The major of Environmental Science at Tianjin University of Technology responds to the national strategy of sustainable development. Centering on the strategic demands of national ecological civilization construction, this discipline aims to cultivate high-caliber professionals with environmental awareness, innovative thinking and practical capabilities to address diverse environmental challenges.
As a typical interdisciplinary subject, Environmental Science incorporates fundamental knowledge of Geography, Biology, Chemistry, Physics, Ecology, Economics and Law. It systematically covers professional theories, engineering technologies and environmental management methodologies. Based on the fundamental theories and technical approaches of environmental monitoring, environmental impact assessment, environmental management and environmental planning, the major focuses on analyzing and solving theoretical and practical environmental problems caused by human production and social activities.
Upholding the educational philosophy of value guidance, solid foundations, and practice-oriented training, the major adopts an interdisciplinary and integrated training model. It aims to cultivate professionals with interdisciplinary perspectives and innovative capabilities. General education courses foster students’ comprehensive qualities and diverse competencies; disciplinary foundation courses provide broad and in-depth knowledge of the field; specialized courses develop advanced professional skills, innovative thinking, and problem-solving abilities; and personalized courses are designed to break down disciplinary and professional boundaries and enhance students’ interdisciplinary thinking and integrated capabilities.
Graduates of the Environmental Science program enjoy broad career prospects. They are well prepared to support green production in enterprises, provide professional environmental services, participate in policy-making, pursue further study in universities and research institutes, and contribute to the advancement of environmental protection.
1. To cultivate graduates with sound professional ethics, personal cultivation, international vision and sustainable development philosophy, as well as high professional accomplishment and social responsibility;
2. To enable students to achieve proficient mastery in environmental management, environmental inspection and monitoring, environmental impact assessment, water treatment, solid waste disposal and other core professional fields;
3. To equip students with solid theoretical knowledge and technical skills to solve complex practical environmental problems and grow into industry backbones;
4. To develop outstanding communication skills and teamwork capabilities, maintain lifelong learning awareness, strengthen innovative consciousness, and realize sustainable personal career development.
Theoretical Courses: Introduction to Environmental Science, Environmental Geoscience, Environmental Microbiology, Environmental Chemistry, Environmental Biology, Environmental Monitoring, Environmental Toxicology, Environmental Law, Environmental Instrumental Analysis;
Experimental Courses: Experiments in Environmental Instrumental Analysis, Experiments in Environmental Chemistry, Experiments in Environmental Biology, Experiments in Environmental Monitoring
The major of Environmental Engineering at Tianjin University of Technology serves the national sustainable development strategy. Oriented toward the national requirements of ecological civilization construction and the coordinated development of the Beijing-Tianjin-Hebei region, this major cultivates high-level application-oriented engineering talents specialized in pollution control, ecological restoration, environmental monitoring and assessment.
Abiding by the university motto of Upholding Morality, Valuing Competence, Seeking Truth and Pursuing Innovation, the major aligns with the functional positioning of the Beijing-Tianjin-Hebei ecological restoration and environmental improvement demonstration zone. It focuses on cultivating students’ ability to solve practical engineering problems. A variety of pilot-scale teaching and training facilities have been built, including water treatment demonstration devices, landfill demonstration systems, sludge-agricultural waste composting equipment, and municipal pipe network simulation systems.
Closely linked with the key industrial chains of Tianjin, the major has established multiple internship and training bases in cooperation with numerous enterprises. Through university-enterprise cooperation in base construction, curriculum design and research development, it comprehensively fosters students’ practical capabilities, innovative spirit, social responsibility and professional ethics. The program commits to cultivating well-rounded socialist builders with moral, intellectual, physical, aesthetic and labor development.
Graduates enjoy promising career prospects. They are urgently needed R&D and management talents for national energy conservation, emission reduction and carbon neutrality goals. As innovative professionals supporting the green and low-carbon industrial transformation, they act as outstanding practitioners of national ecological environmental protection.
1. To enable graduates to independently conduct scientific research, engineering design, technological development and production management in pollution prevention and control, as well as engage in environmental monitoring, evaluation, planning and administration, growing into technical backbones or management personnel in relevant institutions.
2. To cultivate patriotic and dedicated graduates with sound humanities literacy and social responsibility. Students are required to uphold professional ethics and comprehensively consider legal, economic, social, ecological and ethical factors in research and engineering practices.
3. To foster the awareness of lifelong learning, enabling students to keep track of technological advances and sustainable environmental issues, and bravely promote technological innovation in professional work.
Theoretical Courses: Environmental Engineering Microbiology, Principles of Environmental Engineering, Water Supply Treatment Engineering, Water Pollution Control Engineering, Air Pollution Control Engineering, Solid Waste Treatment, Disposal and Resource Utilization, Environmental Monitoring, Physical Pollution Control Engineering, Environmental Impact Assessment, Environmental Planning and Management
Experimental Courses: Experiments in Environmental Engineering Microbiology, Experiments in Principles of Environmental Engineering, Basic Environmental Engineering Experiments, Comprehensive Environmental Engineering Experiments, Computer Aided Design for Environmental Engineering
The major of Safety Engineering at Tianjin University of Technology serves the national modernization strategy of workplace safety governance system and governance capacity. Keeping pace with the digital transformation of safety production management and the integration of artificial intelligence, big data, Internet of Things into safety industries, this major cultivates high-level application-oriented professionals to meet the national strategic demands of workplace safety.
