METALLURGICAL ENGINEERING

In the modern industrial era, where materials and metals form the foundation of every sector, Metallurgical Engineering is more than a subject—it’s a gateway to a sustainable future. Are you ready to explore the world of metals and technology?

Program Overview

Metallurgical Engineering is a branch of engineering that aims to train high-quality professionals with a solid foundation in natural sciences, strong professional ethics, and well-rounded humanistic qualities. Graduates are equipped to work in various fields such as production, scientific research, design, consulting, and management related to metallurgical engineering and associated industries.
This program focuses on equipping students with cutting-edge knowledge in metallurgical engineering and related fields. It emphasizes mastery of modern metallurgical technologies and processes, fostering innovation, practical engineering skills, and a global perspective.

Educational Objectives

After four years of study, students in the Metallurgical Engineering program are expected to:

• Acquire a solid foundation in mathematics, natural sciences, engineering principles, and specialized knowledge required in metallurgy; understand the principles of metallurgical processes, technology flow, and production equipment.
• Develop innovative thinking and the ability to improve technology and solve complex engineering problems; demonstrate proficiency in foreign languages and information technology.
• Possess strong professional ethics and a high sense of social responsibility, taking into account factors such as resource utilization, environmental protection, and workplace safety.
• Have the ability to access advanced information, pursue self-directed learning, and maintain lifelong learning; be prepared to work in various fields related to metallurgical engineering.

Graduation Requirements

• Engineering Knowledge: Master the basic theories and specialized knowledge in metallurgical engineering; be able to solve complex technical problems.
• Problem Analysis: Apply fundamental principles to analyze engineering problems in the metallurgical field.
• Design Solutions: Design technical processes that meet specific metallurgical requirements and demonstrate innovation.
• Research Ability: Master experimental principles and methods in metallurgical technology, conduct research, and analyze data effectively.
• Use of Modern Tools: Proficiently use modern engineering tools and IT technology to simulate and predict metallurgical processes.
• Engineering and Society: Understand the impact of metallurgical engineering on society and the environment, and take on social responsibilities.
• Professional Ethics: Comply with engineering ethics and demonstrate social responsibility.
• Teamwork: Possess team collaboration skills, especially in multidisciplinary environments.

Core Courses

• Fundamentals of Materials Science and Engineering
• Principles of Heat and Mass Transfer
• Principles of Metallurgy
• Ferrous Metallurgy (bilingual)
• Steel Metallurgy (bilingual)
• Secondary Refining
• Metal Solidification and Continuous Casting
• Nonferrous Metallurgy
• Principles of Metallurgical Engineering Design
• Metallurgical Resources and Environment

Research Directions

• Optimization of metallurgical processes and development of new technologies
• Environmental protection and efficient utilization of metallurgical resources
• Study of metallurgical properties of metallic materials and alloys
• Research on metallurgical processes for ferrous and nonferrous metals

Degree Awarded

Upon completion of the program, students will be awarded the Bachelor of Engineering in Metallurgical Engineering.

Career Opportunities

Graduates can work in fields related to metallurgy, such as production, scientific research, technical management, design, and consulting.
They can advance to become middle-level managers or technical experts. Some graduates may pursue postgraduate studies, engage in higher-level research or teaching, enter corporate leadership, or start their own businesses.

Related Majors

• Materials Science and Engineering
• Mechanical Engineering
• Chemical Engineering
• Environmental Engineering

Top Universities Offering Metallurgical Engineering

1. University of Science and Technology Beijing
2. Central South University
3. Northeastern University
4. Chongqing University
5. Kunming University of Science and Technology
6. Shanghai University

Program Structure

• Mathematics and Natural Sciences: 28 required credits
• Humanities and Social Sciences: 22 required credits + at least 18 elective credits
• Engineering Fundamentals: 14 required credits
• Major Foundation Courses: 30 required credits + at least 11 elective credits
• Core Major Courses: including Principles of Metallurgy, Steel Metallurgy, etc.

Curriculum Content and Credit Allocation

• Mathematics and Natural Sciences: 28 credits
• Humanities and Social Sciences: 22 credits
• Engineering Fundamentals: 14 credits
• Major Foundation Courses: 30 credits