• 工作国家：中国/China
• 城市：南京
• 招聘人数：若干
• 职位性质：就业岗位
• 学历要求：硕士
• 语言能力：汉语,英语
• 需求专业：一般力学与力学基础,固体力学,流体力学,工程力学,机械制造及其自动化,机械电子工程,机械设计及理论,材料物理与化学,材料学,材料加工工程,电力电子与电力传动,电工理论与新技术,物理电子学,电路与系统,微电子学与固体电子学,电磁场与微波技术
• 职能类别：

A rewarding position working in a matrix environment across varied departments to improve product quality and customer satisfaction.

Job Responsibilities:

Work closely with Design, Manufacturing, and Quality Engineers to:

• Inspect, and Trouble shoot units

• Determine and document failure mode

• Determine and document resolution of failure

• Document failure analysis

• Coordinate, perform and document completion of re-work instructions

• Determine warranty status and Root Cause Corrective Action (RCCA)

• Work closely with Customer Service addressing status of Warranty

• Follow procedures to comply with Aerospace Quality System

• Learn and train others as needed

  
  

  Job Requirements

• Proven analytical problem solving skills

• MS or Ph.D in material science or material engineering or Electrical Engineering, and/or Completion of education in Tech School training

• Ability to communicate fluently, both written and verbal, in English

• Ability to work in a matrix environment across multiple departments

• Have solid computer skills, be proficient with MS Word, Excel 

• Able to lift 30 lbs. routinely with or without a reasonable accommodation

• Able to work nights, weekends, holidays to meet business needs

Semiland was founded in Yangzhong city, Jiangsu province Feb, 2017， and its Nanjing office has been registered in May, 2018 and is located inside Ju Bao Shan park.  The company is dedicated to developing innovative power electronics module packaging technologies for wide band gaps devices to unleash their performance to the maximum extreme. Starting from innovative packaging technology and system integration of  SiC power module, the market orientation will be aligned in new energy vehicle, high speed welder, rail, power supply, and UPS..etc. and also provide customer oriented services to optimize thermal management and system  performance.