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微系统与可穿戴医疗设备及生物传感技术创新研究团队博士后招聘或项目聘用

微系统与可穿戴医疗设备及生物传感技术创新研究团队博士后招聘或项目聘用

Overview

The positions are located in Beijing, China. You will get a chance to perform and thrive in a highly competitive and well-funded research environment. The position may lead to a long-term faculty position upon performances. Competitive compensation depended on experiences.

1.  Postdoctoral Position in mixed signal ASIC

Requirements

Highly motivated PhD graduate in the area of IC chip design. Major in EE, Computer Sciences, Precision Instruments, Automation Control, Signal Processing.

Must have a good theoretical foundation and hands-on skills in ASIC chip design. knowledge of IC process techniques and trade-offs. The successful candidate must have solid knowledge of: 1. Analog circuit design and IC design tools, 2. Semiconductor physics, 3. feedback control theory.  Good knowledge of signal processing theory is helpful.

Responsibilities

The job includes design and development of low noise analog and mixed signal circuit, IC circuit layout, verification and testing; develop MEMS sensor weak signal read-out IC circuit.  It also involves with system design and simulation, device characterization of silicon-based microdevices for industry application.

The candidate will be responsible but not limited to:

-Interfacing with IC foundry and follow the design rules, tape-out, test board design and device evaluation.

- Documenting and reporting results on a regular basis

2.  Postdoctoral Position in DSP ASIC Design                

Requirements

Highly motivated PhD graduate in the area of IC chip design. Major in EE, Computer Sciences, Precision Instruments, Automation Control, Signal Processing.

Must have a good theoretical foundation and hands-on skills in digital ASIC chip design and FPGA. knowledge of IC process techniques and trade-offs. The successful candidate must have solid knowledge of: 1. digital IC design, 2. IC design tools, 3. Digital filter design and FPGA implementation. Good knowledge of signal processing theory is helpful.

Responsibilities

The job requires design and development of digital IC circuit and testing.  It involves with SOC ASIC design, simulation, FPGA verification, layout, tape-out, firmware development, and device characterization of silicon-based microdevices for industry application.

The candidate will be responsible but not limited to:

- Digital IC circuit design and implementation, testing and device evaluation.

- Documenting and reporting results on a regular basis

Application

send your CV to xbqiu@mail.buct.edu.cn before March 31, 2017


About BAIC-SM, BUCT  (北京化工大学国际软物质研究中心)

http://en.baicsm.buct.edu.cn/index.htmBeijing Advanced Innovation Center for Soft Matter Science and Engineering (BAIC-SM) was built on our existing strengths of research and started operations in 2014 as “BUCT International Research Center for Soft Matter”. At that time, Daan Frenkel (Professor, University of Cambridge) served as the Center Director, Gan, Zhihua (Professor, Beijing University of Chemical Technology) severed as Associate Director, Pablo Gaston Debenedetti (Professor, Dean for Research at Princeton University) served as Chair of the Academic Committee , Tan, Tianwei (Professor, Beijing University of Chemical Technology) as Chair of the Administrative Committee and Wang, Wenchuan (Professor, Beijing University of Chemical Technology) as Associate Chair of the Academic Committee. In addition, we have 5 faculty members initially, including 4 Part-time principal investigators: Frantisek Svec (Staff Scientist and Facility Director of E.O. Lawrence Berkeley National Laboratory), Lee Cronin (Professor, University of Glasgow), Hui-min Li (Professor, National Chemical Engineering Institute in Paris), and Duli Yu (Professor, Beijing University of Chemical Technology); One full-time principal investigator, Dr. Jure Dobnikar.
In September 2015, BAIC-SM officially launched with research grant from the Beijing Municipal Government and the grant support will continue for 5-10 consecutive years. The center now has expanded to include three research divisions: Soft Matter Science Division, Soft Matter in Life Sciences and Technology Division and Soft Matter in Functional Materials Science and Engineering Division.

北京化工大学于20144月在京成立了北京化工大学国际软物质研究中心,依托自身在生命及材料学科及产业的优势,瞄准生命(医学)、环境和能源等重大领域中需要解决的关键技术和重要材料创制等目标,围绕合成生物学、多尺度模型化方法应用和化学组装催化等重点方向开展基础研究。在北京化工大学国际软物质中心的基础上, 北京化工大学于20156月向市教委申请成立北京市软物质科学与工程高精尖创新研究中心,于同年9月获得批准,正式运行。高精尖创新中心将密切围绕国家经济和社会发展中的重大需求,结合北京自身需要,确立以北京化工大学为依托平台,为北京市科技发展战略的总体布局服务,结合地缘优势与政策扶持,积极探索科研机构先进建设理念与发展模式,以推动学科发展与人才队伍建设。中心将着眼于软物质领域前沿科学,致力于成为一个吸引和培养一流人才的国际化教育平台,创造软物质领域一流科研成果的研究基地,为提升北京市及我国在软物质科学与工程领域的国际竞争力和保持可持续发展提供源头创新。

北京化工大学“微流控芯片生物医学工程研究中心”立足信息学院,联合机电学院、生命学院、材料学院、化工学院等多个学院,在微流控生物医学领域内,开展微流控芯片、生物传感、生物医学检测等相关的交叉学科研究。在全自动核酸分析微流控芯片、全自动免疫检测微流控芯片、细胞计数及检测微流控芯片、及CTC循环肿瘤细胞捕获及检测芯片等方面开展了较为深入的研究,取得了一系列原创性成果。