休斯顿大学老师招收全奖光电方向PhD

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休斯顿大学电子工程系Dr. Xiaonan Shan课题组招收全奖博士两名，也欢迎拍交流的联合培养博士申请，2017年秋季入学。有硕士或者即将获得硕士学位者优先。
第一个学生主要做先进光学成像系统平台的研发。这个方向更加强调设备和技术的发展，因此要求学生有较强的动手能力和解决问题能力，尤其对光学平台及实验有经验的学生优先。 其他要求：精密仪器系，电子工程，光学，物理以及相关的专业方向都可申请。
第二个学生主要做光学成像在生物医学方面的应用。希望学生有生物相关研究背景，做过细胞以及tissue研究者优先。其他要求：生物医学工程，生物学，电子工程，化学等相关专业都可申请。
导师主页：http://shanlab.ece.uh.edu/
申请方法：请把简历和相关资料发到 xshan@central.uh.edu
        休斯敦大学是一所国家一级(tier 1)研究型综合性大学，位于休斯敦市，近年来发展迅速。休斯顿是全美第四大城市，地理位置优越。休斯敦也是全美最大的石油工业中心和第三大港，因此有很多工业界的就业机会。休斯顿有世界一流并且全球最大的医疗中心，德州医学中心，医疗科研已经成为即能源以及航空之外休斯顿另外一个经济支柱。

2 Ph.D. positions available for Fall 2017

We are seeking two highly motivated PhD students starting from fall 2017. Full scholarship will be provided.
     1st Position: The student will work on developing and building novel optical imaging platforms for different applications. This position will focus more on instrumentation and technique development. Therefore, the student who has strong hands-on experience and skill to build optical and electrical instrument and system will be preferred. Other requirements: major in Electrical Engineering, Optics, Physics or related areas; candidates who have or are pursuing a master’s degree are encouraged to apply.
     2nd Position: The student will focus on using novel imaging techniques for biomedical applications. Requirements: candidates should have experience on working with biological samples (cells or tissues); major in biomedical engineering, biology, electrical engineering or related area; the student with experience of microscopes will be preferred; candidates who have or are pursuing a master’s degree are encouraged to apply.
     Student with CSC support is welcome to join us.
     My research has been focused on developing novel plasmonic-based imaging technologies and applied them to catalytic and biological research to image and measure the electrical, chemical properties in ways that were previously not possible.


The current research interests include:
1. Developing novel plasmonic and photonic imaging and measurement techniques for energy and biology research.
2. Measuring and understanding catalytic reaction dynamics on single nanoparticles and nanomaterials
3. 2D materials characterization
4. Novel imaging and detection techniques for cancer diagnosis and treatment
5. Small molecule-protein interaction measurement for drug screening

Expected starting time: Fall 2017
Contact person: Dr. Xiaonan Shan
Website: http://shanlab.ece.uh.edu/
Please send CV to xshan@central.uh.edu:victory: