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College of science has one science experimental class and 7 disciplines: mathematics and applied mathematics, information and computational science, applied physics, photoelectrical information science and technology, material physics, material chemistry and chemistry. The applied physics is national characteristic program and material physics is provincial characteristic program. The programs are introduced below.
Information and computational science
The program is insisted to educate creative students based on excellent mathematical foundation and thinking abilities, to allow the students master the theories, methodologies and skills of information science and computational science, to be able to solve information technologies, science and engineering related problems. This program has two major directions which are computational science and information science. The graduates are able to carry out their careers in information science, computational science or other related areas for research, teaching, application r&d and managements.
Degree | Major courses |
BSc (4 years) | mathematical analysis, advanced algebra and geometry, programming language (C++), data structures and algorithms, fundamental information theories, high-performance parallel computing, numerical calculation methods, numerical solution for partial differential equations, probability and statistics, equations for mathematical physics, ordinary differential equations, etc. |
This discipline is qualified to grant bachelor and master degrees.
Mathematics and applied mathematics
This discipline is insisted to educate creative talents based on excellent fundamental mathematic theories and methods, abilities to solve real computer problems based on the mathematic knowledge learnt, and preliminary practical skills for scientific research. The graduates are able to carry out their careers in mathematics, applied mathematics and other related areas for teaching, research, application and managements.
Degree | Major courses |
BSc (4 years) | mathematical analysis, advanced algebra and geometry, programming language (C++), probability and statistics, optimization methods, mathematical modeling, data analysis and statistic software, numerical calculation methods, ordinary differential equations, complex variables functions, functions for real variable, etc. |
This discipline is qualified to grant bachelor and master degrees.
Applied physics
This discipline is insisted to educate creative and practical talents based on excellent scientific theories, methods and skills. This discipline has three professional directions: method and technology for nuclear physics, method and technology for physical analysis (nondestructive analysis) and physical methods and technology for oil and gas reservoir. The graduates are able to carry out their careers in nuclear physics, nondestructive testing, oil exploration and other related areas for teaching, research, application and managements.
Degree | Major courses |
BSc (4 years) | Advanced mathematics, foundation English, general physics, theoretical physics,digital electronic techniques, solid state physics, nuclear physics, nuclear physics experimental methods, physics for nuclear reactor, nuclear power station mechanisms and system, ultrasonic detection techniques, electromagnetic detection techniques, mechanisms and design for intelligent devices, mechanisms and applications of sensors, oil reservoir physics, mechanics of flow through porous media, oil production engineering, technologies based on physical method to improve oil recovery, etc. |
This discipline is national characterized discipline, and qualified to grant bachelor and master degrees.
Photoelectrical information science and engineering
This discipline is insisted to educate practical engineering talents based on excellent knowledge of photoelectrical science and engineering and solid skills. This discipline has to major directions: photoelectrical system and engineering and photoelectrical materials and devices. The graduates are able to carry out their careers in photoelectrical equipment, photoelectrical technology, optical communication technology, photoelectrical materials and devices, new energy technology, LED lighting and other related areas for teaching, research, application and managements.
Degree | Major courses |
BSc (4 years) | Advanced mathematics, foundation English, physical optics, applied optics, digital electric techniques, mechanisms and techniques for laser, optic information, mechanisms and techniques for optical communication, semiconductor physics and components, techniques and systems for computer analysis, etc. |
This discipline is qualified to grant bachelor and master degrees.
Material physics
This discipline is insisted to educate comprehensive talents with modern material science fundamental theories and techniques based on excellent knowledge of physics and outstanding thinking and skills for material exploration, preparation and synthesis. This discipline has two major directions: material corrosion and protection and new energy materials. The graduates are able to carry out their careers in petroleum, shipbuilding, mining machinery, electrician and new energy related companies, enterprises and research institutions, and other related areas for development, research, production, education and management for material anti-corrosion, oil & gas storage and transportation, analysis, safety monitoring and new energy materials.
Degree | Major courses |
BSc (4 years) | quantum mechanics, solid state physics, material physics, material chemistry, fundamental material science, material structure characterization and applications, computational materials, corrosion mechanisms, corrosion experimental methods and monitoring, chemical power source techniques, energy chemistry, etc. |
This discipline is provincial characterized discipline, and qualified to grant bachelor, master and doctorate degrees.
Material chemistry
This discipline is insisted to educate professional talents with material production, modification, structure and performance testing knowledge and skills based on solid fundamental knowledge and practical skills of material synthesis, systemic knowledge of material science and chemistry. This discipline has 2 major directions: macromolecular materials and new energy materials. The graduates are able to carry out their careers in companies and research institutions related to petroleum, oil and gas field chemistry, plastics & Rubbers, fibers, painting & coating for product R&D, manufacturing, production quality control, engineering design, technical management and educations.
Degree | Major courses |
BSc (4 years) | material chemistry, material physics, inorganic and analytical chemistry, organic chemistry, physical chemistry, structural chemistry, fundamental material science, material structure characterization and applications, macromolecular physics, macromolecular chemistry, chemical power source techniques, energetic chemistry, etc. |
This discipline is qualified to grant bachelor, master and doctorate degrees.
Chemistry
This discipline is insisted to educate advanced professional talents with familiarization for petroleum, biology and energetic chemistry based on solid fundamental knowledge and practical skills of chemistry.
Degree | Major courses |
BSc (4 years) | Inorganic chemistry, analytical chemistry, organic chemistry, physical chemistry, instrumental analysis, organic synthesis, coordination chemistry, petroleum organic chemistry, colloidal and surface chemistry, structural chemistry, biochemistry, chemical engineering mechanisms, spectroscopic analysis, etc. |
This discipline is qualified to grant bachelor, master and doctorate degrees.
Science experimental class
Since 2012, the university established the science experimental class in order to improve the fundamental knowledge of science and enhance continues development for the science and engineering students. This class is insisted to cultrate advanced talents with solid foundation, large development potential, comprehensive knowledge and creativity. The students were selected from excellent new science and engineering students. The experimental class carried out with “2+2”model, an education model that despite professions in the first two years in order to improve the fundamental knowledge and skills for science and mathematics, as well as English and computer applications. After two years fundamental knowledge training, the students can be able to choose professions based availabilities of the chosen profession. The science experimental class is an independent class and educated by high-leveled tutors, it also carries out reformation attempts of teaching. Meanwhile, the college arranges professors to be the students’ personal tutors, and work out personalized development plans, to lead the students towards academic palace, and allow the student to set up their research abilities rapidly.