1. Engaged in characterizing the velocity profile of a specific fluid upon its interaction with an obstruction within a high-velocity wind tunnel environment.2. While prior research predominantly concentrated on the 2D velocity dynamics of such fluid-obstruction interplays, my current endeavor involves pioneering a computational methodology to derive 3D velocity fields leveraging stereoscopic imaging techniques.

Research Project Responsibilities:1. Force Quantification: Tasked with accurately determining the force exerted by a tissue on a cantilever beam, measured in the microNewton scale.2. Methodology: Employ the deflection of the cantilever beam, combined with its precisely defined dimensions and controlled material stiffness.3. Force Detection: Utilize a computer vision approach to ascertain both the frictional and adhesive forces inherent to the tissue.

Role:1. Create a inventory list using excel to document all the equipment for easier and immediate access to equipment when needed 2. Digitize and categorize logistical documents received from employee of the college3. Responsible for answering incoming calls, taking notes, and report the needs to the direct supervisor 4. Assist the college trade department, the electrician, in the job of disassembling the temporary classrooms outside the college

Role: - Managing inventory of lesson kits - Refurbish and record incoming and outgoing lesson kits - Make sure volunteer have all the necessary equipment

Internee Role: 1. Developed an automation system for the classification of incoming client data, extracted from the third-party business application, Zoho, leveraging Python and the NumPy library.2. Collaborated with team members to address and resolve technical challenges.3. Authored comprehensive reports on client data, ensuring clear and concise communication to the supervisory team.