宜昌招聘

职位描述：
Create technical/visual design concepts and implement using standard tools/templates
? Create design proposals as response to given specification
? Create solution
? Develop concept or prototype
? Ensure compliance with applicable legal requirements, technical codes and standards
? Create layout drawing and analysis

Execute problems solving actions to respond quickly to issues in business processes
? Identify the problem or issue
? Specify and propose solutions, taking into account full chain impacts
? Initiate and implement corrective or preventive actions when appropriate

Create/maintain and provide correct design data for project & stakeholder collaboration
? Design data, product model
? Product data as part of product model
? Drawings

Develop capability
? Create performance improvement ideas (process & tool know-how)
? Take development actions (own design know-how)

Authority to decide
? Proposing justified design ideas/solutions to problems to work on
? Project plan - how own work is organized.
? Effective way of using own time
? Effective ways of using tools

We expect you to have:
Minimum a B.Sc. in Mechanical Engineering or other engineering disciplines
Minimum 3 years’ experience in products development experience
Fluent written and spoken communication skills in Chinese and English are a must
Good Microsoft Office skills are a must, knowledge on CAD and SAP systems or database are an asset
Collaborative and customer focused way of working
Willingness to learn and a desire to study independently
Innovative and strategic thinking is an asset 举报 分享

通力是全球电梯和自动扶梯行业的领导者之一，1910年成立于芬兰赫尔辛基。公司B类股票在芬兰赫尔辛基纳斯达克交易所上市。2020年，通力集团的年净销售额达99亿欧元，拥有超过60,000名员工。
通力的使命是缔造更美好的城市生活。通力为客户提供创新且可持续的新梯解决方案，确保设备安全可靠运行，并为老旧设备提供更新改造解决方案，为建筑的整个生命周期增添价值。随着建筑越来越高、越来越智能，通力借助科技创新预测未来需求，创造全新且更加定制化的客流解决方案，以生态的力量为人们创造更加安全、便捷、可靠的客流体验。
1996年12月，通力电梯有限公司在中国昆山注册成立。截至2021年上半年，通力中国的销售及服务网络覆盖80多家分公司，拥有超过20,000名员工，1,200多家服务站点遍布全国，累计发运台量超120万台。通力中国的产品除了满足国内需求外，还出口到亚洲、中东、澳大利亚、美洲和欧洲等100多个国家和地区。通力革新的电梯和自动扶梯解决方案，让生活和工作在更高、更智能化的楼宇成为可能，让城市成为人类更理想的居所。