华东交通大学
土木建筑学院 · 全国重点实验室 · 岩土工程（智能建造方向）硕博连读
2021.09 – 2026.06（预计）
博士三年级智能建造工程信息化
- 长期围绕深基坑、隧道与工程智能监测开展研究，方向覆盖结构安全感知、智能分析与辅助决策。
- 导师：徐长节教授、丁海滨副教授；依托实验室开展工程 AI、监测预警与数字建造相关研究。
- 持续以英文文献、国际会议报告与跨学科合作方式拓展研究视野，具备良好的英文科研交流能力。
12论文 / 已录用 / 在审成果
10发明专利布局
4+智慧平台落地项目
20+跨专业团队成员协作
20+奖项与荣誉
个人简介与方向概览
研究方向深基坑围护结构理论、自动化逆向设计、BIM/IFC 与仿真一体化、物理约束 AI 代理建模。
工程方向面向基坑、隧道、采空区、建筑结构裂缝等场景的监测、预警、可视化与智慧运维。
产品方向从 0 到 1 主导 Python + Django + BIM + 物联网的工程软件平台建设、资源统筹与交付。
个人风格兼顾科研、工程与组织管理，善于做资源整合、跨角色协同与方向把控，把抽象方法做成可部署、可迭代、可演示的数字产品。
当前身份
华东交通大学 · 山区土木工程安全与韧性全国重点实验室
岩土工程（智能建造方向）硕博连读，博士三年级；导师为徐长节教授、丁海滨副教授；当前以博士毕业、代表性成果产出与工程化项目推进为主线。
核心优势
科研方法 + 平台开发 + 工程落地
既能做理论推导、AI 建模与论文写作，也能完成系统架构设计、云端平台开发、数据接入与工程现场协同，并在多角色协作中承担资源整合、任务拆解、团队推进与方向把控。
公共表达
博客 / 微信公众号 / 开源输出
持续以博客与公众号记录智能建造与岩土信息化探索，同时通过 GitHub 与工具化实践沉淀个人作品和研发方法。
管理能力
资源整合 / 项目规划 / 人员管理
具备跨专业团队组织与持续运转经验，能够围绕目标进行方向拆解、资源对接、进度把控与成员协同；曾组织 20+ 人团队，推动国省级项目、竞赛与研发任务并行落地。
教育背景
江西水利电力大学
大土木实验班 · 本科
2017.09 – 2021.06
GPA 3.4/4.0排名 3/34高考 569 分（超一本线 66 分）
- 系统完成土木工程基础课程与工程训练，建立扎实的结构、岩土与施工技术基础。
- 在本科阶段逐步将兴趣转向智能建造、工程信息化与数据驱动设计方法。
代表项目与工程经历
国家“十四五”重点研发计划：滨海城市工程群安全监测预警云平台
2023.08 – 至今｜课题五子课题一实际执行人
- 技术领导：独立负责子课题规划与执行，带领 5 人团队研发基于计算机视觉的建筑结构表面裂缝检测仪，形成软硬件一体化成果。
- 跨界协作：作为技术接口人与上海建工、武汉大学等多家单位协同，推进多源物联网监测数据融合与云平台架构设计。
- 成果产出：围绕裂缝检测与安全监测形成相关发明专利 2 项，并产出核心论文成果。
晓沅隧道 / 萍乡路基采空区 / 广州白云站基坑 智慧运维平台
2022.10 – 2025.02｜智慧运维平台技术负责人
- 从 0 到 1：面向不同工程场景主导监测预警平台设计与开发，深入对接江西交投、广州地铁、中铁建工等业主与施工单位需求。
- 工程落地：完成传感器部署协同、数据接入、预警逻辑与可视化界面，实现实时感知、预测预警与平台交付。
- 技术栈：以 Python + Django 为主，结合 BIM 三维可视化和运维业务流程，推动传统土木场景数字化升级。
“岩土小鼹”注册岩土工程师专家辅助系统
2023.11 – 2024.11｜项目负责人
- 成功申请智谱 AI 学科交叉基金，组建 AI 团队，基于 ChatGLM 构建岩土工程垂域专家系统。
- 采用“知识库构建 + 指令微调”路线，探索大模型在传统土木工程知识问答、题库推理和专家辅助中的应用。
- 协调算力资源与研发协作，推动垂域智能体原型落地。
岩土工程智慧建维认识实习系统（浙大城市学院横向课题）
2023.09 – 2024.09｜项目负责人
- 编制需求清单与开发需求书，组织软件学院、土建学院与 VR 团队协同开发。
- 完成现场采景、无人机航拍建模与数字化内容组织，增强工程教学与认知实习体验。
论文与专利
代表论文（精选）
注：作者名后的 * 号表示通讯作者。
