Arjun Ramesh Email & Phone Number

Boston, Massachusetts, United States

New York, NY, US

Ai is everywhere now — but it takes a certain kind of team to build something truly innovative and “life” changing for Humanity at large. Part of a team of dedicated scientists, engineers and game changers trying to build a platform to serve this goal.

Helping accelerate the development of the next generation Computer Aided Drug Discovery (CADD) platform leveraging Artificial Intelligence, Physics Based Free Energy Calculations based on Molecular Dynamics and Docking technologies.

New York, NY, US

I had the privilege of working with what is arguably one of the most advanced CAD software available, leveraging implicit representations. As a part of the integrations team at nTop, my responsibilities included building interfaces for third-party Engineering Simulation software and enhancing the interoperability of nTop's core product.

Parsippany, NJ, US

In a transformative role at OLI, I provided the technical vision and product management of our pioneering cloud-based simulation portfolio. This innovative collection of Application Programming Interfaces (APIs) and a web-based application builder was the result of a strategic collaboration with OLI's highly skilled team of scientists, engineers, and cloud.

Parsippany, NJ, US

As a technical leader I significantly modernized our computational stack, incorporating open-source software, modern languages such as C++ and Python, and state-of-the-art scientific computing infrastructure for numerical computation and optimization. I also spearheaded the development of several critical modules, notably overseeing the technical.

Parsippany, NJ, US

As part of the "Engine" team, I was responsible for maintaining and developing the company's core scientific software kernel used for electrolyte equilibrium calculations and process simulations. I also spearheaded the development of a new and enhanced testing pipeline for all of OLI's scientific software.

Pittsburgh, PA, US

For my master's thesis, I contributed to the "Preparation and Characterization of Structure Spread Single Crystal Surfaces (S4C)" project under Dr. Andrew Gellman's guidance. This work included innovating various project aspects, such as designing and constructing a new mechanical fixture to streamline crystal grinding and rewriting the existing data.

During my studies, I examined various equipment used in the production of caprolactam, sulfuric acid, ammonium sulfate, and phosphate-based fertilizers, explored interesting apparatus like the rotating disc column and innovative filtering media such as dried coconut shells for effluent treatment, and also learned about methods for the safe disposal of.

Mumbai, IN

In my studies, I delved into diverse process equipment like absorption columns and distillation units used in petroleum refining, explored the control rooms of various facilities to understand hazard prevention and safety practices, and also had the opportunity to observe an ammonia plant startup from a control room perspective.

Master Of Science (M.S.), Chemical Engineering

Bachelor Of Technology (B.Tech.), Chemical Engineering With Minor In Industrial Automation