Management Science and Engineering
I.Introduction to the Subject
The management science and engineering disciplines is committed to providing knowledge, tools andmethods, studying and solving the theory and practical application problems of construction, infrastructure, port andcoastal engineering project management of urban disaster prevention for the postgraduate.It emphasizes on the cutting-edge of development, theoretical approaches of innovation with the technical, economic and social characteristics of interdisciplinary. Furthermore, it is committed to promoting the abilities of solving the practical problems of management with the application of information technology.Through our education and research training, the postgraduates will not only become the outstanding engineers, but also the leaders intechnology, policy orindustry.
The research of the professional emphasis started in 1998, created a master's degree in 2003. Now we have a key laboratory, "information management Shandong Key Laboratory of Modern Engineering colleges", and an academic team of research and development, consisted of more than 15 professors and associate professors. We have already completed a number of national and local projects in four areas, obtained research results with the international advanced level..
II. Educational Goal
The profession cultivates thehigh-level engineering management talents, possessing the well politicalthought and moral trait, rigorous and realistic scientism and consciousness of innovation, with the integrated development of moral, intellectual,physical and aesthetic, mastering the theory and methods of constructional engineering, infrastructure projects, port coastal engineering and urban engineering safety management, possessing the wideknowledge of the structureand professionalism and strongability of autonomous working, and adapting to the need of economic development.
The postgraduates of the profession need the following capabilities:
Mastering the basic theory of constructional engineering, infrastructure projects, port coastal engineering and urban engineering safety management, possessing strong foundation of management theory;
Mastering the method of modern project management tools and managementmethods, possessing the knowledge of solving practical problems in the field of engineering management ability;
Possessing strong ability of scientific research and improving learning;
Mastering a foreign language skillfully, with strong ability in listening, speaking, reading and writing;
Being engaged in the field of management science and engineering research, teaching, or the ability to actually manage the work. Not only will they being the outstanding engineers of future decision making , management or actualoperation, but also the leaders intechnology, policy orindustry.
Disaster Prevention and Reduction Engineering
and Protective Engineering
I. Introduction to the Subject
Disaster Prevention and Reduction Engineering and Protective Engineering in civil engineering disciplines is a new multidisciplinary discipline. It can service construction engineering, hydraulic engineering, road engineering, bridge engineering, geotechnical engineering, environmental engineering and so on. It is very important to the sustainable development of human society. Disaster Prevention and Reduction Engineering and Protective Engineering Master Station in our school is approved to set up in 2000. It has 3 doctoral tutor, 5 Professor and 14 faculty with doctorates. Currently it undertakes 3 national "863" plan, 4 items of national natural science foundation and more than 20 provincial scientific research project and transverse subject.
Main research direction: engineering structure dynamic analysis and hazard prediction; city and engineering system earthquake disaster prevention; Engineering structure damage mechanism and damage identification. The main research contents: dynamic analysis method and test technology of Engineering structure; city earthquake disaster prevention plan and management systerm development based on GIS; Damaged mechanism and fracture research of engineering structures; Ultimate bearing capacity evaluation and disaster prediction of engineering structures; Geotechnical engineering disaster prediction and so on.
Postgraduate research paper will be combined with the ongoing national, provincial, municipal research projects, and a large number of transverse research topic.
II. Educational Goal
The aim of Disaster Prevention and Reduction Engineering and Protective Engineering is to educate high -level personnel , able to win college teaching , scientific research or research and development of large engineering and management aspects of the work.
Postgraduate must have basic theoretical knowledge of solid mathematics, mechanics, computer application. Postgraduate must be proficient in reading foreign language material, and grasp the Disaster Prevention and Reduction Engineering and Protective Engineering discipline theory and technology research at the dynamic forefront;Postgraduate can imply modern basic theory and advanced technologies of calculation and experiment to carry out the effective research about the relevent technical theory, and have the ability to solve civil and hydraulic engineering and Disaster Prevention and Reduction Engineering and Protective Engineering related technical problems.
Architecture and Civil Engineering
I. Introduction to the Subject
Architecture and Civil Engineering is an important part in the infrastructure, which aims to study and create city conformation environment, meanwhile, finish the construction and perfection of various engineering facilities. The area of Architecture and Civil Engineering covers not only the plan of region and city, but also the design of industrial and civil buildings. Besides, it relates to the survey, design, construction, maintenance and management of various Engineering facilities and the environment. The master degree of Architecture and Civil Engineering in our school was founded in 2010 and there are 3 doctorial tutors, 5 professors, and 13 people who has a doctor’s degree. Till now, we have taken charge of 2 State 863 Projects, 4 National Natural Science Foundations, more than 20 provincial scientific research projects and lateral researches.