- Qiwei Wan, Changjie Xu*. Force-Recovered Neural Operators for Coupled Structures with Test-Time Closure Calibration. KDD 2026（CCF-A，在审）。CCF-A数据挖掘顶会AI方向强信号
- Qiwei Wan, Kaifang Yang, Changjie Xu*, Xiangyu Wang*, Gang Wei. A Soft-correction Physics-constrained Surrogate Framework for Automated Pre-excavation Dewatering Design. Automation in Construction（已录用）。IF 11.5JCR Q1建造智能顶刊
- Qiwei Wan, Changjie Xu*, et al. Automated Design Framework for Excavation Retaining Structures: Extending IFC Standards and Integrating BIM with Geotechnical Simulation. Underground Space, 2025.IF 8.3JCR Q1中科院1区TOP
- Qiwei Wan, Changjie Xu*, et al. Automated inverse design of asymmetric excavation retaining structures using multi-objective optimization. JRMGE, 2025.IF 10.2JCR Q1岩土顶刊
- Haibin Ding, Qiwei Wan, Changjie Xu, et al. Semianalytical Method for Controlling the Deformation of Retaining Structures Subjected to Asymmetrical Loads. International Journal of Geomechanics, 2024.IF 3.47Q1ASCE期刊
展开查看补充论文清单（第 6-12 项）续 7 项
发明专利（10 项）
- 基于机器视觉的建筑结构最大裂缝宽度检测方法及系统. CN202510796464.6（授权）。
- 一种基坑围护结构变形控制逆向设计方法及系统. CN202510748308.2（公开）。
- 一种双边耦合变形下基坑围护结构土压力计算方法及系统. CN202510194347.2（授权）。
- 运营期高层建筑的安全评估方法及系统. CN202510021079.4（公开）。
- 基坑围护结构变形控制逆向设计方法及系统. CN202410074609.7（授权）。
展开查看补充专利清单（第 6-10 项）续 5 项
专业能力
编程与 AI
- 精通 Python（数据分析、算法开发、自动化脚本）。
- 熟练使用 PyTorch 进行深度学习建模与训练。
- 熟悉 Linux 运维、C# 高级程序设计。
- 具备物联网系统设计与工程软件平台研发经验。
工程软件与仿真
- 精通 CAD、BIM（Revit）建模与 Dynamo 二次开发。
- 熟悉有限元仿真与 Plaxis 自动化建模。
- 可将 BIM、监测、仿真与平台产品联动集成。
工程专业能力
- 熟悉岩土工程设计、施工流程及规范体系。
- 理解工程信息化、智能监测、预测预警的整体技术路线。
- 能够从理论、算法到产品进行整体方案设计。
软技能
- 强自学能力与跨学科沟通能力。
- 项目管理、需求拆解与团队领导力。
- 能够进行科研表达、技术写作与对外汇报。
荣誉奖项与综合能力
奖项与荣誉总览
截至目前累计 40+ 项，其中国家级 20 项、省级 15 项、专业技术与学术报告 6 项；同时具备团队组织、资源整合与项目推进经验。
国家级 20省级 15专业技术 6
- 代表荣誉：连续 2 年获博士研究生国家奖学金、国家留学基金委奖学金、全国无偿献血奉献奖国家级铜奖、挑战杯国家级奖项、共创杯全国冠军等。
- 组织能力：长期负责跨专业团队组织与推进，具备资源整合、项目规划、任务拆解、进度把控与人员协同能力。
- 公共表达：持续通过博客、公众号、会议报告和工具化输出沉淀方法与成果，兼具对外表达与对内协同能力。
团队组织与项目推进
EatRice 学生工作室 · 2021.09 – 至今
- 自主创建跨专业科创工作室，凝聚 20 余名成员，聚焦“AI + 土木”交叉创新。
