http://asubioinformatics.org/• Manage Bioinformatics Core daily operation• Lead bioinformatics analysis (Next-Generation-Sequencing data, microarray data, population genetics and machine learning in biology research) and customer consulting/communication• Provided comprehensive support of researchers with diverse background by serving 78 different labs (45 ASU, 12 UA, 5 MU, 2 local companies and 14 other institutions across US and world) • Develop and maintain more than 20 bioinformatics analysis pipelines and tools (RNAseq, ChIPseq, whole genome resequencing, metagenome, denovo assembly...)• Set up Bioinformatics Core daily operation workflow, including BIOFTP data return system, sample submission form, charging rate, service category and ets.• Organize and present 10 Bioinformatics workshop at ASU, 2 seminars and 4 posters (accumulatively >293 participants, online participation solution provided, 510 watches of recorded webinar)• Train and manager Bioinformatics Core staff• Provide support letter and figures and methods section for manuscripts and grants to support internal and external research groups• Conducted collaborative bioinformatics projects with internal and external research groups

• Lead processing and computational/statistical analysis of genomic, proteomic, and transcriptomic data sets• Perform development and maintenance of bioinformatics tools/pipelines for analysis of systems-level data• Communicate and collaborate with both internal and external researchers• Participate in writing scientific manuscripts and grant proposals • Provided comprehensive bioinformatics supports for FLEX and DNASU (SQL database) in clone annotation, data preparation, updates, and maintenance• Participated in development of scientific database and software for gene annotation, cloning, and data tracking/processing• Provided a wide range of bioinformatics support for cloning projects in lab (clone/gene set annotation, primer design, data preparation, and DB content management

Cornell University Research Associate of VitisGen Project 07.2014-02.2016Website: http://www.vitisgen.org/A large, multi-disciplinary, collaborative project: 7.5 millions, 5 years, 25 Co-PIs, 11 institutions, including USDA grapevine diversity repository and EJ Gallo A USDA and NGWI (National Grape &Wine Initiative) funded project, "Accelerating grape cultivar improvement via phenotyping centers and next generation markers" , seeks to apply new high-throughput sequencing and genotyping technologies to augment breeding strategies for grape genetic improvement.

Research Assistant under Prof. John E. Mullet (Sep 2009-Jul 2014)

Teaching Assistant ofBICH410 COMPREHEN BIOCHEM IGENE432 MOLECULAR GENETICS LAB

Involved in commercial breeding project “Sorghum FastCorn flowering time project”

Involved in project “Improvement for biomass production by Phytochrome"