NEW ENERGY SCIENCE AND ENGINEERING
As the world accelerates its transition to renewable energy, New Energy Science and Engineering is emerging as a top choice for forward-thinking students who aspire to shape a sustainable future. So, what makes studying this major in China unique? And who is best suited to pursue it? Let’s find out!
Introduction to the Major
The New Energy Science and Engineering program addresses the national energy strategy and sustainable development needs, focusing on interdisciplinary engineering within new energy systems. It covers key technologies in energy development, conversion, storage, and utilization. This program integrates fields such as power engineering, thermophysics, electronics, electrochemistry, materials science, and information technology, aiming to cultivate high-quality engineering professionals with a broad international vision, innovative abilities, and a strong sense of social responsibility.
Training Objectives
This program aims to meet national defense, aerospace, and major societal development needs by nurturing well-rounded individuals equipped with systematic knowledge, practical skills, and research abilities in the field of new energy. Graduates should possess professional ethics, global perspectives, innovative thinking, and teamwork spirit, enabling them to engage in scientific research, engineering design, project management, and social services in the field of new energy.
Graduation Requirements
Graduates should possess the following competencies:
- Solid foundation in mathematics and engineering knowledge
- Ability to solve complex engineering problems
- Innovation in designing new energy systems
- Research and experimental design skills
- Proficiency in using modern engineering tools
- Understanding of engineering impacts on society and the environment
- Awareness of sustainable development
- Strong professional ethics and social responsibility
- Teamwork and leadership skills
- Cross-cultural communication and expression abilities
- Engineering project management proficiency
- Lifelong learning and self-improvement capability
Core Courses
Core Discipline: Power Engineering and Engineering Thermophysics
Fundamental Courses:
- Engineering Drawing Fundamentals A
- Theoretical Mechanics B, Strength of Materials B, Engineering Fluid Mechanics
- Engineering Thermodynamics, Heat Transfer D
- Electrical and Electronic Technology, Electrical and Electronic Technology Experiments
- Automatic Control Principles D, Gas Dynamics for Energy Storage, Combustion Science
- Energy Storage System Testing Technology, Semiconductor Physics, Electrochemical Fundamentals
- Energy Storage Material Fundamentals, Environmental Engineering Basics for Energy Storage Systems
Specialized Core Courses:
- Principles of Energy Storage I, II
- Fundamentals of New Energy Systems
- Thermal and Cold Energy Storage Technology
- Energy Storage System Control Technology
Research Directions
- Energy Storage System Design and Optimization
- Intelligent Control and Automation of New Energy Equipment
- Renewable Energy Utilization and Integration
- Electrochemical Energy Storage and Materials Research
- Energy Conservation and Environmental Protection in Power Systems
Degree Awarded
Bachelor of New Energy Science and Engineering
Duration of Study
Four-year undergraduate program
Career Prospects
Graduates can work in new energy power generation enterprises, research institutes, equipment manufacturing companies, and energy technology firms in roles related to research and development, design, operations and maintenance, project management, and policy consultancy. They are also well-prepared for postgraduate studies (Master’s/Ph.D.) and can enter government or non-governmental organizations for energy management and strategic planning.
Related Majors
- Energy and Power Engineering
- Electrical Engineering and Automation
- Materials Science and Engineering
- Automation
- Environmental Engineering
Top Universities Offering New Energy Science and Engineering Programs in China
- Xi'an Jiaotong University
- Huazhong University of Science and Technology
- North China Electric Power University
- Chongqing University
- Harbin Institute of Technology
Curriculum Structure and Credit Distribution
Complete the required number of credits as stipulated in the university's academic program.
Additional Course Modules
General Foundation Courses
- Political Theory (Marxism, Mao Zedong Thought, Modern Chinese History, etc.)
- University Foreign Language
- Physical Education and Health
- Computational Thinking and Information Fundamentals
- Psychological Well-being Course "Happy Life"
- Writing and Communication Skills Training
Mathematics and Natural Science Fundamentals
- Calculus C (I & II)
- University Physics D (I & II) and Laboratory
- University Chemistry, Life Science Fundamentals
- Probability Theory and Mathematical Statistics, Algebra and Geometry
Practical Training
- Engineering Training (Metalworking/Electronic Process Internship)
- Professional Internships, Laboratory Courses, Course Design
- Graduation Design (Thesis)