- 主持或参与国家级大创项目 5 项、省级 2 项，带领团队在“挑战杯”“共创杯”等竞赛中获得多项国家级与省级奖项。
- 在研发与竞赛推进中承担资源整合、任务拆解、项目规划、过程把控与成员协同等职责。
国家级奖项（20）
奖学金、竞赛、公益与全国性荣誉
展开查看国家级奖项清单20 项
- 2025 年，国家留学基金委公派澳大利亚昆士兰大学联合培养奖学金，国家留学基金委。
- 2025 年，博士研究生国家奖学金，教育部。
- 2025 年，2022–2023 年度全国无偿献血奉献奖国家级铜奖，国家卫健委。
- 2024 年，博士研究生国家奖学金，教育部。
- 2024 年，中国国际大学生创新大赛国家级铜奖，教育部。
- 2023 年，入围第十八届中国大学生年度人物，中国大学生在线。
- 2023 年，第十七届挑战杯全国大学生课外学术科技作品竞赛“黑科技”国家级三等奖，共青团中央。
- 2023 年，第五届“共创杯”智能建造技术创新大赛国家级一等奖冠军，中国技术创业协会。
- 2022 年，2021 年度中国大学生自强之星，共青团中央、中国青年报。
- 2022 年，第二届全国高校商务翻译能力挑战赛国家级二等奖，竞赛组委会。
- 2022 年，第三届全国大学生算法设计与编程挑战赛（冬季赛）国家级铜奖，竞赛组委会。
- 2022 年，第三届全国大学生算法设计与编程挑战赛（夏季赛）国家级铜奖，竞赛组委会。
- 2022 年，第一届全国大学生奥林匹克数学竞赛国家级银奖，竞赛组委会。
- 2022 年，第十二届 MathorCup 高校数学建模挑战赛国家级二等奖，竞赛组委会。
- 2021 年，2020 年度交通银行残疾大学生励志奖学金（全国 10 位），全国学联秘书处。
- 2021 年，上海真爱梦想公益基金会“去远方”志愿活动出行守护者，上海真爱梦想公益基金会。
- 2021 年，Asia and Pacific Mathematical Contest in Modeling 国际级一等奖，竞赛组委会。
- 2021 年，“华为杯”第十八届中国研究生数学建模竞赛国家级三等奖，中国学位与研究生教育学会。
- 2021 年，第十三届全国周培源大学生力学竞赛个人赛国家级优秀奖，中国力学学会。
- 2021 年，全国青年人工智能社会实践“青年有为”荣誉称号，华为云。
省级奖项（15）
江西省范围内的学业、竞赛与个人荣誉
展开查看省级奖项清单15 项
- 2024 年，江西省博士研究生十佳实践之星，江西省教育厅。
- 2024 年，江西省研究生创新专项资金项目，江西省教育厅。
- 2024 年，中国国际大学生创新大赛省级金奖，江西省教育厅。
- 2024 年，江西省研究生学业奖学金。
- 2023 年，江西省研究生学业奖学金。
- 2023 年，江西省“5G 绽放杯”智慧城市行业赛二等奖，江西省住建厅。
- 2023 年，江西省“最美大学生”荣誉称号，江西省教育厅。
- 2023 年，江西国际公司奖学金，江西国际公司。
- 2022 年，江西省研究生学业奖学金。
- 2022 年，江西省研究生数学建模竞赛省级一等奖，江西省教育厅。
- 2022 年，江西省大学生“三下乡”省级优秀服务团队，江西共青团。
- 2022 年，江西省研究生学术论坛学术报告省级二等奖，江西学位与研究生教育学会。
- 2022 年，全国高等院校英语能力大赛江西赛区一等奖，竞赛组委会。
- 2021 年，江西省研究生学业奖学金。
- 2021 年，江西省大学生自强之星，江西共青团。
公共表达与长期习惯
写作、工具化沉淀与公益参与
- 持续写博客、公众号文章，也会为课题和日常任务开发小工具与脚本。
- 多次进行会议报告与成果交流，能够把复杂技术内容转化为更容易沟通的表达方式。
- 兴趣包括骑行、钢琴、口琴；无偿献血 18 次，累计约 7000 ml。
专业技术与学术报告（6）
学术会议报告、注册基础考试与技术证书
展开查看专业技术清单6 项
- 2024 年，第四届全国软土工程学术会议报告，湖北武汉。
- 2024 年，The 10th International Conference on Innovative Production and Construction 2024（IPC 2024）国际会议专家报告，澳大利亚 Perth。
- 2021 年，第十二届全国基坑工程研讨会暨第四届全国可回收锚杆技术研讨会专家报告，江西南昌。
- 2022 年，注册一级结构工程师基础考试合格。
