济南招聘

Responsibility

Cooperating with sales to find the suitable applications in customers for your products and introduce them to customers.
Programming and debugging firmware for customers
Knowing hardware well, reading the schematic well and PCB layout
Mastering the products soon and giving the right recommendation to the customers.
Visit reports in time and collection of database
Expanding the successful stories to the similar applications, meanwhile with the sense of finding new customer.


Requested Experience and Skills

With an University degree in Electronic Engineering, Computer Engineering or its related field
With at least 3 solid, proven years of providing technical application support or reference design experience
With a solid experience on chip level and platform design, especially for ADC, DAC and DSP products.
Strong technical background (application design)
With strong knowledge of Analog products will be considered for preference.
Strong analytical skills
Excellent customer service skills, interpersonal skills

Excellent language skills in English and country-specific language
Sound PC skills (especially Window-based spreadsheet program)


Attitude

Positive, active, diligent

Arrow Electronics, Inc. (NYSE: ARW), 艾睿作为财富102强，是《财富》杂志最受赞赏的公司之一。全球技术解决方案公司艾睿电子致力驱动创新，引领超过180,000家领先的技术制造商和服务提供商。艾睿专注发展可提升业务及生活质素的科技解决方案，2020年销售额达到286.7亿美元。公司在全球拥有20,100名员工，超过345个业务网络，服务范围遍及80个国家。


Arrow Electronics, Inc. (NYSE: ARW), an award-winning Fortune 102 and one of Fortune Magazine’s Most Admired Companies. Arrow guides innovation forward for over 180,000 leading technology manufacturers and service providers. With 2020 sales of USD $28.67 billion, Arrow develops technology solutions that improve business and daily life. Our broad portfolio that spans the entire technology landscape helps customers create, make and manage forward-thinking products that make the benefits of technology accessible to as many people as possible.

Our strategic direction of guiding innovation forward is expressed as Five Years Out, a way of thinking about the tangible future to bridge the gap between what's possible and the practical technologies to make it happen.