• Led functional group to support pipeline projects on bispecific/trispecific/fusion protein construct design, protein expression & purification, antibody binding characterization, as well as early-stage CMC assessment o (Heterodimeric) bispecific/multi-specific antibody and fusion protein format design, linker optimization, Fc engineering, in silico mutation and disulfide bond analysis o Protein expression in bacterial and mammalian expression systems o Protein purification employing spin-plate, drip column, and FPLC o Antibody/protein characterization including ELISA, octet binding, SDS-PAGE, analytical SEC, DLS, western blot • Made 4 project proposals and led 2 cytokine fusion protein projects from project proposal, lead optimization, in vitro/in vivo characterization, CMC assessment, to single clone selection.• Engaged in BD task force to make in-licensing evaluations.• Managed and promoted 2 direct reports

Thesis: Engineering Biomaterials and Biomolecules for Vascular Regeneration

• BioE 151/251 Spring 2014• BioE 115 Fall 2013• EE100 Summer 2012 (Instructional Laboratory Assistant)• Received Outstanding Graduate Student Instructor Award (four awardees per academic year from BioE department)

Cell and Tissue Engineering Lab Jan 2011 - May 2012 • Identified a novel type of neural crest cell-like synovial stem cells (NCCL-SSCs)• Published findings in Acta BiomaterialiaMolecular Cell Biomechanics Laboratory Jan 2010 - Dec 2010 • Successfully modeled NMDA receptor and sodium channel using VMD.• Determined the deformation of NMDA receptor caused by external shear force during traumatic brain injury.

• Substantially improved fellow students’ understanding of physics• Answered questions about lectures, course texts, homework, lab, and sample exams from introductory physics courses

• Graded homework assignments and quizzes for calculus class

• Provided assistance on homework problem sets to students enrolled in any level of lower division mathematics class