- 2021 年，注册土木工程师（岩土）基础考试合格。
- 2022 年，工业和信息化人才专业知识测评 C 语言高级证书。
作品集 / Portfolio
以下内容将 Word 简历附录中的“研究成果概述”整理为更适合在线展示的作品卡片，既覆盖理论研究，也覆盖工程软件与智能监测产品。
非对称荷载下基坑围护结构双边耦合受力—变形分析
基于最小势能原理推导半解析解，面向不对称开挖与附加载荷场景建立围护体系整体变形评估方法，并结合工程监测数据验证。
半解析模型变形控制工程验证
AOIDM：安全—经济双目标的基坑围护结构自动优化设计
将改进遗传算法与多目标优化结合，面向复杂不对称荷载工况实现自动化逆向设计，文中给出寻优效率约提升 30%、变形控制精度提升约 25% 的验证结果。
多目标优化逆向设计安全 / 成本协同
扩展 IFC 标准的自动化设计框架
以 IFC 语义拓展为核心，把基坑围护结构、地质信息、自动化力学分析与 BIM 建模打通，实现三维模型直生与设计流程的统一表达。
IFC 扩展BIMPlaxis / 仿真映射
岩土工程对象“统一—表述”框架
针对 BIM/IFC、仿真模型、规范与施工图之间的语义割裂问题，提出多 LOD 统一表达与 Mapper 链，实现几何、材料、结构、阶段与监测信息的可执行映射。
LOD100-500信息模型自动转译
“天空—地一体化”深基坑智能监测统计与分析
围绕卫星 InSAR、无人机与地面仪器融合，构建 SAG 监测框架与七步实施流程，梳理规范接纳度、数据融合策略及 AI 预测方法。
SAG 监测PRISMA 综述风险响应
基坑工程智能监控预测预警系统架构
围绕“建项—接入—监测—判定—处置—复盘”闭环设计软件体系，融合 BIM/IFC、Plaxis、优化算法、多源监测与 AI 预测，实现可追溯的安全—经济—环保一体化决策。
平台架构数字孪生预警闭环
软修正物理约束神经网络：自动预开挖降水设计辅助框架
提出 PCRS 框架，将多任务 U-Net、渗流物理模型与可学习软修正机制耦合，在现场校准场景中将物理残差降低约 77%，并嵌入 NSGA-II 进行设计优化。
Physics-constrained AINSGA-II降水设计
力恢复神经算子：耦合结构位移—受力智能预测
面向基坑支护与厂房框架等耦合结构，先预测位移场再反推连接件受力，结合质控与现场实时校准，将计算速度提升至毫秒级，适配实时监测场景。
Neural Operator现场校准实时预测
基于双目视觉的裂缝真实宽度测量算法
构建“双目视觉 + 语义分割 + 几何映射”流程，在隧道与外墙场景中实现对细小裂缝位置与宽度的稳定量测，弱化对传统立体匹配关键点的依赖。
YOLOv8-Seg双目视觉裂缝量测
基于 PCA 主方向分析的快速裂缝宽度计算
形成“定位—分割—量化”级联流水线，结合注意力增强检测与迁移学习分割，实现裂缝宽度统计效率提升约 5 倍，支撑隧道巡检自动化。
PCA裂缝检测巡检自动化
Qiwei Wan
PhD Candidate in Geotechnical Engineering (Smart Construction) · Founder & Lead of EatRice Student Studio
Year-3 PhD candidate at the National Key Laboratory for Safety and Resilience of Mountain Civil Engineering, East China Jiaotong University. My work sits at the intersection of AI, geotechnical engineering, digital construction, and engineering software products, covering automated design of excavation support systems, monitoring & early-warning platforms, BIM/IFC-to-simulation workflows, and physics-informed AI surrogates, with additional experience in resource integration, team coordination, and technical direction setting.
