PROGRAM OVERVIEW

Political Communication is a second-level discipline based on the first-level discipline in Journalism and Communication in the School of Media and Communication. Political communication is a summary of the phenomenon of political communication and the exploration and application of the laws of political communication, which includes the structures, behaviors, ways, environments, and forms of political communication, and is a second-tier subject that combines political science and journalism and communication.

Training Objectives:

1. to lay theoretical foundations for the humanities and social sciences.

2. to understand the knowledge map of journalism and mass communication.

3. to broaden the horizons with international knowledge, thus enhancing the students' creativity and innovation in conducting academic research.

4. to train students to become world-class researchers or professionals in political communication.

CORE COURSES

Journalism and Communication Theories and Literature Study, Research methods of Journalism and Communication, Academic Research and Thesis Writing, Political Communication，Research Frontiers of Political Communication.

CAREER PROSPECTS

The employment fields of political communication graduates are well matched with their disciplines of study, and they are generally employed as teachers or researchers in universities or research institutions.

CONSULTATION

 Email: iug@szu.edu.cn                

PROGRAM OVERVIEW

Journalism and communication, as a humanities and social science, is a discipline that studies the process of social interaction, news and information communication, media industry and media culture. Based in Shenzhen, a Special Economic Zone as the pilot demonstration area of socialism with Chinese characteristics, as well as key city in the national strategy of Guangdong-Hong Kong-Macao Greater Bay Area, this program aims to train students with global perspectives, academic capabilities, critical thinking, and innovative spirits.

  To Assist Doctoral Students in:

1. establishing theoretical basis for humanities and social sciences.

2. understanding the knowledge map of journalism and mass communications.

3. broadening their visions with international knowledge, thus enhancing their creative and innovative capabilities in conducting academic research.

4. training them to be world-class researchers and analysts in communication studies; or outstanding professionals in the journalism and  communication industry.

CORE COURSES

  Journalism and Communication theories and literature study, Research methods of Journalism and Communication, Academic Research and Thesis Writing, Media and Cultural Studies, Digital Media and Society.

CAREER PROSPECTS

  The majority of graduates work in positions aligned with this program. Most are employed as teachers or researchers at universities or scientific research institutions.

Consultation

  Email:  Dr. Zhang, Xing ; zhangx@szu.edu.cn

PROGRAM OVERVIEW

The Doctor of Philosophy (Ph.D.) program in Information and Communications Engineering is a research oriented degree program. Its purpose is to advance the knowledge in the fields of information and communications engineering and enable students to undertake independent advanced study and original research.

The program has a focus on state-of–art technology issues that cross boundaries of a number of research areas including:

Information perception and intelligent processing

Multimedia information processing

Wireless communication system

Theory and application of information coding

CORE COURSES

Functional Analysis

Modern Signal Processing

Modern Information Theory

Networks&Machine Learning

Modern Data Fusion Technology

Mathematical Principles of Deep Learning

Optimization Theory and Application

CAREER PROSPECTS

It prepares students for a research and/or teaching career in industry, research institutions, universities, and government.

Consultation

Email:        wangcy@szu.edu.cn

PROGRAM OVERVIEW

Through multidisciplinary cross-discipline, focus on the urban ecological pattern and effects, and the evolution of municipal environmental quality process and mechanism, municipal environmental toxicology and health research, the research direction reflects the status and role of this discipline in the field of municipal environmental and health research, and reflects the requirements of facing national strategic needs and the frontier of world environmental science and technology, and is sustainable for urban construction in China Development provides basic, forward-looking and strategic scientific and technological support, and continuously makes scientific and technological innovation contributions to the ecological planning and construction of China's cities and urban agglomerations, the improvement of environmental quality, and the sustainable development of social economy, and contributes to the future urban civilization of mankind The construction provides theoretical basis and practical guidance.

CORE COURSES

Biotechnology，Waste water treatment engineering, Marine biology

CAREER PROSPECTS

" Municipal Environment and Public Health " doctoral program includes modern civil engineering, municipal engineering, environmental science and engineering, biology, medicine, ecology, biological resources and engineering, geography, toxicology and informatics Supported by multidisciplinary cutting-edge science and technology.It is an emerging interdisciplinary subject that studies the relevant theoretical techniques and methods for the coordinated development of human urban health and the environment. This subject will combine the needs of China's social and economic development, center on the environmental effects of urbanization and the sustainable development of the urban environment, and take the municipal environment and health effects as the research object.

