Introduction:
東海大學化學工程學系創立於民國四十四年,民國七十九年設立碩士班,八十九年博士班成立。每年招收大學部新生兩班計120名,碩士班研究生30人,博士班研究生5人,全系所學生共540餘人。將於九十七學年度更名為「化學工程與材料工程學系」。 目前專任老師有 13 位,皆具有博士學位,學有專精,負責本系專業課程之教授及學生輔導。除此之外尚有4位兼任教師來自工業界及研究單位,為學生帶來不同領域之經驗,使理論與實際互相印證,除使學生更了解基礎學理,並開創更多就業機會。
- 系所特色
- 專任教師與同學關係緊密,常保持聯繫;老師隨時對同學進行溝通與輔導,不僅獲得了最佳學習的效果更培養出融洽的師生情誼。
- 與校外化工業界保持密切聯繫及良好之合作關係;定期參觀工廠、爭取學生於寒暑假到工廠實習之機會以吸取實際經驗。
- 健全的系友會,經由熱心傑出的系友以座談會及聯誼方式提供在校學生多方面資訊,並給學生在校學習過程及畢業後事業發展上的實質幫助和建言。
- 多元化之研究發展,使學生了解並能積極投入化學工業最新發展的領域。
此四項特色色使學生之人格養成與專業訓練更加紮實 。
- 教育目標
大學部之教育目標:
- 培養具有化工與材料專業知識與技能的工程人才。
- 培養具有人文素養、品德、社會責任與前瞻性視野之人才。
研究所之教育目標:
- 養成具有化工與材料專業知識與技能的高級人才。
- 養成具有獨立的思考、研發能力與領導能力之研究人才。
- 養成具有人文素養、品德、社會責任與前瞻性視野之領導人才。
- 核心能力
大學部之核心能力:
- 運用數學、科學及工程知識的能力。
- 設計與執行實驗,以及分析與解釋數據的能力。
- 執行工程實務所需技術、技巧及使用工具之能力。
- 設計工程系統、元件或製程之能力。
- 有效溝通與團隊合作的能力。
- 發掘、分析及處理問題的能力。
- 認識時事議題,瞭解工程技術對環境、社會及全球的影響,並培養持續學習的習慣與能力。
- 理解專業倫理及社會責任。
研究所之核心能力:
- 運用數學、科學及工程知識的能力。
- 設計與執行實驗,以及分析與解釋數據的能力。
- 執行工程實務所需技術、技巧及使用工具之能力。
- 設計工程系統、元件或製程之能力。
- 有效溝通與團隊合作的能力。
- 發掘、分析及處理問題的能力。
- 認識時事議題,瞭解工程技術對環境、社會及全球的影響,並培養持續學習的習慣與能力。
- 理解專業倫理及社會責任。
- 特定領域之專業知識。
- 策劃及執行專題研究之能力。
- 撰寫專業論文之能力。
- 創新思考及獨立解決問題之能力。
- 與不同領域人員協調整合之能力。
- 良好的國際觀。
- 領導、管理及規劃之能力。
- 終身自我學習成長之能力。
研究重點:三大核心領域分屬為(一)材料工程 ,(二)生化工程 ,(三)製程及能源工程;
- 材料工程
- 奈米高分子材料
- 液晶高分子材料
- 電子封裝材料
- 生化工程
目前本研究所生化技術方面研究之重點計有:
- 生化反應設計、操作及控制策略
- 食藥用菇類培養技術
- 蛋白質分解胜肽與製備技術
- 食品廢水或廢棄物回收再利用之研究
- 毒性有機化合物生物分解
- 製程及能源工程
本所規劃了下列九大研究專題,以配合國內化學工業之發展。
- 程序控制(特別是整廠控制)
- 程序最適化(含Process Flow sheets之最適化)
- 程序合成(如熱交換網路、反應器網路、蒸餾系列等之合成)
- 程序模式化
- 共沸蒸餾與反應蒸餾等製程之研究與發展
- 人工智慧之應用
- 批式製程之設計與操作
- 製程能源節約與管理
- 清潔生產與開發
「材料工程」、「生化工程」與「製程及能源工程」等之研發最近十年來受到許多先進國家的重視。為提昇國內化學工業的教育水準,本研究所在多年前已進行了此方面之教學與研究。並以此為研究主題,並期許此研究主題能提高國內化工技術,根據未來發展方向以落實產業及人才培訓之原則.
