• Manufactured Liquid Crystal Polymer (LCP) film by extrusion and stretching, managing parameters like air pressure, oven temperatures, stretch ratios, and winder tension magnitudes of TDO system• Completed experiments like Differential Scanning Calorimetry (DSC) on LCP pellets, Tensile Test (Instron), Dielectric Testing, Thermomechanical Analysis (TMA), and X-ray Diffraction (XRD) on extruded and stretched films• Documented SOPs for various machines and instruments used for experimentation and manufacturing, including Injection Molding and X-ray Diffraction, creating cross-departmental conversations• Designed rotameter brackets,10-tube air injector for fluid systems, and camera mounts, followed by design reviews, that resulted in increased manufacturing efficiency

• Monitored over 20 locations on campus to ensure safety of the residents throughout day and night using access control systems and regular patrols• Responded efficiently and promptly to security mishaps by collaborating with Northeastern University Police Department resulting in reduced chaos and pacification• Executed crisis management strategies during accidents, fire alarms, intrusions, evacuations, and basic unrest among the residents

• Designed cost-effective thermal system (radiator) for FSAE combustion vehicle on Solidworks and ANSYS using concepts of DFM

• Developed Cost and Manufacturing Technical Report consisting of Cost Explanation, Costed Bill of Material, and Detailed Bill of Material, with materials, fasteners, tooling needs for every assembly

• Performed basic designing on Mastercam Software, and set up CNC coding (batch size of 35) for amount of metal to be removed in cutting operations, speed of cutting, for various sizes of raw materials• Studied design specifications of components such as 3-Jaw chuck and tool post to be manufactured from their blueprints resulting in consequent suitable editions of the process sheet