Introduction to Dual Degree in 

"Engineering Mechanics + Information and Computing Science"

Subject Requirements: Physics + Chemistry + No restriction on the third subject

lNational First Class Undergraduate Major Construction Point (Information and Computing Science)

lThe only comprehensive   Bachelor's-Master's-Doctoral training in Mechanics in Jiangxi Province (Engineering Mechanics)

l Dual National Level Mechanics Experimental Teaching Demonstration Centers

l Deep integration of   Computational    Mechanics and   Intelligent Technology

l Industry-Academia-Research Collaborative Innovation Demonstration Base (Deep cooperation with Hongdu/Jiangling)

l Serving the frontiers of Aerospace and Intelligent Manufacturing

Part 1: Who We Are

Force Ignites All Things, Data and Intelligence Converge—— Forging the Future Engine of Engineering Innovation

From the millennial wisdom of Dujiangyan's ancient water management to the raw power of the Long March rocket's thrust; from the breathtaking span   of the Hong Kong-Zhuhai-Macao Bridge to the aerodynamic breakthroughs of domestic large aircraft,   Engineering Mechanics has always been the master key to unlocking engineering marvels. Meanwhile, Information and Computing Science, armed with the formidable power   of intelligent algorithms and big data analytics, relentlessly pushes the boundaries of scientific exploration. When these two disciplines converge, they ignite a technological revolution poised to redefine tradition.

Nanchang University's dual bachelor's degree program in "Engineering Mechanics    +    Information and Computing Science" leverages dual first-level doctoral programs in Mechanics and Mathematics,  national-level experimental  teaching platforms,   and  the Artificial Intelligence Research Institute to construct an integrated educational framework of    "Mathematical Foundation,   Intelligent Empowerment, and Engineering Innovation."

Disciplinary Advantages:  A National First-Class Undergraduate Major   (Information and Computing Science)   paired with Jiangxi Province's only comprehensive Mechanics program spanning Bachelor's to Doctoral levels;   complemented by a National-Level Mechanics Experimental Teaching Demonstration Center and a Virtual  Simulation Experimental Center.

Interdisciplinary Focus Areas:    Intelligent Computing and Engineering   Simulation, Aerospace Mechanics   Optimization, Digital Twin and Intelligent Manufacturing.

Here, you will deconstruct engineering principles with equations and redefine mechanical boundaries with code, transforming into a  "Future Engineer" who masters the fusion of data and intelligence!

Part 2: What We Learn

(1) Educational Approach

Centered on "Solid Mathematical Foundation, Strong Intelligent Algorithms,  Integrated Engineering Innovation,"  we cultivate versatile leading talents who master  the   dual-core capabilities of  mechanical modeling and intelligent computing, possessing both international vision and engineering practice abilities.

(2) Focus Areas

Intelligent  Computing and  Engineering Simulation: Integrates machine learning and multi-physics  field coupling technology to  solve complex problems such as aerospace vehicle structural optimization and flow field simulation.

Digital Twin and Intelligent Manufacturing:    Combines   3D printing and additive manufacturing technologies to develop intelligent material performance prediction models and smart manufacturing processes.

Big Data-Driven Structural Health Monitoring:   Uses AI algorithms to analyze real-time mechanical responses of large structures like buildings and bridges, achieving safety early warning.

(3) Educational Objectives

Graduates will possess:

Dual-core   capabilities   in   mechanical modeling and intelligent algorithms, enabling them to independently  solve complex  engineering problems;

Competence for positions such as Algorithm Engineer,  Structural Analyst in fields like aerospace, intelligent construction, and new energy;

International Competitiveness: Over 50% of students will enter top domestic and international universities for further study,   pursuing interdisciplinary subjects like computational mechanics and artificial intelligence.

(4) Professional Curriculum

Core Courses.    Mechanics:     Theoretical Mechanics,    Material Mechanics, Computational Mechanics, Elasticity and Finite Element Method;   Information:   Python and Intelligent Algorithms, Machine Learning, Big Data Analysis, Engineering Numerical Simulation.

Interdisciplinary Courses:  Intelligent Optimization Design,  Digital Twin Technology, AI-Assisted Structural Health Monitoring

Practical Components. National-Level Experimental Platform: Conduct virtual simulation experiments (e.g., aircraft aerodynamic optimization); University-Enterprise Cooperation Projects: Participate in UAV structural design at Hongdu Aviation, intelligent crash simulation at Jiangling Motors,   etc.;   Competitions and Research: National Zhou Peiyuan Mechanics Competition for College Students,    National Mathematical Modeling Contest for College Students, National Intelligent Design Competition for College Students, AI-driven mechanical modeling projects, etc.

Part 3: Where is the Future

(1) Career Paths

Graduates of this dual bachelor's degree program are expected to be mainly employed in the following fields:

High-end Manufacturing Field: Structural  Analyst,  Aerodynamic Simulation Engineer, etc.

Intelligent Construction Field: BIM Mechanics Modeler, Intelligent Construction Engineer, etc.

Other Emerging Fields: New Energy Material Design, Autonomous Driving Simulation Testing, etc.

(2) Further Study Paths

Graduates of this dual bachelor's degree program are expected to enter renowned domestic and international universities for further study,engaging in research on computational mechanics,  intelligent material design, etc.; they can also pursue postgraduate studies in interdisciplinary "Mechanics + AI" directions.