- 學生出路
因化學工程基礎教育的多元性,使得畢業學生擁有強而有力的選擇與適應能力,能夠在許多各種不同科技領域之就業市場中競爭。本系所畢業生在就業方面均廣受各大公司或研究機關之歡迎,各就其專長,主要可有以下之發展方向:
- 學術研究
選擇進入國內外研究所深造、或是投入研究室從事新技術之研發,將科學家的研究成果從實驗室帶到工廠,使這些成果大眾化,讓全人類享用。
- 就業
除了傳統之化學工業、石化工業、材料工業、纖維工業外,其他如半導體工業、電子資訊工業、醫藥工業、生物技術、機械工業、環保產業等,亦有相當寬廣的發展空間。
Tunghai University. Department of Chemical and Materials Engineering
The Department of Chemical and Materials Engineering (CME) at Tunghai University offers BS, MS, and PhD degrees in Chemical and materials Engineering. It was originally named the Department of Chemical Engineering and was founded in 1955 with BS program. The MS and PhD programs were initiated in 1990 and 2000, respectively. The students admitted each year are 120 undergraduates in two classes, 34 graduates including 30 in MS and 4 in PhD programs. Total enrollments, as of February2009, are 515 students.
Thirteen full-time faculties, all holding PhD degrees in either chemical or materials engineering, are taking care of all core courses teaching. Teaching excellence, profound research, and industrial services are always emphasized. Several distinguished adjunct professors from industries and research institutes are invited to share their invaluable experiences in various application courses. The CME program is accredited by the Institute of Engineering Education Taiwan (IEET) in 2008.
Department features:
- The department building is spacious and multi-functional to provide the students and faculty an intimate atmosphere such that an immediate assistance and guidance are accomplished.
- The Department is in close touch with industries to render students with necessary field trips and sufficient opportunities for summer interns.
- The departmental alumni association is very supportive with research grant, career information, and financial support for needed students.
- Special topics on various research programs in materials processing, biotechnology, and process design and development provide excellent opportunities for career training.
Educational Objective:
Undergraduate class
- To grow engineers that possess professional knowledge and skills in chemical and materials engineering.
- To cultivate engineers with humanism, integrity, social responsibility and futuristic view.
Graduate School
- To succeed students with advanced professional knowledge and skills in chemical and materials engineering.
- To cultivate researchers with independent thinking, ability of research and development and leadership.
- To breed leaders with humanitarian, integrity, social responsibility and futuristic view.
Student Outcomes:
Graduate from undergraduate program should possess
- ability to apply knowledge of mathematics, science, and engineering.
- ability to design and conduct experiments, as well as to analyze and interpret data.
- ability to use techniques, skills, and tools necessary for engineering practices.
- ability to design an engineering system,component, or process.
- ability to communicate effectively and function in a team.
- ability to identify, analyze, and solve problems.
- understanding of professional ethics and social responsibility.
Student complete the graduate program should possess
- ability to apply knowledge of mathematics, science, and engineering.
- ability to design and conduct experiments, as well as to analyze and interpret data.
- ability to use techniques, skills, and tools necessary for engineering practices.
- ability to design an engineering system,component, or process.
- ability to communicate effectively and function in a team.
- ability to identify, analyze, and solve problems.
- knowledge of contemporary issues; an understanding of the impact of engineering solutions in environmental, societal, and global contexts; and the ability to cultivate habits of life-long learning.
- understanding of professional ethics and social responsibility.
- knowledge in specific fields.
- ability to plan and execute a specified research.
- ability to complete professional thesis or report.
- creative thinking and ability to solve problems independently.
- ability to coordinate and integrate with members from various disciplines.
- an excellent global perspectives.
- leadership, and ability of planning and management.
- life-long learning.
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