• Generates innovative design ideas leveraging state of the art medicinal chemistry techniques/tools such as: SPARK analysis, scaffold hopping, ligand-based drug design (LBDD), structure-based drug design (SBDD), ML/AI property prediction, MOE, PyMOL• Applies AI/ML predictions and existing SAR knowledge to identify most promising designs• Independently plans and executes syntheses towards highest priority compounds• Spearheads global adoption of automation efforts for assay submission aimed at decreasing DMTA cycle times• Leads ADME and NCS assay submission• Prioritizes Diversity, Equity, and Inclusion (DEI) by conducting outreach activities for both high school and undergraduate students

• Independently synthesized, purified, and characterized novel drug compounds on 2 immunology projects• Collaborated with project colleagues to design novel analogues and prioritize them for synthesis• Worked closely with computational colleagues to refine design hypotheses and AI models for property prediction• Led ADME and NCS assay submission efforts to drive decision-making and compound progression• Interfaced with CRO colleagues to ensure efficient route design and execution and to maintain high-quality analytical data• Managed an undergraduate summer intern on a novel research project

Studied novel radical deaminative functionalization strategies in the Levin Group.

• Independently synthesized, purified, and characterized novel drug compounds on 2 oncology drug discovery campaigns • Learned medicinal chemistry principles and applied them towards rational design of new compounds• Developed and adapted synthetic routes towards desired building blocks and analogues• Collaborated with computational colleagues to inform structure-based drug design • Proficient with techniques such as NMR, LC-MS, normal/reverse phase chromatography (automated), air-free reaction set-up

• Conducted 1-on-1 language tutoring sessions for both Spanish and English language learners.

• Carried out research towards the total synthesis of the Heliannuol family of herbicidal natural products.

• Led group study sessions for students of all years (Freshman - Senior) in Elementary Classical Physics 1.

• Worked alongside Medicinal Chemists to advance a small molecule pharmaceutical program• Contributed ideas and insights pertaining to the active synthetic routes• Worked independently and efficiently in an industry lab setting• Greatly broadened knowledge of synthetic organic chemistry • Gained ample experience with various purification techniques and instruments, such as automated reverse phase and normal phase chromatography• Expanded knowledge of structural elucidation through techniques such as NMR spectroscopy and LC-MS

• Worked in the Malcolm H. Wiener Lab for Archaeological Science• Received training in Bioarchaeology• Assisted in the study of human remains from a prehistoric (Mycenaean) cemetery in Greece• Cleaned and sorted primary burials and commingled human remains• Aided in skeletonization of birds to be added to the comparative collection of the lab

• Uploaded and edited simulated OB/GYN and Family Practice case content to online training interface for Residents and Medical Students