Consultation

Email: Email:fanyt@szu.edu.cn                  

PROGRAM OVERVIEW

1. Major characteristics and advantages

Management Science and Engineering is the first-class discipline of Shenzhen University. It aims to solve the practical problems of management engineering such as intelligent decision-making, system engineering and logistics supply chain in the new era. Based on innovative thinking, it integrates disciplines such as management science, information science, financial technology and system science to explore scientific laws that reflect objective practice, so as to achieve the advantageous discipline of effective utilization of resources. This discipline owns five directions as follows,

Direction 1.  Intelligent optimization and Decision-Making

This direction focuses on the practical optimization and decision-making problems in the field of management science, and carry out research by using the methods of swarm intelligent computing, feature engineering technology, big data analysis and intelligent decision-making, so as to form characteristics in the aspects of big data and intelligent medical treatment, customer intelligent recommendation, intelligent innovation and etc.

Direction 2. Management System and Engineering

This direction pays attention to the academic frontier issues of management system and engineering, and carry out research by using mathematical and simulation modeling and optimization analysis, data-driven modeling and empirical analysis, so as to form characteristics in production and service scheduling, resource and environmental management, manufacturing and environmental engineering, etc.

Direction 3. Supply Chain and Logistics Engineering

This direction aiming at the academic problems in the theoretical methods of supply chain management and the practice of logistics engineering industry, the theoretical methods and industry application research are carried out by means of mathematical modeling, algorithm research, statistical measurement, policy analysis, questionnaire survey and so on. This research direction strives to be indomitable, achieve the combination of supply chain theory and method innovation and practical service in the logistics industry, pursue the innovation of supply chain theory and method, and pay attention to the solution of practical problems in the logistics industry.

Subdivision direction 1. Research on theories and methods of logistics and supply chain management, focus on academic research and integrated innovation of theoretical methods, and highlight the innovation and application of theories and methods in Green Sustainable Logistics and supply chain management, behavior operation management, digital products and sharing platform.

Subdivision direction 2. International maritime logistics and port shipping management. It combines with the actual needs of China's marine power strategy, the maritime integration of Guangdong, Hong Kong and Macao Bay area and the construction of Shenzhen global marine center city. It engages in the research on sea related logistics supply chain issues, and carry out theoretical innovation and industry development research in the field of international maritime logistics and port shipping management.

Direction 4. Internet and Information Management

This direction adapts to the development trend of big data technology and Internet economy, adopt the empirical methods of big data analysis and questionnaire survey to study information dissemination and management in the context of the Internet, and form characteristics in online brand community social network, UGC user participation behavior, social recommendation system of scientific research experts, etc.

Direction 5. Financial Technology and Service Engineering

Financial technology has increasingly become the focus of global financial innovation and financial competition in the digital era, and it is also the strategic direction of the future development of the financial industry. Focusing on the interdisciplinary frontier of digital finance, artificial intelligence and management science. Facing the urgent practical requirements of preventing and resolving financial risks, this discipline explores the financial innovation and service mode driven by digital technology, the financial risk identification, monitoring and prevention methods driven by big data, and the integration mechanism innovation of financial technology and entrepreneurial finance. It forms characteristics in financial asset pricing and risk management, distributed business model innovation based on block chain, supply chain finance, service support in innovation and entrepreneurship, and provide intellectual support for the development of financial innovation and the construction of risk intelligent prevention and control system in Guangdong, Hong Kong and Macao Bay district.

1. Training objectives

Based on the Great Bay area of Guangdong, Hong Kong and Macao and the socialist leading demonstration area that we cultivate high-level talents in the field of comprehensive management science and engineering with strong professional foundation, strong sense of innovation, wide application and high comprehensive quality, and integrate morality and talents into the "three complete" education construction project. By these objectives, we enable students to systematically learn the theories, methods and technologies of management science, and skillfully use relevant theories and methods to analyze and solve the problems of management decision-making and system engineering in reality. Professionals who can engage in management practice or teaching and scientific research in government organs, enterprises and institutions and colleges and universities.

1. Master the basic theory of Marxism, establish a scientific world outlook, adhere to the four basic principles, abide by discipline and law, have good moral character, have strong dedication and dedication, and actively serve the modernization of the motherland.

2. Have solid and broad basic theory and systematic and in-depth professional knowledge, and understand the research status and development objects of the discipline at home and abroad. Be able to engage in scientific research independently and have creative opinions or achievements in theory or application.

