Manufacturing Internship · Unit 1 & Unit 2
Worked around die-sinker EDM, CNC/VMC milling, manual and CNC lathes, 5-axis machining, die spotting, high-tonnage injection molding, thermoforming, extrusion, printing, and UV curing.
MECHANICAL ENGINEERING PORTFOLIO
Fourth-semester BS Mechanical Engineering student focused on machine design, manufacturing, CFD, and practical problem-solving—from shop-floor processes to software tools.
I like taking systems apart—on the shop floor, in simulation, and in code—until the reason behind every motion is clear. That curiosity shapes how I study, build, and communicate engineering work.
Machine elements, loading, stress factors, design checks, and engineering calculations.
CNC machining, EDM, injection molding, thermoforming, tooling, and process troubleshooting.
CAD-led investigation of fluid behavior and mechanical systems using structured assumptions.
Hands-on exposure to production equipment, tooling workflows, molding processes, and the details that separate a drawing from a manufacturable part.
Worked around die-sinker EDM, CNC/VMC milling, manual and CNC lathes, 5-axis machining, die spotting, high-tonnage injection molding, thermoforming, extrusion, printing, and UV curing.
Rector’s Merit Award, Dean’s Merit Award, and a merit-based scholarship.
Studied molding flash, cavity-insert drilling errors, WCS and post-processor mismatch, tool deflection, backlash, and CAM-to-machine geometry discrepancies.
Selected work across manufacturing calculations, fluid simulation, machine design, and instrumentation.
Ten iterations of an Excel-based estimator using MRR calibration, electrode wear, flushing penalties, and job logging.
A SolidWorks Flow Simulation study exploring airflow through a ducted-fan system for ME-331.
Machine-design work covering spring geometry, loading, stress factors, and design checks.
Electronics lab project modeled in Proteus and Multisim, linking instrumentation concepts with practical circuit behavior.
Code helps remove repetitive work, turn information into useful interfaces, and communicate technical ideas more clearly.
A Flask application that transforms video content into structured notes.
A Chrome extension concept for translating subtitles while watching online video.
A lightweight browser utility for checking connection performance.
Experiments with AI-assisted research, visual development, voice, editing, and publishing.
05 / CONTACT
I’m building practical depth across mechanical engineering, manufacturing, and the digital tools that support both. For internships, project discussions, or collaboration, get in touch.