• Built Python-based unified platform for low latency intraday trading risk and P&L generation serving front office trading desks

• Scheduled multi-dependency jobs and process said jobs on a distributed CPU grid

• Designed and developed trade reconciler between legacy and target-state risk pricing systems

• Developed, tested, and planned release schedules for large scale changes that impacted various daily processes and downstream teams

• Trained new joiners, maintained documentation, and provided guidance on completing technical tasks

• Designed, tested, and deployed intuitive user interfaces and process flows for a dynamically linked Risk Management system that provides reporting tools, daily feeds, and regulatory reports to business stakeholders

• Lead projects from early stages through post-implementation of projects by: assessing business impact of software changes, eliciting feedback from business users to ensure satisfaction, deploying, and monitoring production stability of code

• Pioneered the first wave of the bank’s CPRT project which consolidates millions of daily trades of various legacy trading systems into one centralized repository.

• Responsible for migrating 30% of CPRT deal population, helped streamline and establish testing and release processes with various constituents

• Developed a wound healing assay using shape memory polymers in order to study cell migration

• Drove projects by assisting other researchers in the design and execution of experiments

• Performed thin film deposition techniques on polymer films in order to generate nanoscale wrinkles and characterized them using thermoanalytical instruments such as TGA, DMA, and DSC

• Explored the relationship between PSMA and CD338 using a tumor spheroid model

• Maintained 3D tissue cultures and developed IHC staining protocols for tissue samples

• Utilized flow cytometry and fluorescent microscopy to detect and visualize protein expression as well as monitor 3D tissue growth

• Administered antiangiogenic drugs to tissue samples in order to observe their effects of on proliferation