Adhering to the training philosophy of Value Shaping, Solid Foundation, Wide Caliber and Practical Orientation, this major upholds the principle of putting people and lives first and follows the national holistic security outlook. It adopts an interdisciplinary and integrated training mode. The curriculum prioritizes general education courses to cultivate students’ awareness of contemporaneity, nationality, cultural integration and innovation. Combining theoretical knowledge with practical training and increasing practical course proportion, the major improves students’ mastery of safety fundamentals, professional literacy, engineering practice, innovation and teamwork capabilities.
Targeting the development demands of industrial and public safety, the major adheres to systematic thinking. It offers specialized elective courses and interdisciplinary modules focusing on risk prevention and big-data-based emergency technologies.
1. To cultivate well-rounded socialist constructors with sound professional ethics, personal cultivation, international vision and sustainable development concepts, as well as high professional quality and social responsibility.
2. To equip graduates with competencies in safety production management, safety engineering technology and safety consulting services, reaching the professional standard for Certified Safety Engineers.
3. To provide students with solid natural science knowledge and fundamental theories as well as professional skills of safety engineering. With practical experience in safety and emergency management, graduates are capable of solving complex safety engineering problems with professional expertise.
4. To cultivate teamwork and communication abilities. Students are expected to renew knowledge and improve competencies through lifelong learning channels, strengthen innovative and pioneering spirits, and achieve steady career development in safety-related industries.
Theoretical Courses: Introduction to Safety Engineering, Fundamentals of Safety Science, Safety Production Laws and Regulations, Safety Management, Engineering Economics and Project Management, Mechanical Basis of Chemical Equipment, Ergonomics (Bilingual), Safety System Engineering, Principles of Combustion and Explosion, Safety Detection and Monitoring Technology, Disaster Prevention and Emergency Management, Occupational Hazard Protection Technology, Special Equipment Safety Technology, Industrial Ventilation and Dust Removal, Mechanical Safety Technology, Electrical Safety Technology
Experimental Courses: Ergonomics Experiments, Safety Detection Experiments, Fire Prevention and Explosion Protection Experiments, Safety Simulation Experiments
The major of Emergency Technology and Management at Tianjin University of Technology complies with the national strategic goal of constructing a distinctive emergency management system. Keeping abreast of the scientific, professional, intelligent and refined development trends, it cultivates senior application-oriented professionals for national emergency management demands.
Based on the discipline of Safety Science and Technology, this major enables students to master risk identification, disaster control, emergency disposal, emergency support, command and decision-making, post-disaster recovery and other relevant technologies. It enhances students’ macroscopic decision-making and systematic management capabilities for emergencies.
Following the training philosophy of Solid Foundation, Wide Caliber and Practical Orientation, the major establishes an interdisciplinary emergency knowledge system centered on basic emergency management theories and supported by emergency technologies and management methods. It adopts project-based teaching, university-enterprise cooperation and interdisciplinary courses, together with personalized elective modules. The major boasts promising employment prospects, cultivating technical talents for disaster prevention, mitigation and emergency response, as well as management talents competent in supervision, law enforcement, command, rescue and social mobilization.
1. To cultivate well-rounded socialist constructors with sound professional ethics, personal cultivation, international vision and sustainable development concepts, as well as high professional quality and social responsibility.
2. To prepare graduates for careers in emergency management, disposal, consultation, evaluation, training, supervision, scientific research, product development and emergency rescue, growing into technical and managerial backbones in relevant institutions.
3. To endow students with solid natural science knowledge, professional theories and practical skills in emergency technology and management. Graduates can address complex emergency technical and managerial problems with professional expertise.
4. To strengthen teamwork and communication capabilities. Students can continuously update professional knowledge via lifelong learning approaches, enhance innovative and pioneering awareness, and achieve sustainable career development in the emergency industry.
Theoretical Courses: Introduction to Emergency Technology and Management, Big Data and Intelligent Emergency Technology, Application of Emergency 3S Technology, Emergency Management Laws and Regulations, Emergency Monitoring and Early Warning Technology, Engineering Fluid Mechanics, Engineering Thermodynamics and Heat Transfer, Fundamentals of Mechanical Design, Emergency Management (Bilingual), Emergency Rescue Technology and Equipment, Emergency Simulation Technology, Emergency Plan Compilation and Drill, Operations Research, Emergency Rescue Psychology and Behavior, Fire Protection Engineering, Disaster Prevention and Mitigation Engineering.
Experimental Courses: Experiments in Emergency Rescue Technology and Equipment，Experiments in Emergency 3S Technology and Application.
学院地址:中国天津市西青区宾水西道391号17号教学楼 | 邮编:300384 | 版权所有：天津理工大学环境科学与安全工程学院
