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Street Address Hamilton Street EMAIL AVAILABLE
New Brunswick, NJ, Street Address 607 259 3760
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EDUCATION
Rutgers University, School of Engineering, New Brunswick, NJ Dec Street Address
B.S. in Mechanical Engineering
Certificate in Aerospace Engineering
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TECHNICAL SKILLS
CAD: SolidWorks, AutoCAD, and Ansys
Programming: MATLAB
Mechatronics: Design Research, Measurements, Uncertainty Analysis, Circuits, Motors
Other: Microsoft Office (Excel, Word), 3D printing (FDM), and Selective Laser Sintering (SLS)
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EXPERIENCE
Protean Industries North Brunswick
Mechanical Engineering Intern May 2024 July 2024
Designed a drone model using SolidWorks, creating detailed 3D models and engineering drawings for
over 50 individual components.
Reduced the weight of the initial drone model by over 50% through iterative design refinements,
enhancing overall performance and efficiency.
Conducted finite element analysis (FEA) on drone components, identifying stress points and improving
structural integrity by 30%
Developed an innovative drone capable of both driving and flying, incorporating servo motors to lift the
wings 90 degrees for seamless transition between modes.
Integrated sensors on drones to enhance capabilities for applications like search and rescue, agriculture,
and environmental monitoring, ensuring optimal placement, power efficiency, and data transmission.
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PROJECTS
Shape Memory Polymers (SMP) Uses for Lunar Habitats New Brunswick
Academia Research Jan 2024 - Current
Investigated the thermos-mechanical behavior and glass transition temperatures of SMPs to assess their
viability under extreme lunar conditions.
Analyzed SMPs self-healing capabilities, focusing on their shape recovery kinetics after micrometeoroid
impacts.
Modeled SMP structures using Ansys to predict thermal expansion and deformation.
Evaluated radiation shielding using regolith to act as a cover over the SMP structure.
Pneumatic Robot Soft Gripper New Brunswick
Lead Design June 2023 May 2024
Led a 5-member team to complete the project within tight deadlines, by implementing Gantt charts and
weekly logs.
Developed and created a prototype using SolidWorks, ensuring a keen eye for detail to ensure feasibility.
Engineered a soft gripper capable of efficiently lifting diverse loads weighing up to 5 pounds.
Conducted comprehensive simulations using Ansys to analyze and optimize the gripper s structural
integrity, ensuring optimal performance under varying force conditions.
Won award for Best Mechanical Engineering Project Award 2024.
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ADDITIONAL
LinkedIn: https://LINKEDIN LINK AVAILABLE
Projects & Portfolio: https://vizzy.com/@anmolmult20
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