wqw@ecjtu.edu.cnCopy
Online CV
Blog
GitHub
WeChat: EatRice's Smart Construction Journey
Nanchang, Jiangxi, China
Nanchang, Jiangxi, China
12Papers, accepted papers, and submissions
10Invention patents
4+Deployed digital O&M platforms
20+Cross-disciplinary team members led
20+Awards and honors
Profile Snapshot
ResearchDeep excavation theory, inverse design, BIM/IFC-driven automation, and physics-informed machine learning for engineering systems.
EngineeringMonitoring, warning, visualization, and smart O&M for excavation pits, tunnels, goaf subgrades, and structural crack inspection.
ProductHands-on delivery of Python + Django + BIM + IoT software systems, from requirements and resource planning to field deployment.
StyleI enjoy combining research, engineering, and management, and turning rigorous methods into deployable digital products through resource integration, cross-role collaboration, and direction control.
Current Position
East China Jiaotong University · National Key Laboratory
Combined MSc–PhD student in geotechnical engineering, advised by Prof. Changjie Xu and Assoc. Prof. Haibin Ding; currently focused on PhD completion, representative research outputs, and engineering-oriented delivery.
Core Strength
Research + software + engineering delivery
I can move from theory derivation and AI modeling to system architecture, data pipelines, product interfaces, and on-site deployment, while supporting resource coordination, task decomposition, team execution, and direction control.
Public Communication
Blog, WeChat writing, and open technical traces
I continuously document smart-construction practices through blogs and public writing, and preserve tool-based workflows through code and reusable engineering assets.
Management
Resource integration / project planning / team coordination
I have hands-on experience organizing cross-disciplinary teams, aligning resources with objectives, decomposing workstreams, tracking progress, and coordinating people; this includes leading a 20+ member studio across projects, competitions, and engineering tasks.
Education
East China Jiaotong University
School of Civil Engineering and Architecture · National Key Laboratory · Combined MSc–PhD in Geotechnical Engineering (Smart Construction)
Sep 2021 – Jun 2026 (expected)
Year-3 PhDSmart ConstructionEngineering Informatics
- Researches deep excavations, tunnels, and intelligent structural monitoring with a focus on engineering sensing, AI-assisted analysis, and decision support.
- Advised by Prof. Changjie Xu and Assoc. Prof. Haibin Ding in a lab environment linking geotechnics, monitoring, and digital construction systems.
- Builds an international research perspective through English literature, conference talks, and cross-disciplinary collaboration, with solid academic communication skills in English.
Jiangxi University of Water Resources & Electric Power
BEng · Grand Civil Experimental Class
Sep 2017 – Jun 2021
GPA 3.4/4.0Rank 3/34Gaokao 569 (+66 above Tier-1 cutoff)
- Built strong fundamentals across civil engineering coursework, structural concepts, geotechnics, and engineering practice.
- Gradually shifted academic focus toward digital construction, engineering informatics, and data-driven design methods.
Selected Projects
National Key R&D Program: Cloud Platform for Safety Monitoring and Early Warning of Coastal-City Engineering Clusters
Aug 2023 – Present · Executive implementer of Task 5 / Sub-task 1
- Technical leadership: independently planned and executed the sub-task, leading a 5-person team to develop a machine-vision crack detection device with integrated software and hardware.
- Collaboration: acted as the technical liaison with Shanghai Construction Group, Wuhan University, and other partners to integrate multi-source IoT monitoring data and design the cloud architecture.
- Outputs: generated related invention patents and core paper outputs while supporting demonstration deployment in major engineering projects.
Smart O&M Platforms for Xiaoyuan Tunnel, Pingxiang Goaf Subgrade, and Guangzhou Baiyun Hub Excavation
Oct 2022 – Feb 2025 · Technical lead for digital O&M platforms
- From scratch to delivery: led platform design and development across multiple engineering scenarios, translating owner and contractor requirements into deployable workflows.
- Field implementation: coordinated sensor deployment, data ingestion, warning logic, and visualization, enabling real-time monitoring and decision support.
- Technology stack: mainly built with Python + Django, integrated with BIM-based 3D visualization and domain-specific O&M logic.
