歌尔股份
27届精英计划-振动设计岗(048781)
27届精英计划-振动设计岗(048781)
发布于 3 天前管理培训生(管培生)
香港
无经验要求
全职员工
仅现场办公
硕士
研究与开发 (研发)
Finite Element Analysis
Matlab
Mechanical Dynamics
Modal Testing
Robotics Dynamics
AI 估算 · 20k–30k
Entry-level R&D role in Hong Kong with specialized skills; competitive for fresh graduates in precision engineering.
职位详情
关于这个职位
This position is part of Goertek's Elite Program for 2027 graduates, focusing on vibration design for high-precision equipment. You will be responsible for vibration analysis, control strategy development, cross-functional collaboration, and testing validation. The role requires strong theoretical foundations in mechanics and hands-on experience with FEA and modal testing.
最低要求
硕士及以上学历，力学、航空航天、机械、机器人等相关专业
理论要求：振动理论、理论力学、固体力学（包括线弹性、粘弹性、塑性、冲击动力学、疲劳力学），有限元理论，信号处理与数据分析，机器人动力学
熟练掌握常用有限元软件，熟练掌握模态与振动测试方法
具有复杂结构有限元建模、模态与传递函数仿真，以及测试对标经验
具备精密半导体、精密光学设备的振动系统建模与振动特性分析经验
有较强的数理基础，能够运用matlab等工具进行动力学分析
工作职责
负责超精密设备的振动分析，包括建立振动模型、执行开环/闭环振动分析，以及预测振动特性
开发采用被动、主动或半主动控制技术的振动控制策略，以提升设备稳定性
与机械和控制工程等跨职能团队协作，基于振动分析结果优化设计方案
进行振动测试与验证，根据实验数据评估设计有效性，并持续改进振动设计技术
AI 洞察
优缺点分析
优点
- Join a leading global company (Goertek) with a structured Elite Program for fresh graduates.
- Gain deep expertise in vibration engineering, a niche skill in high-demand precision industries.
- Work in Hong Kong, a hub for advanced manufacturing and R&D.
- Requires a strong academic background and mastery of complex theoretical concepts.
- May involve high-pressure project deadlines and iterative testing cycles.
- Limited work-life balance due to intense design and validation phases.
- This role is ideal for master's graduates with a passion for mechanics and vibration, seeking a technical career in precision engineering.
缺点 / 挑战
暂无明显挑战项
角色解读
- Progress to senior vibration engineer or lead vibration design projects.
- Transition into related fields like structural dynamics or mechatronics.
- Opportunity to move into management or technical expert roles within the company.
- Perform vibration analysis on ultra-precision equipment, including building models and predicting vibration characteristics.
- Develop vibration control strategies using passive, active, or semi-active techniques to improve equipment stability.
- Collaborate with cross-functional teams to optimize designs based on vibration analysis results.
- Strong theoretical knowledge in vibration theory, mechanics, and finite element analysis.
- Proficiency in FEA software and modal/vibration testing methods.
- Experience in modeling complex structures and correlating simulations with test data.
申请策略
- Tailor your resume to match the specific theoretical requirements listed in the job description.
- Prepare to discuss your approach to solving vibration-related engineering problems during interviews.
- Emphasize academic projects and research related to vibration analysis, FEA, or dynamics.
- Highlight any hands-on experience with modal testing, MATLAB simulations, or semiconductor equipment.
- Showcase cross-functional collaboration in previous internships or team projects.
- Strengthen proficiency in FEA software (e.g., ANSYS, Abaqus) and MATLAB/Simulink.
- Review advanced topics in vibration control and signal processing.
- Familiarize yourself with precision equipment in semiconductor or optics industries.
面试指南
- Use the STAR method (Situation, Task, Action, Result) for project-based questions.
- For technical questions, start with fundamental principles, then apply to the specific case.
- Show systematic thinking: problem definition, modeling, simulation, validation, iteration.
- Explain how you would model and analyze vibration in a complex mechanical structure.
- Describe a project where you used FEA to solve a vibration issue.
- How do you validate simulation results with experimental data?
- What are the key differences between active, passive, and semi-active vibration control?
- How would you approach designing a vibration damping system for a high-precision optical device?
职位点评
55
综合评分
A prestigious graduate program in vibration engineering, offering deep technical growth but limited compensation and lifestyle benefits.
更适合这类人
This role is best for candidates prioritizing technical skill development in a structured program, with less emphasis on immediate compensation or work-life balance.
表现最好
成长发展
相对薄弱
薪资福利
薪资福利40
成长发展70
工作生活50
使命价值60
薪资福利
40较低
Salary is undisclosed, and no benefits are mentioned in the JD. As a fresh graduate program, compensation may be competitive but not exceptional.
薪资信号未披露（AI估算：20K-30K/月）
成长发展
70中等
The role offers deep technical development in vibration engineering, but no explicit mention of training or career growth paths.
技术前沿主流现代技术
技术栈Vibration Theory、FEA、MATLAB、Modal Testing、Dynamics
业务类型ambiguous
工作生活
50较低
On-site work in Hong Kong with no mention of flexible hours or remote work. Location is likely industrial, and overtime is not specified.
工作模式仅现场办公
办公地点未明确
加班情况未提及（无法判断）
使命价值
60中等
Precision vibration design contributes to advanced manufacturing and semiconductor equipment, which has moderate social impact. Industry is stable and innovative.
行业发展稳定成熟行业
社会影响中性/一般
创新程度积极采用新技术
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