· Primary protocol author and clinical lead for Phase 1/2 study of veliparib and nivolumab in NSCLC · Key contributor to the clinical strategy and FIH study design for EGFR ADC program· Authored essential documents for China FDA submission of Phase 2/3 1L study of ABT-414 in GBM· Provided scientific oversight for veliparib CTEP and IIS programs

· Clinical lead for Phase 2 study of veliparib and FOLFIRI in metastatic colorectal cancer· Trained monitors and study team members; conducted site training visits and virtual investigator meetings· Built meaningful relationships with investigators and external experts; held 20+ face-to-face meetings at ASCO and ASCO GI · Authored critical study documents including site and reugulatory correspondence, DMC charter and interim analysis plan, study newsletters, etc.·Collaborated with commercial development to build positioning, messaging, and branding platform for veliparib

· Implemented hippocampal and spinal cord slice electrophysiology into the CNS and pain discovery strategy· Generated mechanism of action data for multiple ion channel discovery programs · Interrogated effects of lead compounds on distinct components of network signaling, e.g. spontaneous and evoked synaptic transmission, short- and long-term synaptic plasticity, and action potential firing properties· Characterized potency, selectivity, and kinetics of lead compounds in native and recombinant tissue · Supported SAR for ion channel programs using automated electrophysiology for both on- and off-target isoforms

• Performed hit-to-lead assays of novel chemical matter against ion channel targets using IonWorks Barracuda• Validated data using manual and automated electrophysiology including QPatch, PatchXPress, and FLIPR platforms

• Developed high-throughput electrophysiological assays for voltage- and ligand-gated channels on IonWorks Barracuda• Cultured stable and transiently transfected HEK 293 and CHO cell lines expressing voltage- and ligand-gated channels

• Interrogated ion channel modulation and pharmacology using patch-clamp electrophysiology• Characterized relationship between SK channel activity and the intrinsic firing frequency in cerebellar Purkinje cells• Expert in whole-cell current- and voltage-clamp recording from acutely dissociated neurons• Experienced with brain and retinal slice recording, two-photon microscopy, Ca imaging, and laser uncaging

• Utilized functional and structural MR imaging to study cortical circuits implicated in psychiatric illness• Designed experiments, acquired and analyzed data that produced 3 scientific articles and 8 conference abstracts• Taught two day training program covering MRI data analysis to 15 PhD and MD faculty members.• Won research assistant poster presentation award at the Michigan Society for Neuroscience meeting

• Created a computerized system for psychological evaluations which eliminated hand-scoring and manual data entry