3. Master a foreign language, be able to skillfully use a foreign language to read the professional literature, and have certain writing ability and international academic communication ability. As a discipline integrating management and technology, theory and practice, the students trained in this discipline need to be trained and improved in the following aspects in the specific scientific research work to meet the following requirements,

(1) Academic norms: Students are able to follow academic norms in the process of research design and scientific experiments, have solid academic literacy, have a rigorous and pragmatic scientific spirit, ensure integrity in thesis writing, quote content norms, and eliminate plagiarism and plagiarism of others' views.

(2) Academic ethics: We adhere to the moral bottom line of scientific research, ensure that the research content meets the ethical requirements, and attach great importance to academic ethics.

(3) Research methodology: Students are required to master the research methodology of this discipline, be able to reasonably select relevant theories to explain the problems in management experiments, be good at refining scientific problems, and select reasonable methods to solve research problems.

(4) Technical and analytical skills: Students are required to skillfully use quantitative and qualitative analysis techniques, be able to comprehensively use information technology means to complete the intermediate processes such as analysis of research data and refinement of research ideas, and have solid and reliable academic basic ability.

(5) Critical thinking: Students are able to examine research issues from a systematic perspective, establish a stable logical chain in the process of scientific exploration, and be good at organizing research framework.

(6) Innovation ability: Students are required to have strong academic innovation ability, and be able to analyze and discuss from a new perspective for the forefront of management practice and theory.

(7) Communication skills: Students are required to charge the language skills of Chinese and English, they are able to clearly and methodically explain academic ideas, and understand the basic etiquette and skills of international academic exchanges.

(8) Writing ability: Students are be able to clarify ideas logically, clearly and accurately in written form, and be able to write Chinese and English academic papers independently.

CORE COURSES

Advanced Econometrics, Frontier of Modern Management Science, Professional English, Advanced Management Research Methods, Big Data and Artificial Intelligence, Complex System Theory and Methods

CAREER PROSPECTS

Graduates of this major can engage in decision-making consultation, business operation and management in national administrative departments at all levels, large and medium-sized industrial and commercial enterprises at home and abroad, foreign-funded enterprises, multinational corporations and foreign-funded enterprises; Colleges and universities or scientific research institutions are engaged in teaching and scientific research of relevant majors.

Consultation

 Email:        szuglxyphd@163.com         

PROGRAM OVERVIEW

The target of this program is to educate high-level professionals with independent research and teaching abilities in the field of “optomechatronics engineering and application”. The program also includes some organizational and managerial skill training.

In the field of optomechatronics engineering, the doctoral students have to understand the basic concept and in-depth professional knowledge, paper writing and communication capabilities. Language requirement should meet 3rd level of SAT before applying the program.

In the program, researches is a comprehensive discipline covering optics, mechanical engineering, control engineering, renewable engineering, physical chemistry, micro-nano maufacturing technology, material science,etc. The program is aiming to address scientific problems on optomechatronics engineering and application, focusing on new design, manufacture on optiomechatronics and new theories and technologies on control science. Four different research areas in the program are nano-surface and optomechatronics, photoelectric sensing detection and smart grid control, amorphous alloy material and applied technology, optoelectromechanical control and intelligent robot.

The education for doctoral students adopts doctoral supervisor responsibility system combined with collective education, which the actual supervisor is the main responsible person, providing doctoral students with comprehensive specific guidance. Also, the program contains both theoretical learning and scientific researches.

Optomechatronics engineering and application is one of popular comprehensive disciplines in scientific research field, being a significant role in the development of integral and precision optoelectronic devices. The doctoral program has in total 15 international doctoral supervisors, including 3 distinguished professors, 5 professors, 6 associate professors, 1 associate research fellow. All of the supervisors have oversea research background and own well-known reputation in their specific research fields.

The doctoral program has a total number over 50 projects on national and provincial level scientific projects within 5 years, and published over 100 SCI research articles. So far there are 20 doctoral students and over 10 post doctorates in the program. The program is eligible to cultivate high-quality PhD with advanced research facilities, expertise education experiences with international vision.

CORE COURSES

Chinese overview, basic Chinese, scientific computation, photoelectric sensing and detection technology, advanced optical manufacturing technology, professional foreign language, thesis writing guidance, smart grid technology, nano-surface engineering and tribology, amorphous alloy formation and performance, advanced robotics.