Major Research Direction: Structural dynamic analysis of the engineering application, structural damage, fracture analysis of the engineering application, engineering structure identification and reinforcement, new building materials and construction, civil engineering management. The main research contents are as follows: engineering structure dynamic analysis method and test technology; engineering structure of ultimate bearing capacity evaluation and applications.; the interaction with structure, fluid and soil; damage research in engineering structure and engineering application; engineering and application of fracture mechanics; concrete fracture mechanics and applications; functional materials structure mechanics and engineering application; engineering structure health monitoring and parameter identification; testing and reinforcement of the engineering structure design; reinforced concrete structure technology application; the new high-rise reinforced concrete structure design; new building materials and applications; new type of composite structure design; urban and rural infrastructure planning and management; 3s technology development and management decision support information system; construction engineering project management; urban comprehensive disaster prevention plan of practical technology.
The thesis of the postgraduate are carried on research，which are combined with the current research projects of national, provincial or municipal level.
II. Educational Goal
1. The aim is to help students have rigorous scholarly research attitude, thinking methods of scientific research and solving practical engineering problems and team spirit
2. To have a control in reinforced concrete structure, steel structure, high-level structure, space structure and other professional knowledge systematically. To learn about the development of the status quo at home and abroad, development trend and the development of the frontier dynamic.
3. Has the strong ability of computer application and computer programming, meanwhile, can use the computer to solve this professional engineering practical problem
4. To master a foreign language and be able to read this or other relevant professional literature skillfully and write papers
5. Has the ability to do scientific or engineering research in the area of the corresponding discipline, teach professionally and undertake professional technical work independently
Structural Engineering
I．Subject introduction
Structural engineering is one of six secondary discipline of civil engineering.Research in civil engineering with a common structure selection, mechanical analysis, design theory, construction technology and management.Structural engineering is mechanical method to analyze the internal force of buildings and structures in all kinds of loads and deformation, the internal force and deformation control structure, to ensure the reliability of the structure in construction and use process.Structural engineering master's degree program is the secondary discipline in our school is approved to set up in 2010, the existing 2 doctoral tutor, professor of four people, has a doctorate in personnel 10 people. Currently undertaken two national "863" plan, the national natural science fund item 2, more than 20 provincial scientific research project and transverse subject.
The main research directions:Structural dynamic analysis and engineering applications, the failure mechanism and fracture analysis, identification and reinforcement of structural engineering, new building materials and structures.The main research contents:Engineering structure dynamic analysis method and test technology; Engineering, soil structure and fluid interaction; Functional materials structural dynamics; Engineering structure damage mechanism research; Engineering fracture mechanics; Concrete fracture mechanics; Engineering structure of ultimate bearing capacity evaluation and applications. Engineering structure health monitoring and parameter identification; Engineering testing and reinforcement of the structure; Reinforced concrete structure technology; New high-rise reinforced concrete structure; New building materials; New type of composite structures.
Graduate student research paper will be combined with the ongoing national, provincial, municipal research projects, and a large number of transverse research topic for research.
II．Training objectives
1.Cultivate students with rigorous academic attitude, scientific research problems and solving the practical problems in the way of thinking, the unity and cooperation of team spirit.
2.To master mathematics and mechanics knowledge solid, grasp the theory and knowledge base system of reinforced concrete structure, steel structure, high-rise structure, spatial structure and other professional. The present situation of domestic and foreign, development trends and frontier of thorough understanding.
3.Has the strong ability of computer application and the computer program design ability. Can use computers to solve problems of scientific research and engineering practice of the professional.
4.To master a foreign language, proficiency in reading the professional or similar professional literature and to write papers.
5.In this field of science and engineering research has the Department of internal medicine, professional teaching ability and professional technical work independently.
Bridge and TunnelEngineering
I．Brief Introduction to the Subject
Transportation construction plays a very important advance role in the country's economic development.In the construction of roads,railway and city traffic,it can build varieties of bridges and tunnel structures for crossing the river,ravines,channel and passing through the mountains and water.Bridge and Tunnel Engineering is a discipline of Civil Engineering and has the very strong practical engineering of design, construction and project management as a whole, aiming to cultivate various senior technical and management personnel related to engineering construction field.The subject oriented foundation engineering construction in national economic construction, involving civil engineering,port,traffic,hydrology, mining, railway and airport and other infrastructure construction.
In addition to sharing many basic theories with structural engineering disciplines,there are certain peculiarities between the discipline of bridge and tunnel engineering and the hydrology, geology, loads, structural system and foundation engineering.
II．Educational Goal
1.Master the basic principles of Marxism, adhere to the basic line of the Party, love the motherland, law-abiding, good moral character, rigorous style of study, with a strong sense of professionalism and dedication, positively serve the construction of socialist modernization.
2.In a solid grasp on the basic theory of civil engineering professional knowledge, understand the research status and development trend of the professional, to further master the bridge and tunnel engineering structure analysis method and the bridge and tunnel engineering design, construction, maintenance and management of the scientific method, mainly including:Learn and master structural analysis methods, numerical methods for structural analysis and applied this to the Bridge and Tunnel Engineering；Learn and master the theory and methods of bridge construction control；Master and use the new monitoring technology and method of structure of bridge and tunnel engineering.At the same time, people belongs to this disciplines should have a wide range of knowledge of adjacent and the humanities disciplines.
3.Master a foreign language,be able to read the professional foreign language information skillfully,with writing ability and language ability of international academic exchanges；have a strong ability to use computer and network information technology.