“Geo-Mole” Expert Assistant for Registered Geotechnical Engineers
Nov 2023 – Nov 2024 · Project lead
- Won Zhipu AI interdisciplinary funding and formed an AI team to build a domain-specific expert system based on ChatGLM.
- Adopted a “knowledge base + instruction tuning” route for geotechnical Q&A, exam-style reasoning, and expert-assistance scenarios.
- Coordinated compute resources and prototyping work for domain AI deployment in traditional civil-engineering settings.
Smart Internship Learning System for Geotechnical Engineering
Sep 2023 – Sep 2024 · Project lead
- Prepared requirement lists and development specifications; coordinated software, civil, and VR teams.
- Organized site capture, UAV-based modeling, and digital content production to support engineering education and experiential learning.
Publications & Patents
Selected Papers
Note: * denotes corresponding author.
- Qiwei Wan, Changjie Xu*. Force-Recovered Neural Operators for Coupled Structures with Test-Time Closure Calibration. KDD 2026 (under review).CCF-ATop data-mining conferenceStrong AI signal
- Qiwei Wan, Kaifang Yang, Changjie Xu*, Xiangyu Wang*, Gang Wei. A Soft-correction Physics-constrained Surrogate Framework for Automated Pre-excavation Dewatering Design. Automation in Construction (accepted).IF 11.5JCR Q1Top construction informatics journal
- Qiwei Wan, Changjie Xu*, et al. Automated Design Framework for Excavation Retaining Structures: Extending IFC Standards and Integrating BIM with Geotechnical Simulation. Underground Space, 2025.IF 8.3JCR Q1CAS Q1 / TOP
- Qiwei Wan, Changjie Xu*, et al. Automated inverse design of asymmetric excavation retaining structures using multi-objective optimization. JRMGE, 2025.IF 10.2JCR Q1Top geotechnical journal
- Haibin Ding, Qiwei Wan, Changjie Xu, et al. Semianalytical Method for Controlling the Deformation of Retaining Structures Subjected to Asymmetrical Loads. International Journal of Geomechanics, 2024.IF 3.47Q1ASCE journal
Show supplementary publications (items 6-12)7 more
Invention Patents (10)
- Machine-vision method and system for maximum crack-width detection in building structures. CN202510796464.6 (granted).
- Inverse-design method and system for deformation control of excavation retaining structures. CN202510748308.2 (published).
- Earth-pressure calculation method and system for bilaterally coupled retaining-structure deformation. CN202510194347.2 (granted).
- Safety evaluation method and system for high-rise buildings in operation. CN202510021079.4 (published).
- Inverse-design method and system for deformation control of retaining structures. CN202410074609.7 (granted).
Show supplementary patents (items 6-10)5 more
Skills
Programming & AI
- Advanced Python for data analysis, algorithm development, and automation.
- PyTorch-based deep learning modeling and training.
- Working knowledge of Linux operations and advanced C# programming.
- Experience in IoT system design and engineering software product development.
Engineering Tools & Simulation
- CAD, BIM/Revit modeling, and Dynamo-based secondary development.
- Finite-element modeling and Plaxis-based automated geotechnical workflows.
- Integration of BIM, sensing, simulation, and product interfaces.
Domain Knowledge
- Strong familiarity with geotechnical design, construction procedures, and codes.
- System-level understanding of digital engineering, smart monitoring, and warning logic.
- Able to connect theory, algorithms, and product implementation into one solution.
Soft Skills
- Rapid self-learning and interdisciplinary communication.
- Project planning, requirement decomposition, and team leadership.
- Academic presentation, technical writing, and external reporting.
Honors and Integrated Capability
Honors Overview
40+ recognitions in total, including 20 national-level, 15 provincial-level, and 6 professional / technical distinctions, together with practical experience in team organization, resource integration, and project execution.
National 20Provincial 15Technical 6
- Representative honors: National Scholarship for PhD Students for two consecutive years, CSC scholarship, National Bronze Award for Voluntary Blood Donation, Challenge Cup national award, and Gongchuang Cup national champion.
- Organizational capability: long-term experience in cross-disciplinary team organization, resource integration, project planning, work decomposition, progress control, and people coordination.