CAREER PROSPECTS

The program is aiming to cultivate innovative intellects on scientific research and industries within the field of optomechatronics engineering and application. Future career covers higher education and scientific research in universities and research institutes, national and international production technology, R&D, engineering construction, enterprise management and professional education in various fields. Representative employment such as Shenzhen University, South University of science and technology, Shenzhen University of technology, Shenzhen Institute of advanced technology, Huawei, Tencent, China Southern Power Grid, Siemens, Philips, etc.

Consultation

Email: wangbei@szu.edu.cn

PROGRAM OVERVIEW

The College was approved to offer the Ph.D. degree program in Computer Science and Technology in 2018.The Computer Science is structured into four research areas which include Computer Architecture, Computer Software and Theory, Big Data Technology and Applications, Graph and Image Processing. We are equipped with outstanding faculty teams, platforms, research ability and training.

CORE COURSES

Machine Learning, Stochastic Process, Data Mining

CAREER PROSPECTS

Industry, Postdoc, Research Institute, etc.

Consultation

Email: gracejiang@szu.edu.cn

PROGRAM OVERVIEW

Founded in 1983, the Division of Architecture is the core major among SAUP. It passed the National Architecture Education Accreditation and provided an undergraduate program in 1996. In the same year, it received the honor to recruit and conduct a graduate program of architecture design and theory. The Department obtained the first-level master's degree program of architecture in 2011 and a first-level doctoral degree program of architecture in 2018. The postdoctoral research station was also established in 2019. The Division of Architecture was selected as a national top-level undergraduate major in 2019. It was also conferred the title of national-level specialty and "Famous Brand Program of Guangdong Province." It has a gourp of eminent scholars such as Meng Jianmin, Fan Yue, Rao Xiaojun, Gong Weimin, He Chuan, Yuan Lei. Chen Jiawei is the current Head of the Department.

After the continuous cultivation for nearly 40 years, SAUP has become an influential and emergent architecture school in Southern China. SAUP has built a "Trinity" pedagogical system of human settlements and built environment, with the coordination of urban informatics research. The research platform of architecture division is led by the Guangdong Province and Shenzhen Key Laboratory,and a series of research teams with clear research directions and reasonable academic teams have been formed around the Benyuan Design Research Center led by Academician Jianmin Meng and the Smart City Research Institute led by Academician Renzhong Guo. The research platform covers various levels and secondary disciplines, which is conducive to interdisciplinary academic research.

CORE COURSES

Theory and Methodology of Human Settlements, The Frontiers of Modern Architecture, Chinese Architectural History and Theory, Introduction to Green Building, Theory of Urban Design, The Frontiers of Urban Informatics, Thesis Writing

CAREER PROSPECTS

Engaged in architectural research work, in the direction of architectural design and theory, architectural history and heritage protection, building technology and other directions to conduct theoretical research, scientific research and teaching with strong innovation and scientific research capabilities. After graduation, the students can work in research positions in universities, government agencies, and enterprises.

Consultation

 Email:szusaup@szu.edu.cn            

PROGRAM OVERVIEW

Eligibility：

1）Abide by the laws of the People's Republic of China; have good behaviors and in good physical and mental health; have a rigorous academic attitude and qualified on cooperation.

2）Develop high-level ability of innovation, remarkable knowledge structure, and strong ability of analysis and problem solving. Master the basic theories and advanced technical methods in related areas; familiar with domestic and international latest theory development; qualified to comprehensively apply the theories to solve real problems independently.

3）Proficiency in Chinese, with skilled writing and capable of communicating in international academic communities.

Cultivating mode:

The training of doctoral students is implementing the doctoral supervisor responsibility system, and combines with the collective training method. School uses a method of combining courseware and scientific research, and emphasis on scientific research. The doctoral supervisor is responsible for formulating the personal research plan and implementing the plan during the study process.

Research directions: There are three research directions include urban survey engineering, urban remote sensing, and urban modeling and analysis.

1. Urban Survey engineering: research on urban surveying theories and methods, precision engineering survey technology and equipment, and its application on complex built environment in urban ground and underground. The research contents include: 1) Indoor and outdoor Integral locating and navigation. Integrate multiple locating technologies such as satellites, communications, inertial navigation, and vision to study the theories and methods of indoor mapping and integral locating and navigation in architectural spaces. 2) Urban underground engineering and pipeline survey. The technology and methods of study urban underground space, underground engineering and pipeline precision measurement and state perception. 3) Safety monitoring of urban buildings and infrastructure. Research on multi-sensor integrated measurement and monitoring, which based on study of platforms like unmanned aerial vehicles, unmanned vehicles, robots, backpacks, and capsules.

