As a Product Complaint Associate, I worked on complaint closures. I also worked on gathering information from customers and creating and submitting Medical Device Reports to the FDA.

My role involved editing academic research articles in electrical, mechanical, optical, and aeronautical engineering. I provided detailed grammatical reviews and improve presentation to help researchers whose primary language is not English focus on their research.

Collaborating with Prof. Christian Ethier and Prof. Christophe Proulx at the CERVO Brain Research Center, I conducted research on depression using mouse models. My investigation
focused on the neuronal connections between the Lateral Habenula and the Ventral Tegmental Area, key regions linked to depression and the anticipation of joy. My experiments involved injecting viral vectors carrying G-Proteins into the mice's brains, implanting cannulas, allowing recovery, and planning behavioral experiments. Using fiber photometry, I collected data from these brain regions in mice under social stress and used signal processing techniques in Python for analysis.

During my graduate studies, I worked with Professor William Hunter on a project which was a mathematical model titled "Cooperative Thin Filament Activation of a Kinetic Model of Cardiac Sarcomere Dynamics," and I presented it at the North Eastern Biomedical Engineers Conference (NEBEC) 2015, hosted at Rensselaer Polytechnic Institute, Albany, NY.

I developed and tested modules for an internal HR management application in the .NET platform. I also worked on project planning using Visio, for a client in the educational sector. I used the Software Development Life Cycle (SDLC) throughout this process. I used programming languages like C#, and I also worked on managing databases using SAS and Microsoft SQL Server.