Senior Structural Simulation Engineer_ME
工作模式
On-site
工作领域
工程
加入为
专业人员
开始日期
根据安排
工作时间
全日制
分配
Mobility Electronics
你的任务
- Responsible for structural simulation activities for automotive electronic products, including vibration fatigue, thermo-mechanical, and related static simulation analysis.
- Load path and cause-effect relationships analysis by simulation, thereby assessing risks for product reliability design or problem solving.
- Collaborate with the global experts on simulation competence development and simulation tasks.
- Develop new simulation competences based on the project requirement; Take responsibility for standardization and automation of simulation methods.
- Provide internal simulation skills training and case sharing for the team and mentor junior engineers
您的个人资料 - Bachelor’s degree or above in Mechanical Engineering, Solid Mechanics, Vehicle Engineering, Aerospace Engineering, Materials Engineering, or related fields.
- 5+ years of structural simulation work experience (automotive electronics preferred).
- Proficient in at least one simulation tool (Ansys / Abaqus, or similar).
- Familiar with the testing procedures for vibration, modal, and material constitutive models.
- Solid knowledge of fatigue analysis theory, mechanics of materials theory, and finite element fundamentals.
- Programming capability in Matlab/Python.
- Good communication skills in English.
- Strong analytical and problem-solving skills with solid engineering judgment; Ability to communicate complex simulation results effectively to cross-functional teams; Self-motivated and capable of independently driving technical deep-dive topics.
- Bachelor’s degree or above in Mechanical Engineering, Solid Mechanics, Vehicle Engineering, Aerospace Engineering, Materials Engineering, or related fields.
- 5+ years of structural simulation work experience (automotive electronics preferred).
- Proficient in at least one simulation tool (Ansys / Abaqus, or similar).
- Familiar with the testing procedures for vibration, modal, and material constitutive models.
- Solid knowledge of fatigue analysis theory, mechanics of materials theory, and finite element fundamentals.
- Programming capability in Matlab/Python.
- Good communication skills in English.
- Strong analytical and problem-solving skills with solid engineering judgment; Ability to communicate complex simulation results effectively to cross-functional teams; Self-motivated and capable of independently driving technical deep-dive topics.