2. Urban Remote Sensing: explore the theories, technologies and methods of multi-source remote sensing technology in urban construction elements, natural resources, ecological environment monitoring, and disaster early warning. The research content includes: 1) Urban multi-source remote sensing data fusion and information extraction. Research theories, techniques and methods of optical, thermal infrared, SAR, LIDAR and other multi-source data fusion and information extraction. 2) Urban resource monitoring and environmental perception. Research on the monitoring and sensing technologies and methods of urban built elements (buildings, infrastructure, etc.) and its resources and environment (vegetation, soil, water, atmosphere, etc.). 3) Urban ecological environment assessment and disaster early warning. Based on remote sensing and spatial information technology, research on urban human settlement ecological environment assessment methods and urban disasters (floods, landslides, ground subsidence, etc.) early warning technologies.

3. Urban modelling and analysis: Research on theories evolution and methods of complex urban systems in time and space, and use space as a carrier to integrate urban multi-source information modeling and analysis methods. 1) Three-dimensional (3D) modeling and visualization of urban space. Research on theories and methods of 3D modeling and visualization of urban ground and underground spaces and buildings, which based on multi-source perception methods. 2) Big data analysis and discovering of urban spatial-temporal. Research on the theories and methods of spatial-temporal big data fusion, analysis and discovering for urban human settlements, social and cultural issues. 3) Urban space optimization and intelligent decision. Research on theories and methods of intelligent decision for urban land use arrangement, infrastructure optimization, function coordination, operational services and other urban spatial planning.

CORE COURSES

Smart City Technology and Application, State-of-the-art Remote Sensing Technology, Frontiers of Urban Spatial Information, Scientific Methods and Paper Writing, Basic Chinese, Overview of China, Professional English

CAREER PROSPECTS

Opportunity to enter well-known high-tech companies, such as Huawei and Tencent, or enter a post-doctoral joint training base.

Consultation

Email: risc@szu.edu.cn

PROGRAM OVERVIEW

The Theoretical Economics Program at Shenzhen University (SZU) is based on the China Center for Special Economic Zone Research (CCSEZR) of SZU, a key research institute of humanities and social science designated by the National Ministry of Education (MOE). It is the only institute specialized in the study of special economic zones (SEZs) among the MOE-listed key research institutions of humanities and social science and also the only think-tank focusing on SEZ issues in China. It is an academic center for the study of special economic zones in Chinese universities.

With the key base of the Ministry of Education as the main support unit, the discipline combines the academic backbone of the School of Economics and related schools at home and abroad to form a disciplinary team with reasonable structure, complementary disciplines, academic openness and research potentials. This discipline is characterized by the study of theories and practices of special economic zones, with the study of Chinese paths and the theoretical system of political economics with Chinese characteristics as an important research direction, and with the history of China's reform and opening up, the ideological history of China's reform and opening up, the development history of Special economic zones, and the comparative study of Special economic zones at home and abroad as the "traditional" disciplines, and with modern industrial structure theory, sustainable development theory and the theory of digital economy, digital finance and other frontier theories as subject growth point. While studying the theory of socialist market economy and the theoretical system of Chinese political economics, and exploring the general laws of modern economic theory, the traditional theory has been endowed with distinct "characteristics of the times" and "Chinese characteristics" by the practice of China's deepening reform.

This discipline follows the concept of respecting personality, teaching students in accordance with their aptitude, encouraging innovative and open development, and aims to cultivate talents with solid basic economic theories and skills, a systematic grasp of Marxist economic theories, comprehensive knowledge, reasonable structure, international vision, strong innovation ability and empirical research ability.The training objectives are as follows:

a.Master the basic theoretical system of the discipline, systematically study Marxist political economics theory, and systematically understand Chinese and Western economic theories and cutting-edge thoughts; Master economics research methods, cultivate independent research ability and study; Master a foreign language (including Chinese for foreign students from non-native countries), have the required listening and speaking ability for professional study, and can skillfully use foreign language to read the professional literature and write abstract of the paper. Students are thinkers, scholars and actors who love scholarship, pursue truth and respect law, have noble morality and good study habits, and those who are capable of independent creative research.

b.Based on the special economic zones and facing the world, students should understand the process of China's reform and opening up, the development process of China's special economic zones, the formation process of China's socialist market economy system, the formation mechanism of China's political economy theoretical system, and the essence and connotation of China's paths. To cultivate rational thinkers who understand Chinese history and national conditions and have solid foundation of Chinese and Western economic theories.

