{
    "basic_info": {
        "name": "徐源",
        "gender": "男",
        "phone": null,
        "email": null,
        "age": "27",
        "birth_date": null,
        "location": "厦门",
        "work_years": "5.3"
    },
    "education": [
        {
            "school": "东南大学",
            "major": "机械工程",
            "degree": "本科",
            "graduation_year": "2021\/06"
        }
    ],
    "job_intention": {
        "expected_position": "结构工程师",
        "expected_salary": "面议",
        "expected_city": null,
        "availability": null
    },
    "skills": [
        "中望CAD",
        "AutoCAD",
        "中望3D",
        "Creo",
        "Solidworks",
        "ABAQUS",
        "ANSYS",
        "hypermesh",
        "Office",
        "多物理场仿真",
        "曲面建模",
        "光学仿真",
        "材料粘弹性与超弹性对标"
    ],
    "work_experience": [
        {
            "company": "厦门天马显示科技有限公司",
            "position": "结构工程师",
            "duration": "2021\/07 - Present",
            "description": "1. 项目ME：负责OLED产品屏幕规格拆解、结构设计、风险评估、3D\/2D图纸绘制与发包、物料追踪、撰写FDR及材评报告、测试治具及部分模具设计。\n2. 仿真分析：负责曲面屏贴合仿真、FPC弯折仿真、屏体挤压\/落球\/落笔强度仿真、极端环测热膨胀仿真及曲面光学仿真。\n3. 工作业绩：主导高规格等深四曲面屏体结构设计与治具优化，支撑10+新品项目转量产；破解设备商弯折轨迹机密并建立仿真模型，优化FPC弯折轨迹，解决裂纹问题并降低不良率；引入粘弹性\/超弹性材料对标，解决高频载荷仿真失真，提升落球性能约30%，缩窄边框至<0.6mm。"
        }
    ],
    "project_experience": [
        {
            "name": "高规格等深四曲面屏体结构设计与仿真优化",
            "role": "项目ME \/ 结构工程师",
            "duration": "2021\/07 - Present",
            "description": "负责搭配panel载体的玻璃盖板形状设计及相关ME工作，进行四曲治具设计和仿真优化。为华为、O\/V、联想、荣耀等10+新品项目提供治具设计与仿真优化，解决四曲面褶皱、气泡不良等问题，支撑新品成功转量产。"
        },
        {
            "name": "柔性显示屏模组FPC弯折轨迹推导与仿真",
            "role": "结构工程师",
            "duration": "2021\/07 - Present",
            "description": "破解韩国及国产设备商弯折轨迹商业机密，建立对应的弯折仿真模型，编写Excel表格实现100点轨迹生成。优化弯折轨迹，解决裂纹问题，降低不良率，为H\/R\/O\/V\/L\/X客户的10+个项目提供仿真支持，支撑bendingR减小到0.1。"
        },
        {
            "name": "屏体材料力学行为仿真与结构优化",
            "role": "结构工程师",
            "duration": "2021\/07 - Present",
            "description": "引入材料粘弹性代替\/结合超弹性完成材料对标，降低胶材高频模量，使落球性能提高约30%并导入量产。进行异形四曲面屏体结构设计及光路评估，缩窄边框至<0.6mm，完成整体结构设计与3D\/2D图输出及BOM表搭建。"
        }
    ],
    "certifications": [
        "CET4",
        "计算机二级（C++）",
        "技术探索奖",
        "设计领先奖",
        "四曲优秀开发团队",
        "R0.175开发优秀团队",
        "公司内部技能比武大赛奖项"
    ],
    "self_evaluation": "5年OLED显示行业结构仿真经验。精通ABAQUS\/ANSYS等多物理场仿真，覆盖贴合、弯折、强度、热力、光学全链路。独立破解多家设备商弯折轨迹商业机密并自建仿真模型。主导异形四曲面屏体结构设计，突破边框<0.6mm、bendingR→0.1等行业极限指标。引入粘弹性+超弹性材料对标，解决高频载荷仿真失真问题，大幅提升产品性能并成功导入量产。"
}

{
    "events": [
        {
            "eventName": "ObjectCreated:PutObject",
            "eventSource": "acs:oss",
            "eventTime": "2026-11-05T03:28:47.000Z",
            "eventVersion": "1.0",
            "oss": {
                "bucket": {
                    "arn": "acs:oss:cn-hangzhou:1748673497100614:langbowei-static",
                    "name": "langbowei-static",
                    "ownerIdentity": "1748673497100614",
                    "virtualBucket": ""
                },
                "object": {
                    "deltaSize": 158657,
                    "eTag": "DF3D7E681F18318324CE23552971038E",
                    "key": "resumes\/1-6aebf7e9-157b3c-a3a8319039e5__widget_1704704635359_0.pdf",
                    "objectMeta": {
                        "mimeType": "application\/pdf"
                    },
                    "size": 158657
                },
                "ossSchemaVersion": "1.0",
                "ruleId": "6ace21aabfd5f4f41034504922b3ff7128aa76bb"
            },
            "region": "cn-hangzhou",
            "requestParameters": {
                "sourceIPAddress": "172.16.0.134"
            },
            "responseElements": {
                "requestId": "6AEBF7EF3D88A2383872A822"
            },
            "userIdentity": {
                "principalId": "300034963247836315"
            }
        }
    ]
}