教育概況

中國鋼研科技集團有限公司研究生院

中國鋼研科技集團依托鋼鐵研究總院和冶金自動化研究設計院進行博士生、碩士生教育及博士后培養工作。

鋼鐵研究總院研究生教育概況

鋼鐵研究總院創建于1952年,是我國冶金行業最大的綜合性權威研發機構。主要從事先進金屬材料設計及制備、行業共性關鍵技術開發、應用技術研究與系統集成等。研發領域主要包括鋼鐵及其配套焊接材料、高溫合金、金屬功能材料、冶金流程工藝及裝備技術、資源綜合利用與節能環保技術、分析測試技術等。

鋼鐵研究總院研究生教育始于20世紀60年代。1978年我國恢復研究生招生后,鋼鐵研究總院是首批招收研究生和有權授予博士和碩士學位的科研院所之一。19828月成立研究生部,全面負責研究生的管理工作。1985年鋼鐵研究總院被全國博士后管委會批準建立博士后科研流動站,是國家首批建立博士后流動站的單位之一,并招收了我國第一位材料科學與工程的博士后。目前鋼鐵研究總院有2個博士后科研流動站,2個一級學科博士學位授權點,3個一級學科碩士學位授權點。現有博士生導師61人,碩士生導師76人。截止到20199月,鋼鐵研究總院共招收碩士生889名,博士生879名,博士后171名。

隨著研究生規模不斷擴大,研究生的管理工作也日趨規范和高效,建立了一整套較為完整的研究生培養與管理制度,研究生的綜合素質不斷提高。研究生院獲得“北京市研究生招生工作先進集體”和“全國學位與研究生教育管理工作先進集體”稱號。鋼鐵研究總院培養的博士生馬鳴圖獲得國家教育委員會、國務院學位委員會授予的“做出突出貢獻的中國博士、碩士學位獲得者”榮譽稱號;博士生尚家香的學位論文“金屬界面復合體電子結構和能量學研究”獲全國百篇優秀博士學位論文獎。

鋼鐵研究總院堅持“科技為先導、產業為支柱、人才為根本、創新為靈魂”的發展方針,建設一流的科技企業集團。研究生教育要以全面加強和提高學生質量為根本,培養“基礎理論扎實、專業知識寬廣”,具有“創新精神、創新能力、實踐能力”的高層次應用型工程人才。積極創造良好的培養條件,使研究生教育成為我院高層次、高素質工程科技創新人才培養的重要基地。 

冶金自動化研究設計院研究生教育概況

冶金自動化研究設計院創建于1973年。目前在自動控制技術、計算機應用技術、高壓變頻技術及應用、高性能交流調速控制算法研究、檢測技術與自動化裝置等領域處于國內領先地位。并已形成了承接大型復雜自動化工程的綜合能力,各類自動化工程及控制設備,廣泛應用于冶金、建材、煤炭、化工、石油、電力等行業,成果卓越。

冶金自動化研究設計院的研究生教育起步較早,是我國1978年恢復高考制度后,首批招收研究生和具有碩士學位授予權的科研院所之一。1984年和1990年分別獲得“控制理論與控制工程”、“檢測技術與自動化裝置”專業碩士學位授予權。2005年新增了“電力電子與電力傳動”專業碩士學位授予權。“控制理論與控制工程”專業與中國科技大學聯合招收博士生,在2001年建立了博士后工作站。截止到20199月,冶金自動化研究設計院共招生碩士研究生394人,博士生12人,博士后8人。

隨著研究生隊伍的不斷發展,研究生的管理工作也日趨加強,逐步規范和完善了研究生培養與管理制度,研究生的培養質量不斷提高。多年來,自動化院培養的研究生在不同的崗位上發揮了重要作用,目前許多人已成為冶金自動化研究設計院各類學科的帶頭人,成為新的研究生導師,成為冶金自動化研究設計院的領導骨干,他們將會不斷為冶金自動化研究設計院的發展做出貢獻。

面對科學技術飛速發展的今天,冶金自動化研究院堅持以人為本理念,培養和優化人才隊伍。研究生教育要以全面加強和提高學生質量為根本,著重培養研究生的創新意識、創新能力、創業精神,積極創造良好的培養條件,辦出特色,使研究生教育成為我院高層次、高素質工程技術創新人才培養的重要基地。

(20201月更新)

 

Graduate School of CISRI Group

China Iron & Steel Research Institute Group carry out doctoral and master's education and post-doctoral training though Central Iron and Steel Research Institute (CISRI) and Metallurgical Automation Research and Design Institute (ARIM).

