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Zeeshan Khan

Mechanical Engineering Student at Texas A&M

Austin, Texas, US

ABOUT ME

I'm a Mechanical Engineering student at Texas A&M with hands-on experience in data analytics and automation. At Merck, I digitized lab processes, automated production calculations using Python, and created real-time dashboards for 50+ technicians. I combine technical expertise in SolidWorks and data visualization with strong analytical thinking to solve complex engineering problems and drive measurable operational improvements.

PROJECTS
CONTACT
RESUME
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Aggie Lemons Brake Cooling System

Aided in design and installation of air ducts to provide cooling air to brakes to prevent overheating during races.

DrillingSolidWorksPart InstallationVehicle Modification
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EMD Electronics Automated Sample Request Form

Digitized and automated a manual, paper-based Quality Control (QC) sample request process at Merck, eliminating waste, reducing human error, and accelerating lab throughout.

Data Integration: Automated data flow between systems.Digital Transformation: Designed and deployed a SharePoint-based solution.Process Improvement: Applied Lean Six Sigma to identify and eliminate waste.Stakeholder Focus: Beta-tested with lab technicians and incorporated feedback.Program Development: Learned how to use Microsoft Power Apps and Power Automate to build a functional system.
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EMD Particle Count Dashboard

Built a live-updating digital dashboard of particle counts to replace the original sheet, which consistently went out of date.

PythonFoundryChemical Manufacturing
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Accessible Social Art Table for Elderly and Disabled Individuals

Designed and prototyped an accessible rotating art table to enable elderly and disabled individuals to participate in group painting activities, promoting socialization, mental engagement, and inclusive recreation.

SolidWorks3D Printing
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Highspeed Shaft Design

Modelled and tested a shaft designed to withstand usage at high speeds and temperatures. Created to resist failure due to high-cycle fatigue.

SolidWorksFEA AnalysisSolidWorks Simulation
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Bridge Optimization Project

Designed, optimized, and prototyped a lightweight yet stiff frame for a racing wheelchair, balancing structural integrity with minimal mass under high-load conditions.

SolidWorks3D PrintingFEA AnalysisSolidWorks Simulation