• Led the development of a module to optimize electrical currents for NMR instruments (similar to MRI), improving magnetic field homogeneity. ◦ *Resulted in a tenfold (10x) enhancement of device signal quality.* ◦ *Generated hundreds of sales.* ◦ Engineered and designed the module ◦ Created the mathematical models and algorithms. ◦ Managed a team of five developers. ◦ Utilized Python3, Qt, SQL databases, and Matplotlib.• Re-architected… Show more • Led the development of a module to optimize electrical currents for NMR instruments (similar to MRI), improving magnetic field homogeneity. ◦ *Resulted in a tenfold (10x) enhancement of device signal quality.* ◦ *Generated hundreds of sales.* ◦ Engineered and designed the module ◦ Created the mathematical models and algorithms. ◦ Managed a team of five developers. ◦ Utilized Python3, Qt, SQL databases, and Matplotlib.• Re-architected NMR software controller using gRPC for communication. ◦ *Significantly improved performance, scalability, and maintainability.* ◦ Implemented a Python3 and Qt5-based frontend. ◦ Developed a fully Python3-based backend. ◦ Applied Clean Architecture, Test-Driven Development (TDD), and DevOps practices.• Generated a neural network using Scikit-Learn to automatically detect the convergence of noisy optimization operations. ◦ *Saved days per instrument.* ◦ Expedited the calibration process. Show less

• Contributed to the development of an object-oriented software controller for NMR instruments. ◦ *Improved processing efficiency and user operability.* ◦ *Increased product sales.* ◦ Created a C++ backend and a Python and Qt frontend. ◦ Designed advanced NMR signal processing algorithms. ◦ Implemented a custom-built TCP API. ◦ Incorporated an independent RPC API module using Flask.• Built the Factory Setup Tool (FST), a GUI based on… Show more • Contributed to the development of an object-oriented software controller for NMR instruments. ◦ *Improved processing efficiency and user operability.* ◦ *Increased product sales.* ◦ Created a C++ backend and a Python and Qt frontend. ◦ Designed advanced NMR signal processing algorithms. ◦ Implemented a custom-built TCP API. ◦ Incorporated an independent RPC API module using Flask.• Built the Factory Setup Tool (FST), a GUI based on Python, Qt, and Matplotlib. ◦ *Accelerated the manufacturing process and enhanced efficiency.* ◦ Visualized calibration data stored in a SQL database. ◦ Enabled early problem detection and performance monitoring.• Engineered Deployment Tool, a UI-based software tool using Python and Qt for manufacturing. ◦ *Significantly sped up the manufacturing workflow by replacing previously manual tasks.* ◦ Automated the configuration, data backup, license creation, label printing, and cleanup processes. Show less

• Tasked to create a staking cluster for a new cryptocurrency (CSPN) based on a DASH fork ◦ *Provided record profit.* ◦ Configured thousands of CSPN masternode servers using Docker containers and hundreds of Linux Virtual Private Servers (VPS) ◦ Created a powerful cluster that dominated the staking market of the cryptocurrency

• Developed and utilized custom software to conduct simulations of DNA and ion transport through membrane nanopores ◦ *Generated advances in next-generation sequencing technology.*

• Enhanced statistical analysis methodologies for pipeline failure prediction (Enbridge) ◦ *Improved prediction accuracy and optimized maintenance scheduling.* ◦ Utilized Python, NumPy, and SciPy

• Created BROMOC, a software suite for Brownian dynamics and Monte Carlo simulations aimed at studying DNA and ion transport through membrane nanopores ◦ *Supported advancements in next-generation sequencing technologies through the publication of numerous research articles.* ◦ Engineered and refined force fields and effective potentials for DNA and ion interactions to enhance the accuracy of molecular simulations within BROMOC. ◦ Performed molecular dynamics and quantum… Show more • Created BROMOC, a software suite for Brownian dynamics and Monte Carlo simulations aimed at studying DNA and ion transport through membrane nanopores ◦ *Supported advancements in next-generation sequencing technologies through the publication of numerous research articles.* ◦ Engineered and refined force fields and effective potentials for DNA and ion interactions to enhance the accuracy of molecular simulations within BROMOC. ◦ Performed molecular dynamics and quantum chemistry simulations, and data analysis on the simulations. ◦ Developed multiple software tools.• Led the creation of the software VGCKIMO (Voltage-Gated Ion Channels Kinetic Modeling) ◦ *Contributed to published research and advancements in cardiovascular science.* ◦ Developed Software in C++ to facilitate multivariable optimization of ion channel kinetic parameters. ◦ Modeled experimental physiological measurements of cardiac action potentials. Show less

• Conducted research in Theoretical Physical Chemistry focusing on Ionic Liquids. ◦ *Authored and contributed to the writing of research publications cited 470+ times.* ◦ Produced simulations using molecular dynamics and quantum chemistry tools. ◦ Developed software tools to analyze and study Ionic Liquids systems. ◦ Performed data analysis and system administration related to ongoing research projects.https://margulis.lab.uiowa.edu/

Research Project: Electric field effects in the reactivity of porphyrins and hemeproteinsActivities: Teaching and ResearchTechniques: Quantum Mechanics, Molecular Dynamics, FTIR, RAMAN, SERRS, NMR

Courses taught:* General and Inorganic Chemistry* Physical Chemistry 1* Physical Chemistry 2* Electronic Instrumentation