理学院硕士学位点专业培养方案框架范本.pdf
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1、 Safety Science and Engineering(Discipline code:083700 Master of Engineering)I.Disciplines and Research Fields This subject takes the transportation system as the research object,and studies the basic theories,methods and technologies of the safety behavior,safety control,safety guarantee and safety
2、 management of this complex system,so as to provide scientific basis,theoretical basis and technical support for the safe operation and sustainable development of the transportation system.01(Traffic Safety Detection and Control Engineering)The key research fields:(1)Traffic safety detection technol
3、ogy It mainly studies the theories and technologies of real-time detection of transportation system,modeling and verification of transportation system,cause and diagnosis of transportation equipment failure,operation and maintenance mode and maintenance resource optimization of transportation system
4、,maintenance guarantee based on risk assessment,Internet of Things/distributed computing for traffic safety,embedded system for detection,etc.(2)Traffic safety monitoring technology It mainly studies the theories and technologies of safety status monitoring of transportation system infrastructure an
5、d transportation equipment,safety status trend prediction,fault diagnosis of key systems,transportation system failure prediction,transportation equipment active safety control,transportation system diagnosis and health management,emergency response and conflict control,Internet of Things/distribute
6、d computing and embedded system for transportation system distributed monitoring.(3)Traffic safety information processing It mainly studies the transportation system intelligence and computational intelligence technology,transportation safety information acquisition,transmission,fusion and processin
7、g technologies,data-driven transportation system safety behavior modeling,prediction and evaluation technology,transportation system information safety technology,transportation safety guarantee information system analysis and design technology.(4)Traffic safety system analysis and integration It ma
8、inly studies the theories and technologies of reliability,availability,maintainability,safety and interoperability(RAMSI)analysis and evaluation of transportation system,safety guarantee and emergency response,comprehensive integration and presentation of traffic safety information,analysis and inte
9、gration of traffic safety distributed control system,transportation system safety modeling and control,traffic safety guarantee and emergency response,data-driven transportation system simulation,transportation system safety data system construction.02(Transportation Safety Engineering)The key resea
10、rch fields:(1)Transportation safety management engineering It mainly studies the policies and regulations of transportation safety management;safety management mechanism and supervision mechanism;transportation safety guarantee system and standards;transportation safety design and planning;transport
11、ation safety economy theory and method;transportation safety evaluation and decision-making;transportation safety psychology;human behavior characteristics in transportation safety system;research on the application of computer in traffic safety management,etc.(2)Transportation emergency response It
12、 mainly studies the identification,evaluation and warning technology of transportation system state;traffic safety emergency response,rescue and its collaborative optimization technology;transportation system plan management and decision support technology;typical traffic incident scene simulation a
13、nd accident reconstruction technology;research and development of typical traffic incident handling expert system and decision support system based on information technology,computational intelligence theory,communication technology and embedded technology.(3)Special transportation organization opti
14、mization It mainly studies the analysis technology of passenger flow travel law under predictable conditions,evaluation and calculation method and technology of transportation network carrying capacity,dispatching optimization of transportation resources,connection of different transportation modes
15、and passenger flow guidance technologies and methods,reliability analysis technology of transportation network under unpredictable conditions,change law of transportation network topology and carrying capacity,rescue resource allocation and transportation organization optimization coordination techn
16、ology and method,and application of computational simulation technology in the special transportation organization optimization.(4)Transportation of dangerous goods It mainly studies the safety technical conditions,safety management and transportation organization optimization conditions and methods
17、 of railway dangerous goods suitable for the development direction of chemical logistics park;railway dangerous goods transportation risk assessment theory and method;real-time monitoring technology of railway dangerous goods transportation based on Internet of Things technology,and improvement of t
18、he emergency rescue and management of railway dangerous goods transportation.II.Training objectives The training is to cultivate senior specialists in research,innovation and management that have excellent abilities in knowledge acquisition,academic discrimination,scientific research,technological i
19、nnovation,academic communication,cooperation,organization and coordination in the subject field for improving the RAMSI of transportation system.1.Love the motherland,abide by the law,advocate science,and enjoy physical and mental health.Have high sense of professionalism and responsibility,have sou
20、nd professional ethics and academic accomplishment,rigorous academic attitude,as well as good spirit of cooperation and innovation.2.Master basic theories and systematic professional knowledge,have an in-depth understanding of the current status,development direction and international academic front
21、iers of the research fields related to the subject,and have the ability to engage in scientific research or independently work on specialized technical work.3.Be able to skillfully use a foreign language to read the literature of the subject,have good listening,speaking and writing skills to enable
22、international academic exchanges.After graduation,the students can work on scientific research and teaching in the discipline and some relevant subjects,or work as senior specialists engaged in technology and management in related companies.III.Training Methods and Academic System 1.Training methods
23、 Supervisor responsibility system is applied for postgraduate students,and crossing of curriculum learning and scientific research is permitted.Curriculum studies applies credit system,and students are required to acquire the required credits before applying for defense.2.Study duration The basic st
24、udy period for full-time academic postgraduate students is 3 years,and the longest is 5 years.IV.Scientific Research and Practice During the academic studies,students are required to participate in scientific research in addition to normal curriculum studies and the work required by the program.Scie
25、ntific research is the main ways to train the postgraduate students in scientific research,cultivate their innovative abilities and solve practical engineering problems,which is deemed as a necessary condition for graduation.Specific requirements:1.Participate in at least one research throughout the
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