工程力学（土木工程特色班）
Engineering Mechanics (Special Program of Civil Engineering)
学院 School：力学与土木建筑学院School of Mechanics, Civil Engineering and Architecture
授课语言 Medium：英文： English
专业介绍 Program Overview
工程力学专业（土木工程特色班）依托“力学”与“土木工程”交叉学科优势，以力学理论为基础，紧密结合当前前沿土木工程领域的复杂结构设计、材料性能分析与结构防护技术。西北工业大学力学学科为国家重点学科，拥有力学一级学科博士点及博士后流动站，在大型基础设施建造、智能材料与结构领域具有显著特色。本专业旨在培养掌握扎实力学基础、精通土木工程技术、具备创新能力和国际视野的复合型工程人才，服务于现代城市建设与重大基础设施工程。
The Engineering Mechanics program (Special Program of Civil Engineering) leverages the interdisciplinary strengths of "Mechanics" and "Civil Engineering," grounded in mechanics theory and closely integrated with complex structural design, material performance analysis, and structural protection technologies in the advanced civil engineering nowadays. Mechanics discipline of Northwestern Polytechnical University is a National Key Discipline, offering doctoral programs and postdoctoral research stations in Mechanics, exceling in large-scale infrastructure construction and smart materials/structures. This program aims to cultivate versatile engineering talents with solid mechanical foundations, expertise in civil engineering technologies, innovative capabilities, and global perspectives, serving modern urban development and major infrastructure projects.
培养目标 Educational Objectives
科学素养与社会责任：具备严谨的科学精神、工程伦理意识和社会责任感，关注可持续发展，致力于通过工程技术改善人类生活环境；
工程实践能力：能够运用力学理论与土木工程技术，解决建筑结构、桥梁隧道、岩土工程等领域的复杂设计与极端服役能力的分析问题；
跨学科协作：具备领导或参与多学科团队的能力，在大型工程项目中实现高效沟通与协同创新；
终身学习与适应力：紧跟土木工程智能化、绿色化发展趋势，通过深造或自主学习保持行业竞争力。
Scientific Literacy and Social Responsibility: Cultivate rigorous scientific ethics, engineering professionalism, and social responsibility, with a focus on sustainable development and improving human living environments through engineering.
Engineering Practice Competence: Apply mechanics theories and civil engineering techniques to solve complex design and analysis challenges under extreme loading scenarios in building structures, bridges, tunnels, and geotechnical engineering.
Interdisciplinary Collaboration: Lead or contribute to multidisciplinary teams, achieving efficient communication and collaborative innovation in large-scale engineering projects.
Lifelong Learning and Adaptability: Stay attuned to trends in intelligent and green civil engineering, maintaining competitiveness through advanced studies or self-directed learning.
就业方向 Career Destinations
毕业生可在建筑设计与施工企业、交通与市政工程部门、科研院所从事结构设计、工程检测、灾害防护等技术研发与管理工作；亦可攻读力学、土木工程、结构工程等方向硕士/博士学位，或进入国际工程咨询、智能建造等领域发展。
Graduates may pursue roles in architectural design/construction firms, transportation/municipal engineering sectors, or research institutions, engaging in structural design, engineering inspection, disaster prevention, and technical management. They may also pursue master’s/doctoral degrees in Mechanics, Civil Engineering, or Structural Engineering, or enter international engineering consulting and smart construction fields.
核心课程 Curriculum
理论力学 Theoretical Mechanics
材料力学 Mechanics of Materials
结构力学 Structural Mechanics
弹性力学与有限元 Elasticity and Finite Element Method
混凝土结构设计原理 Principles of Concrete Structure Design
钢结构与组合结构 Steel and Composite Structures
工程结构抗震分析 Seismic Analysis of Engineering Structures
土力学与地基基础 Soil Mechanics and Foundation Engineering
土木工程材料 Civil Engineering Materials
特色亮点 Highlights
学科交叉：融合力学深度与土木工程广度，强化复杂结构建模与仿真分析能力；
实践导向：依托国家级实验室与校企合作平台，开展桥梁健康监测、超高层建筑仿真等前沿项目实训；
国际资源：与全球顶尖高校（如新加坡国立大学、南洋理工大学等）联合开设智能结构设计课程，提供海外交流机会。
Interdisciplinary Integration: Combines depth in mechanics with breadth in civil engineering, emphasizing complex structural modeling and numerical analysis.
Practice-Oriented Training: Utilizes national laboratories and industry partnerships for hands-on projects like bridge health monitoring and skyscraper simulation.
Global Resources: Collaborates with top universities (e.g., National University of Singapore, Nanyang Technological University) for smart structural design courses and international exchange opportunities.
加入我们，以力学之智，构筑未来！
Join us to build the future with the power of mechanics!
培养方案请参考下方文件↓
Please refer to the document below for the program plan ↓