 

Introduction to Graduate Education of CISRI

Central Iron and Steel Research Institute (CISRI) is the most reputable comprehensive research institute in metallurgical industry in China, established in 1952, which focuses on design and manufacture of advanced metal materials, development of industry key common technologies, research of application technologies, and system integration. Especially, R&D fields include iron and steel and matched welding materials, superalloy, metallic functional materials, metallurgical process and equipment technologies, comprehensive utilization of resources and energy-saving and environmental protection technology, analysis and testing technology and so on.

CISRI entered into graduate education in the 1960s. CISRI is one of the first research institutes that can recruit graduates and has right to confer master’s degree and doctor’s degree after graduate enrollment and postgraduate enrollment are recovered in 1978 in China. Graduate school of CRSRI was founded in August 1982, and responsible for the management of graduates. CISRI was approved to establish mobile station for postdoctoral research by National Post-doctoral Management Committee in 1985, and recruited the first postdoctoral student majored in materials science and engineering in China. At present, there are 2 mobile stations for postdoctoral research, 2 doctoral degree programs in the first-level disciplines, and 3 master degree programs in the first-level disciplines. There are 61 doctoral supervisors and 76 master tutors. Up to September 2019, 889 masters,879 doctors and 171 postdoctoral researchers have been recruited.

As the graduate scale expands unceasinglya complete set of graduate training and management system has been established and ensure to improve the comprehensive quality of graduate students. Graduate school of CISRI was awarded “Advanced Collectives of Beijing City for Graduate Student Recruitment” and “Advanced Collectives for National Degree and Graduate Education Administration”. Many graduate students obtained the honorary titles and rewards. For Example, Doctor Ma Ming-tu won the honorary titles of “Chinese Doctor and Master Degree Recipients with Outstanding Contributions”. The dissertation of Doctor Shang Jia-xiang gained “National Hundred Excellent Doctoral Dissertation Award”.

CISRI adheres to the policy of development of “Science and technology as the guide, industry as the pillar, talent as a fundamental, innovation as soul”, and builds a first-level technology enterprise group. Graduate education should be based on strengthening and improving the quality of students in order to training high-level applied engineering personnel with “solid basic theory, broad professional knowledge” and “innovation spirit, innovation ability, practical ability”. Graduate school has become an important base for the cultivation of high-level and high-quality innovative talents in engineering field for CISRI and industries.

 

                            Introduction to Graduate Education of ARIM

Metallurgical Automation Research and Design InstituteARIM was founded in 1973. At present, it is in the leading position in the fields of automatic control technology, computer application technology, high-voltage frequency conversion technology and application, high-performance AC speed regulation control algorithm research, detection technology and automation device. And has formed a comprehensive ability to undertake large-scale and complex automation projects, various types of automation projects and control equipment, widely used in metallurgy, building materials, coal, chemical, petroleum, power and other industries, with outstanding results.

The graduate education of Metallurgical Automation Research and Design InstituteARIMstarted earlier. It is one of the first batch of research institutes to recruit graduate students and have the right to grant master's degree after the college entrance examination system was restored in 1978. In 1984 and 1990, he was awarded the master's degree of "control theory and control engineering" and "testing technology and automation device" respectively. In 2005, the right to confer master's degree in "power electronics and power transmission" was added. The major of "control theory and control engineering" and the University of science and technology of China jointly recruited doctoral students and established a postdoctoral workstation in 2001. As of September 2019, ARIM has enrolled 394 master degree students, 12 doctoral students and 8 postdoctoral students.

With the continuous development of the graduate team, the management of graduate students is also increasingly strengthened, and gradually standardized and improved the postgraduate training and management system, and the quality of postgraduate training continues to improve. Over the years, the graduate students trained by the Metallurgical Automation Research and Design InstituteARIMhave played an important role in different positions. At present, many of them have become the leaders of various disciplines in the institute, the new graduate tutors, and the leading backbone of the Institute. They will continue to make contributions to the development of the Institute.

In the face of the rapid development of science and technology, Metallurgical Automation Research and Design InstituteARIMadheres to the concept of people-oriented, training and optimizing the talent team. Postgraduate education should be based on strengthening and improving the quality of students in an all-round way, focusing on the cultivation of innovation awareness, innovation ability and entrepreneurship of graduate students, actively creating good training conditions and creating characteristics, so as to make graduate education an important base for the cultivation of high-level and high-quality engineering and technological innovation talents in our college.

(updated in January 2020)

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