1. Program Highlights
The Bachelor of Engineering in Light Chemical Engineering at ECUST is a National First-Class Undergraduate Program, accredited by the Chinese Engineering Education Accreditation Association. It focuses on the field of Additive Chemistry and Engineering, particularly in materials chemistry and daily chemical products.
The program combines strong foundations in chemical engineering with specialized knowledge in the design, production, and application of functional additives. These substances enhance product performance and quality in industries such as synthetic materials, personal care, food, and specialty chemicals. The curriculum emphasizes practical skills, innovation, and sustainability, preparing students to contribute to high-value consumer and industrial products.
2. Educational Objectives
Graduates will be equipped to:
Solve complex engineering problems related to the development and application of additives in light chemical industries.
Design processes and products with consideration for technical, economic, environmental, and ethical factors.
Work effectively in multidisciplinary teams and communicate in global contexts.
Pursue lifelong learning and adapt to technological changes in the field.
Within five years after graduation, students are expected to become technical leaders or innovators in industry or research.
3. Core Courses
Principles of Chemical Engineering
Chemical Reaction Engineering
Separation Engineering
Chemical Process Design
Fundamentals of Rheology
Additive Production Equipment and Design
Interface and Colloid Chemistry
Principles of Additive Synthesis
Chemistry of Material Additives
Fundamentals of Polymer Science
Light Chemical Engineering Laboratory
4. Degree and Duration
Duration: 4 years
Degree: Bachelor of Engineering (B.Eng.)
5. Key Competencies Developed
Graduates will be able to:
Apply engineering knowledge to solve problems in additive development and light chemical processes.
Design and optimize products and processes with regard to safety, sustainability, and lifecycle impacts.
Use modern tools and methods for simulation, analysis, and experimentation.
Understand professional ethics and societal responsibilities.
Communicate effectively in cross-cultural and team settings.
Engage in continuous learning to keep pace with industry advancements.