CORE COURSES

History of Chinese and Foreign Economic Thoughts, Advanced Macro and Micro Economics, Advanced Econometrics, The History of China's Reform and Opening up and the Development History of Special Economic Zones, Selected Readings of Marxist Economics Classics, Professional English, Essay Writing Guidance, etc.

CAREER PROSPECTS

Among the employed industries of past students, the financial sector accounted for the highest proportion , followed by computer, communications and other electronic equipment manufacturing and education and research. The employers include Guangdong Academy of Social Sciences, China Construction Bank, Shenzhen Hi-tech Investment Group, ZTE etc.

Consultation

Email: liuhl@szu.edu.cn

PROGRAM OVERVIEW

This PhD program in Biology is led by Professor Wei-Guo Zhu, Dean of the Shenzhen University School of Medicine. This cross-disciplinary program will ensure that students are familiar with scientific frontiers in the life sciences, and gain theoretical knowledge, professional experience in biological techniques used in the research laboratory setting and science-based critical thinking. Graduates of this program will have the ability to undertake independent research and work creatively in the field of biomedical science.

Main research fields:

1.Biochemistry and Molecular Biology

Students will study the structure and function of biological macromolecules such as nucleic acids and proteins; explore the biochemical basis and regulatory mechanisms of cell metabolism and homeostasis; and make scientific breakthroughs in the fields of genomic homeostasis, the molecular mechanisms of autophagy, and the pathogenic mechanisms and early diagnosis of major diseases. The mentors in this subprogram have made many breakthroughs in above-mentioned areas and thus are internationally competitive and renowned.

2.Cancer Biology

Students will focus on the biological basis of DNA replication, DNA damage repair, cancer chemoradiotherapy and immunotherapy, and the molecular mechanisms underlying the tumor microenvironment regulating pancreatic cancer metastasis; interpret the molecular mechanisms of maintaining genomic stability; explore new carcinogenic mechanisms and cancer therapeutic targets; and develop new anticancer lead compounds. The mentors in this subprogram are world renowned experts who have  published numerous original research papers in high-profile international journals such as Molecular Cell, Cell Research, and PNAS. In addition, they continuously host an international conference series on DNA repair.

CORE COURSES

Frontiers in Life Science, Academic and Professional English, Biochemistry and Molecular Biology, Advanced Cell Biology and Disease, Cancer Biology

CAREER PROSPECTS

Graduates will be able to follow careers in the biomedical sciences for both academic and industry.

Consultation

 Email: molmed.hsc@szu.edu.cn                  

PROGRAM OVERVIEW

The mathematics discipline of our university obtained the academic doctoral program in July 2021. Cultivate research-oriented and high-level professionals with all-round moral, intellectual and physical development to meet the needs of national and local development. Master solid expertise in mathematics, computer software and theory, and be familiar with the progress, trend and development frontier of big data science.

CORE COURSES

Functional analysis, modern mathematical theory, complex analysis, dynamical system, Riemannian surface, complex dynamical system, etc.

CAREER PROSPECTS

Have independent innovation ability, practical ability and entrepreneurial spirit, and have the ability to engage in scientific research, college teaching or undertake special technical work independently.

Consultation

 Email: zhongxs@szu.edu.cn

PROGRAM OVERVIEW

College of Civil and Transportation Engineering relies on the construction of teaching and research platforms such as provincial advantageous key disciplines, provincial key laboratories and provincial experimental teaching demonstration center. Through the continuous support of National Science Fund for Distinguished Young Scholars, science fund for Distinguished Young Scholars, major international cooperation projects of NSFC, key projects, international science and technology cooperation projects of the Ministry of science and technology and many other major national projects, some professional directions have had a great impact at home and abroad. The college has become a leading training base for innovative composite talents in the field of coastal civil engineering with certain international influence.In recent 5 years, it has won a number of leading and widely used research achievements at home and abroad, including the second prize of national technical invention (twice).The college has strong teaching resources, including 3 academicians, 3 winners of the National Science Fund for distinguished young people, 1 member of the discipline Steering Committee of engineering management of the Ministry of housing and urban rural development, 1 winner of the National Science Fund for distinguished young people, 1 member of the construction engineering supervision and project management strategic development expert committee of the Ministry of housing and urban rural development, 46 doctoral supervisors,21 professors and 29 associate professors. More than 98% of the teachers have doctoral degrees. All the teachers are graduated from famous universities at home and abroad.