- Public communication: sustained output through blogs, public writing, conference talks, and tools that turn research and engineering practices into reusable assets.
Team Organization and Project Delivery
EatRice Student Studio · Sep 2021 – Present
- Founded and grew a cross-disciplinary innovation studio with 20+ members focused on “AI + Civil Engineering.”
- Led or joined 5 national innovation projects and 2 provincial ones, winning multiple national and provincial awards in competitions such as Challenge Cup and Gongchuang Cup.
- Took responsibility for resource integration, work decomposition, project planning, progress control, and day-to-day coordination during R&D and competition delivery.
National-Level Honors (20)
Scholarships, competitions, public-service recognition, and nationwide honors
Show national-level honors20 items
- 2025, CSC scholarship for joint training at The University of Queensland, China Scholarship Council.
- 2025, National Scholarship for PhD Students, Ministry of Education.
- 2025, National Bronze Award for Voluntary Blood Donation (2022–2023 cycle), National Health Commission.
- 2024, National Scholarship for PhD Students, Ministry of Education.
- 2024, National Bronze Award, China International College Students’ Innovation Competition, Ministry of Education.
- 2023, Finalist, 18th China University Student of the Year, China University Student Online.
- 2023, National Third Prize, “Black Technology” Track of the 17th Challenge Cup, Communist Youth League of China.
- 2023, National Champion / First Prize, 5th Gongchuang Cup Smart Construction Technology Innovation Competition, China Technology Entrepreneurship Association.
- 2022, Chinese University Students’ Self-Strengthening Star, Communist Youth League of China & China Youth Daily.
- 2022, National Second Prize, 2nd National Business Translation Challenge, Organizing Committee.
- 2022, National Bronze Award, 3rd National Algorithm Design and Programming Challenge (Winter), Organizing Committee.
- 2022, National Bronze Award, 3rd National Algorithm Design and Programming Challenge (Summer), Organizing Committee.
- 2022, National Silver Award, 1st National College Students’ Olympic Mathematics Competition, Organizing Committee.
- 2022, National Second Prize, 12th MathorCup Mathematical Modeling Challenge, Organizing Committee.
- 2021, Bank of Communications Inspirational Scholarship for Students with Disabilities (top 10 nationwide), Secretariat of the All-China Students’ Federation.
- 2021, “Travel Guardian” Volunteer Recognition, Shanghai True Dream Foundation.
- 2021, International First Prize, Asia and Pacific Mathematical Contest in Modeling, Organizing Committee.
- 2021, National Third Prize, “Huawei Cup” 18th China Graduate Mathematical Modeling Contest, China Academic Degrees & Graduate Education Association.
- 2021, National Merit Award, 13th Zhou Peiyuan Mechanics Competition (individual event), Chinese Society of Theoretical and Applied Mechanics.
- 2021, “Young with Promise” Honor in the National Youth AI Social-Practice Program, Huawei Cloud.
Provincial Honors (15)
Academic, competition, and personal recognition within Jiangxi Province
Show provincial honors15 items
- 2024, Jiangxi Top Ten Practice Stars among PhD students, Jiangxi Department of Education.
- 2024, Jiangxi Graduate Innovation Special Fund Project, Jiangxi Department of Education.
- 2024, Provincial Gold Award, China International College Students’ Innovation Competition, Jiangxi Department of Education.
- 2024, Jiangxi Graduate Academic Scholarship.
- 2023, Jiangxi Graduate Academic Scholarship.
- 2023, Second Prize, Jiangxi 5G Bloom Cup Smart-City Industry Competition, Jiangxi Department of Housing and Urban-Rural Development.
- 2023, “Most Beautiful College Student of Jiangxi” Honor, Jiangxi Department of Education.
- 2023, Jiangxi International Company Scholarship.
- 2022, Jiangxi Graduate Academic Scholarship.
- 2022, Provincial First Prize, Jiangxi Graduate Mathematical Modeling Competition, Jiangxi Department of Education.
- 2022, Outstanding Provincial Team, Jiangxi “Three Going to the Countryside” Social-Practice Program, Communist Youth League of Jiangxi.
- 2022, Provincial Second Prize for academic presentation, Jiangxi Graduate Academic Forum, Jiangxi Association of Academic Degrees and Graduate Education.
