to achieve Taiwan's economic demands. Another goal of the department is to expand the cooperation between industry and HUST. These cooperatives will use existing industrial equipment and techniques while advocating the importance of re-education. With Hsiuping's location in the Dali Industrial Park there continues to develop close ties between the school and these companies. The new Institute was formed from the original Mechanical Engineering Department, the Precision Mechanics and Measurement Center and the Control Lab. This new Institute now has the following resources available: mechanics, electrical, mechanic electronics, control, measurement and material science. Some new technologies will be added; those are micro-electro-mechanical systems, nano-science, advanced material science, optical-electronics engineering, computer aided design and manufacturing, rapid prototyping and inverse engineering, and inspection and measurement of micro/nano systems. The Institute has a graduate program that awards a Master of Science degree. Our research team and teaching staff are highly qualified and have many years of experience. Every year, most are granted private company projects that are funded by the government. These produce publications in related research fields. An increasing demand in the precision machinery industry creates many openings for full-time and part-time students who will seek a degree from this department. Students who graduate from this department are meeting the needs of local companies.


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日期題名作者
2010-12-31 1/8 遙控油車零件改裝之研究 林晉平
2009-12-20 2012年的省思--柴油引擎廢氣排放測試與防治專題研究 陳堅; 葛立祺; 陳祈安; 劉智維; 林明村; 林澤洹; 范昆煒
2016-07 360 度旋轉台 黃宥騰; 洪峻博; 張益齊; 方偉亘
2016-07-25 360度旋轉台 黃宥騰; 洪峻博; 張益齊; 方偉亘
2015-06 3D 列印之創意與應用 陳仕泳,劉家綸,高瑋亨,王益淳
2017-06-20 3D列印 模擬行星式齒輪變速箱 王育仁; 王奕程; 鄧家臻; 林建綸
2016-06-20 3D列印Lithophane之燈罩設計 曾敏豪; 曾敏嘉; 張庭瑋; 胡振旂
2016-06-01 3D列印創意技術與應用-差速器機構之列印 吳英愷; 楊登裕; 施志昇; 陳俊翔
2020-06 3D列印創新與製造 丁麒菖; 白啟宏; 錢永嶧; 蘇成智
2020-06 3D列印手機架 許嘉佑; 曾仕丞; 張佐維; 白晉維
2018-06-20 3D列印旋轉風扇自動傳動機構 吳鎮至; 徐誌廷; 陳冠豪; 馬立杰; 羅健瑜
2020-05-17 3D印表機設計製造與組裝 李秉嶸; 江承逸; 王乾宇; 卓冠廷
2014-06 3D機構模型設計風力發電機 萬岱
2009-12-20 6061鋁合金離心鑄造性質研究 黃丁文; 張思晧; 魏合駿; 王祥瑞; 羅偉誠
2016-08 6軸機械手臂 羅禹舜; 游家旻; 陳君武
2016-08-01 6軸機械手臂 羅禹舜; 游家旻; 陳軍武
2012-10 8051七段LED顯示溫度計 蕭志晟; 徐德勝; 郭文清; 江政彥; 施志明; 李孟杰
2011-12-22 8051紅外線遙控自走車 李易叡; 劉軍宏; 賴泓睿; 賴國森; 鄭宗勝; 廖志偉; 李家憲
2006-10-06 Analysis of shrinkage and warpage in injection-molded part with a thin shell feature using the response surface methodology Ko-Ta Chiang; Fu-Ping Chang
1996 Analysis on the curve of motion for disk cam and design of computable program Der-Chang Tsay; Ko-Ta Chiang
2006 Application of grey-fuzzy logic on the optimal process design of an injection-molded part with a thin shell feature Ko-Ta Chiang; Fu-Ping Chang
2006 Application of response surface methodology in the parametric optimization of a pin-fin type heat sink Ko-Ta Chiang; Fu-Ping Chang
2005 Appling the Double Side Method of Weighted Residual to the Solution of Shell Deformation Problem. Lee, Z. Y.
2008-03 Apply grey forecasting method for fitting and predicting the surface roughness of SK3-YK30 tool steel in the wire electric discharge machining Nun-Ming Liu
2006-06-05 Applying grey forecasting method for fitting and predicting the performance characteristics of an electro-conductive ceramic (Al2O3+30%TiC) during electrical discharge machining Ko-Ta Chiang; Fu-Ping Chang

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