CORE COURSES

《Advanced Soil Mechanics》、《Advanced Rock Mechanics》、《Reliability Design Method for Coastal Concrete Structures》、《Health Analysis and Assessment of Infrastructures》、《Modern Analysis and Testing Technology of Civil Materials》,  etc.

CAREER PROSPECTS

This major can be employed in real estate development enterprises, architectural design units, relevant government departments, civil engineering infrastructure construction units, etc. it can also engage in research and teaching in scientific research institutions, colleges and universities. It has a wide range of employment and good employment prospects

Consultation

 Email:yafen.qiu@szu.edu.cn            

PROGRAM OVERVIEW

Shenzhen University's optical engineering discipline was approved as a doctoral authorization point in 2006, and a post-doctoral mobile station was established in 2007, forming a complete talent training system for undergraduate, master, doctoral and postdoctoral.

The optical engineering discipline of Shenzhen University closely focuses on the needs of major national projects and the development of the optoelectronic industry in the Guangdong-Hong Kong-Macao Greater Bay Area, forming the following five disciplines: 1. Intelligent optical measurement and imaging technology: exploring advanced optical measurement, imaging, perception, and information processing technologies , To develop new intelligent optical measuring instruments to serve intelligent manufacturing, major projects, national defense and major national strategies. 2. Biomedical optics and photonics: mainly focus on the optical methods and means required by life sciences and biomedicine to develop biomedical optical detection, imaging, diagnosis and treatment methods and technologies. 3. Fiber optic sensing and laser technology: Fiber optic sensing and laser technology: Carry out theoretical and experimental research on fiber optic sensing and laser technology, and develop a new generation of fiber optic sensors and laser systems. 4. Integrated photonics and functional materials: study integrated photonic systems and new functional materials and devices from three aspects: theory, calculation and experiment, develop new theories, synthesize new materials, design new structures, and assemble new devices. 5. Transient optics and optoelectronics: study the theory and technology of short-time and ultra-short-time amplification, and explore the physical, chemical and biological landscapes and evolution laws that occur in the ultra-fast process.

CORE COURSES

Professional Foreign Language

Optoelectronics

Scientific Computing

Essay writing guidance

CAREER PROSPECTS

In addition to studying abroad and pursuing doctoral degree, the trained students are mainly engaged in R&D work in Shenzhen local optoelectronic companies. Most of them have grown into technical backbones or project leaders.

Consultation

 Email:  lihui@szu.edu.cn               

PROGRAM OVERVIEW

The Institute of Micro-Nano Optoelectronics of Shenzhen University has four main research directions:Laser optics and applications, Micro-scale light field manipulation, Micro-structure optoelectronics，Two-dimensional material optoelectronics.

Shenzhen University was authorized to award doctoral degrees in optical engineering in 2006 and establlished the first post-doctoral station of optical engineering in Southern China in 2007.The discipline of optical engineering was selected as a key discipline of Guangdong Province in 2012. The discipline of optical engineering was selected as a key construction discipline of high-level universities in Guangdong Province in 2015.According to  the fourth round of national discipline evaluation results, Shenzhen University's optical engineering discipline won B+, ranking 9th with Tsinghua University.Shenzhen University Optical Engineering ranked 5th in Shanghai Kesoft's 2018 "China's Best Siscipline Rankings" and ranked 2th in Shanghai Kesoft's 2018 "China's Best Siscipline Rankings".In The Times Higher Education Chinese Discipline Evaluation, Shenzhen University Optical Engineering is rated as a category A discipline.

CORE COURSES

《Higher optical》、《Advanced laser technology》、《Advanced material characterization technology》
、《Nonlinear optics》

CAREER PROSPECTS

Mainly engaged in r&d work in photoelectric enterprises。

Consultation

 Email:                   

PROGRAM OVERVIEW

This PhD program in Biology is led by Professor Wei-Guo Zhu, Dean of the Shenzhen University School of Medicine. This cross-disciplinary program will ensure that students are familiar with scientific frontiers in the life sciences, and gain theoretical knowledge, professional experience in biological techniques used in the research laboratory setting and science-based critical thinking. Graduates of this program will have the ability to undertake independent research and work creatively in the field of biomedical science.

Main research fields:

3.Biochemistry and Molecular Biology

Students will study the structure and function of biological macromolecules such as nucleic acids and proteins; explore the biochemical basis and regulatory mechanisms of cell metabolism and homeostasis; and make scientific breakthroughs in the fields of genomic homeostasis, the molecular mechanisms of autophagy, and the pathogenic mechanisms and early diagnosis of major diseases. The mentors in this subprogram have made many breakthroughs in above-mentioned areas and thus are internationally competitive and renowned.

