(成都)ASM成都研發中心招聘廣告

daimingbo

ASM Pacific Technology Ltd. is the world's largest assembly and packaging equipment supplier for the semiconductor industry. Listed in Hong Kong since 1989 (0522.hk), ASM Pacific Technology Ltd. is 54% owned by ASM International N.V., a NASDAQ listed supplier of wafer processing equipment(asmi). ASM Pacific Technology Ltd. with headquarters in Hong Kong has operations in Shenzhen, China, Singapore and Malaysia. We are a leading supplier of a full line of assembly and packaging equipment and process solutions for the semiconductor, photonics and optoelectronics industries. Our financial strength and R&D resources allow us to provide customers with total solutions, process innovation, package development and factory automation.

At moment, ASMPT has two R&D centers in Hong Kong and Singapore. As the steady growth of its business and the swift progress of semiconductor industries in Mainland China,  ASM decided to set up its third R&D center in China. Like other R&D centers of ASM, ASM Chengdu R&D center will mainly in the research and development on the core technologies related with semiconductor packaging equipment.


For details of company profile and its products, please visit our website: www.asmpacific.com

Interested applicants should send their CV both in English and Chinese to Mr. He Sheng at she@asmpt.com, with indication to which position interested

Job title: Senior Electronic Engineer/Electronic Engineer
Work place: ASM Technology China in Chengdu.
Job Scope: Research and development on power laser application in semiconductor packaging equipment.
Job requirement:
1.  MSc, PhD in Physics, engineer physics and EE with thesis on optoelectronics and laser physics
2.  3-5 years experience in laser head design for high power diode-pumped Q-switch solid-state laser with UV (266 nm and 355 nm) output.
3.  Familiar with
-  stable laser cavity design by using software tool
-  various optical pumped geometry on gain medium such as Nd: YAG, Nd:YVO4 and Nd:YLF,
- use of non-linear crystal such as KTP for harmonic generation, frequency sum and frequency mixing, intra-cavity frequency doubling
- Q-switching and mode locking techniques and
- laser pulse compression technique.
4.  Experience in
- characterization of high power laser beam (both cw and pulse mode),
- measurement of M^2 and beam divergence angle.
- pulse duration of very short pulse
5.  Experience in the design of diode-pumped solid-state laser power supplies is a plus.