电机设计工程师-PT

1. 作为电机设计工程师，在工具研发项目中，保证所有电机工程相关工作的准时交付，包括：

- 结合电动工具需求，基于现有电机平台，提供电机方案选项；

- 在多文化环境中，进行跨职能部门交流，定义并优化电机解决方案；

- 计算电机参数，跟踪电机样品的制作及测试，并在失效分析的基础上，提出并推进解决措施；

- 完成机械设计文档及图纸，定义规范，以及负责图纸和模具的最终的放行。

- 协助推进电机在工厂/制造商处的放行，协调工艺，生产，质量各职能部门，解决技术问题；

2. 新电机的研发：

- 基于其他部门的工程输入，定义电机设计的边界条件；

- 独立/参与完成电机电磁及性能设计方案；

- 独立/参与完成相关外围机械设计；

- 制定并执行验证（包括测试）方案;

- 负责相关技术文档编写及归档。

1. 自动化，机电，电机电器等相关专业，研究生优先，有海外留学背景优先；

2. 熟悉电机电磁原理，有系统性学习过电机学，电磁学的优先；

3. 对基本电机控制算法有一定了解；

4. 熟悉Creo，或类似绘图软件；

5. 具较强的电机设计及仿真能力，能熟悉掌握例如Ansys，Maxwel等设计仿真软件；

6. 熟悉一种以上机械、流体散热仿真软件，或有matlab/Simulink建模能力优先；

7. 善于时间管理及系统化思考，有上进心，责任感强，思维开放，快速学习和团队合作精神；

8. 良好的英语听说读写能力。

Job Responsibilities:

As a motor R&D engineer, in the tool development project, ensure the timely delivery of all motor engineering-related work, including:

· Motor Application

o Based on the requirements of power tools, provide motor solution options based on existing motor platforms;

o Communicate across functional departments in a multicultural environment, define and optimize motor solutions;

o Calculate motor parameters, track the production and testing of motor samples, propose and promote solutions based on failure analysis;

o Complete mechanical design documents and drawings, define specifications, and be responsible for the final release of drawings and molds.

o Support in promoting the release of motors at the factory/manufacturer, coordinate with process, production, quality departments, and solve technical issues.

· R&D of new motors:

o Define the boundary conditions of motor design based on engineering inputs from other departments;

o Independently/participate in completing motor electromagnetic and performance design schemes;

o Independently/participate in completing related peripheral mechanical design;

o Develop and execute verification (including testing) plans;

o Responsible for writing and archiving related technical documents.

Qualifications:

· Major in automation, mechatronics, electrical engineering, etc., postgraduate degree preferred, having overseas study background is preferred;

· Familiarity with motor electromagnetic principles and systematic study of motor and electromagnetic fields is preferred;

· Understanding of basic motor control algorithms;

· Proficient in Creo or similar drawing software;

· Strong motor design and simulation capabilities, familiar with design simulation software such as Ansys, Maxwell, etc.;

· Familiar with one or more mechanical, fluid, and thermal simulation software, or have Matlab/Simulink modeling capabilities preferred;

· Good at time management and systematic thinking, proactive, strong sense of responsibility, open-minded, quick learner, and team player;

· Good English listening, speaking, reading, and writing