- 2022, First Prize in Jiangxi Division, National English Proficiency Competition for Colleges and Universities.
- 2021, Jiangxi Graduate Academic Scholarship.
- 2021, Jiangxi Self-Strengthening Star among College Students.
Public Communication and Long-Term Habits
Writing, tooling, and public-interest participation
- I regularly write for my blog and public WeChat account, and build small tools or scripts for research and project workflows.
- I have given multiple conference talks and can translate technical ideas into more accessible communication for different audiences.
- Interests include cycling, piano, and harmonica; I have also donated blood 18 times (about 7000 ml in total).
Professional & Technical Distinctions (6)
Conference talks, registration-foundation exams, and technical certificates
Show professional / technical items6 items
- 2024, invited talk at the 4th National Conference on Soft Soil Engineering, Wuhan, China.
- 2024, invited expert talk at IPC 2024, The 10th International Conference on Innovative Production and Construction, Perth, Australia.
- 2021, invited talk at the 12th National Symposium on Foundation Pit Engineering and the 4th Symposium on Recyclable Anchor Technology, Nanchang, China.
- 2022, passed the foundation exam for Registered First-Class Structural Engineer.
- 2021, passed the foundation exam for Registered Geotechnical Engineer.
- 2022, senior certificate in C language from the MIIT professional knowledge evaluation.
Portfolio
This section repackages the “Research Outcomes Overview” from the Word resume into concise portfolio cards for online presentation, balancing theory, software systems, and digital engineering products.
Bilateral coupled force–deformation analysis for excavation retaining structures under asymmetric loading
Derived a semi-analytical solution from the minimum potential energy principle to evaluate global retaining-system deformation under asymmetric excavation and surcharge conditions, with field-data validation.
Semi-analytical modelingDeformation controlField verification
AOIDM: safety–economy automated optimization of retaining structures
Combined an improved genetic algorithm with multi-objective optimization to automate inverse design for complex asymmetric loading scenarios, targeting safer and more economical excavation support schemes.
Multi-objective optimizationInverse designSafety / cost trade-off
Extended-IFC framework for automated geotechnical design
Expanded IFC semantics to cover retaining structures and geological entities, then connected BIM models with mechanics simulation for direct 3D generation and streamlined design automation.
IFC extensionBIM interoperabilityPlaxis workflow
Unified representation framework for geotechnical objects
Proposed a multi-LOD information framework and executable mapper chain that links geometry, materials, structures, phases, monitoring, and project semantics across BIM and simulation ecosystems.
LOD100-500Information modelingExecutable mapping
Sky–air–ground integrated monitoring for mega excavation projects
Built a monitoring review and framework that combines InSAR, UAV sensing, and high-precision ground instruments, mapping standards, fusion strategies, and AI prediction methods into an operational workflow.
SAG monitoringLiterature synthesisRisk response workflow
Architecture for intelligent monitoring, prediction, and warning of excavation engineering
Designed an end-to-end software loop spanning project setup, data access, monitoring, rule evaluation, response, and review, while integrating BIM/IFC, simulation, optimization, sensing, and AI forecasting.
Platform architectureDigital twinClosed-loop warning
Soft-correction physics-constrained surrogate for automated pre-excavation dewatering
Developed the PCRS framework by coupling multi-task U-Net, seepage physics, and a learnable soft-correction mechanism, enabling design optimization after strong residual reduction in calibrated field settings.
Physics-constrained AINSGA-IIDewatering design
Force-recovered neural operators for coupled structural systems
Predicted displacement fields first and then recovered connector forces for coupled systems such as retaining structures and industrial frames, enabling fast and stable safety inference with on-site calibration.
Neural operatorOn-site calibrationMillisecond inference
Stereo-vision crack-width measurement with segmentation and geometric mapping
Designed a full pipeline using stereo vision, semantic segmentation, and geometric mapping to measure tiny cracks robustly in tunnels and facades without relying heavily on conventional stereo keypoint matching.
YOLOv8-SegStereo visionCrack metrology
PCA-guided rapid crack-width computation
Built a cascade from detection to segmentation to quantitative measurement, improving efficiency for tunnel lining inspection and supporting scalable automated maintenance workflows.
PCAInspection automationWidth statistics