The International Excellence Engineer School of East China University of Science and Technology offers four undergraduate program specializations: Applied Chemistry, Environmental Engineering, Polymer Materials and Engineering, and Chemical Engineering and Technology.
The curricula for students are jointly developed by Chinese and French sides in strict accordance with the French "Formation d'Ingénieur" model for excellence. The programs focus on cultivating students' abilities in bilingual proficiency, humanistic values, foundational knowledge in mathematics and science, professional expertise, and innovative practice.
This program is dedicated to cultivating high-quality chemical engineering talents and industry elites who are well-rounded morally, intellectually, and physically. Our graduates are equipped to meet the needs of national economic development and the international talent market. They are prepared for careers in scientific research, engineering design, technological development, production, and management within the chemical engineering industry and related sectors. Furthermore, they embody patriotic sentiment, noble ethics, a global perspective, and leadership qualities.
Core Professional Courses: Chemical Bonding Theory, Crystallography, Organic Chemistry, Fluid Mechanics, Heat and Mass Transfer, Infrared / UV-Vis Spectral Analysis, Nuclear Magnetic Resonance (NMR), Unit Operations, Process Dynamics and Control, Chemical Plant Design, Chemical Reaction Engineering, etc.
Career Prospects for Graduates: Graduates are well-suited for positions in various multinational corporations, design institutes, research academies, and institutions of higher education related to chemicals, chemical engineering, energy, environmental protection, water treatment, and more. Their career paths primarily span industries such as petrochemicals, oil refining, pharmaceuticals, clean energy, electric power, environmental protection, aerospace, and national defense.
This program is dedicated to cultivating high-quality polymer materials and engineering talents and industry elites who are well-rounded morally, intellectually, and physically. Our graduates are equipped to meet the needs of national economic development and the international talent market. They are prepared for careers in scientific research, engineering design, technological development, production, and management within the polymer materials and engineering industry and related sectors. Furthermore, they embody patriotic sentiment, noble ethics, a global perspective, and leadership qualities.
Core Professional Courses: Chemical Bonding Theory, Crystallography, Organic Chemistry, Fluid Mechanics, Heat and Mass Transfer, Infrared / UV-Vis Spectral Analysis, Nuclear Magnetic Resonance (NMR), Unit Operations, Process Dynamics and Control, Polymer Physics, Polymer Chemistry, etc.
Career Prospects for Graduates: Graduates are well-suited for positions in various multinational corporations, research institutes, design academies, and institutions of higher education involved in polymer synthesis and processing, composite materials, life and health materials, rubber and plastic products, and more. Their career paths primarily span industries such as automotive, electronics, construction materials, petrochemicals, healthcare, aerospace, and national defense.
This program is dedicated to cultivating high-quality environmental engineering talents and industry elites who are well-rounded morally, intellectually, and physically. Our graduates are equipped to meet the needs of national economic development and the international talent market. They are prepared for careers in scientific research, engineering design, technological development, production, and management within the environmental engineering industry and related sectors. Furthermore, they embody patriotic sentiment, noble ethics, a global perspective, and leadership qualities.
Core Professional Courses: Chemical Bonding Theory, Crystallography, Nuclear Magnetic Resonance (NMR), Organic Chemistry, Fluid Mechanics, Heat and Mass Transfer, Infrared / UV-Vis Spectral Analysis, Inorganic Materials, Unit Operations, Process Dynamics and Control, Environmental Engineering Microbiology, Water Pollution Control Engineering, etc.
Career Prospects for Graduates: Graduates are well-suited for positions in various multinational corporations, design institutes, research academies, environmental protection departments, and institutions of higher education involved in environmental pollution control, environmental monitoring, environmental impact assessment, and environmental management. Their career paths primarily span industries such as environmental protection, water treatment, energy, petrochemicals, oil refining, pharmaceuticals, and life sciences.
This program is dedicated to cultivating high-quality applied chemical engineering talents and industry elites who are well-rounded morally, intellectually, and physically. Our graduates are equipped to meet the needs of national economic development and the international talent market. They are prepared for careers in scientific research, engineering design, technological development, production, and management within the applied chemistry industry and related fields. Furthermore, they embody patriotic sentiment, noble ethics, a global perspective, and leadership qualities.
Core Professional Courses: Chemical Bonding Theory, Crystallography, Organic Chemistry, Fluid Mechanics, Heat and Mass Transfer, Infrared / UV-Vis Spectral Analysis, Nuclear Magnetic Resonance (NMR), Unit Operations, Process Dynamics and Control, Advanced Organic Chemistry, Separation and Analytical Chemistry, etc.
Career Prospects for Graduates: Graduates are well-suited for positions in various multinational corporations, research institutes, design academies, and institutions of higher education related to fine chemicals, pharmaceuticals, water treatment, and more. Their career paths primarily span industries such as chemical engineering, food, pharmaceuticals, quality inspection, materials, energy, environmental protection, and life sciences.