4.Cancer Biology

Students will focus on the biological basis of DNA replication, DNA damage repair, cancer chemoradiotherapy and immunotherapy, and the molecular mechanisms underlying the tumor microenvironment regulating pancreatic cancer metastasis; interpret the molecular mechanisms of maintaining genomic stability; explore new carcinogenic mechanisms and cancer therapeutic targets; and develop new anticancer lead compounds. The mentors in this subprogram are world renowned experts who have  published numerous original research papers in high-profile international journals such as Molecular Cell, Cell Research, and PNAS. In addition, they continuously host an international conference series on DNA repair.

CORE COURSES

Frontiers in Life Science, Academic and Professional English, Biochemistry and Molecular Biology, Advanced Cell Biology and Disease, Cancer Biology

CAREER PROSPECTS

Graduates will be able to follow careers in the biomedical sciences for both academic and industry.

Consultation

 Email: molmed.hsc@szu.edu.cn                  

PROGRAM OVERVIEW

This program will equip students with solid theoretical and systematic professional knowledge in molecular medicine, biomedical engineering, and related fields. Graduates of this program will have the opportunity to undertake independent scientific research, allowing them to understand the current status and future trends of medicine/biomedical engineering, and write and communicate in English.

MAIN RESEARCH FIELDS:

1.Biomedical information

Apply biomedical engineering techniques and methods to collect, analyze and evaluate health-related biomedical information, establish disease risk prediction and early warning models, explore the underlying reasons of disease pathogenesis, and conduct intervention studies.

2.Cell and tissue engineering

Conduct research on various types of stem cell and bioscaffold materials, and learn how to apply tissue engineering and regeneration technologies to acute and chronic injuries and diseases; conduct research using cell engineering and nanomaterial labeling technologies based on modern gene technology; perform in vivo and in vitro cell tracing and monitoring; and develop new sources of stem cells for research and industrialization amplification technologies, including the development of 3D culture and amplification and bioreactor systems.

3.Systematic Biomedical:

Harness biophysical, biochemical, bioinformatic and systems biology approaches to study human aging and major diseases such as cancer, cardiovascular and cerebrovascular diseases, metabolic diseases, and infectious diseases; use cells, tissues, organs to conduct translational medicine research into human disease mechanisms at multiple levels, and develop personalized and precise diagnostic and treatment approaches.

CORE COURSES

Frontiers in Biomedical Engineering, Biomedical Image Analysis, Lecture on Pattern Recognition Front, Advanced Cell Biology and Disease, Biochemistry and Molecular Biology.

CAREER PROSPECTS

There is a wide spectrum of career paths that can follow from obtaining a PhD in Biomedical Engineering, including but not limited to:

Biomedical Scientist/Researcher Biomedical scientists and researchers, in both clinical and/or research environments, conduct research that aims to improve human health by carrying out scientific tests to find solutions to medical/clinical problems. They research information that aids in the development of biomedical technology and test products so that they are safe and effective for consumers.

Biomaterials Developer Biomedical engineers may develop biomaterials based on either natural living tissue or artificial materials, for use in the human body. Tissue engineering, biomedical implant development, drug delivery and nano implants are all areas that a biomaterials developer may work in. Biomaterials can be used to either repair or replace lost function to the body, or to detect and image disease.

Biomedical Artificial Intelligent (AI) Researcher or Developer AI technology is rewiring many parts of society. How medical/clinical procedures and philosophies will be affected by AI is a thrilling frontier for exploration. A career in this field will involve you not only in science and technology, but also in areas of ethics, finance, and regulation.

Rehabilitation Engineer Biomedical engineers who work in a field dedicated to rehabilitation often work on diverse projects. These can range from mechanical equipment that helps patients regain the ability to walk, to virtual reality systems that aid in limb mobility. Rehabilitation engineers may also create custom solutions based on unique needs or research improvements that can form the basis of a novel rehabilitation technology.

Medical Device/Technology Developer

Medical technology can refer to the hardware and software that help manufacture medical devices, as well as to the technology that is an integral part of those devices. Medical technology professionals with biomedical engineering backgrounds may specialize in bioinstrumentation, or the use of bioelectronic/biomechanical/biochemical instruments to record or transmit physiological information in vivo and/or in vitro.

Consultation

 Email:   molmed.hsc@szu.edu.cn