Mechanical Engineering Design Engineer

Anjali Deepesh Mehta

413-***-**** **************@*****.*** www.linkedin.com/in/anjalidmehta

Summary

Mechanical Engineering Master’s student with a drive for renewable innovation, adept at optimizing design processes and verifying complex engineering models using first principles and analytical techniques. Education

M.S in Mechanical Engineering, University of Massachusetts Amherst May 2025 GPA- 3.45

B.S in Mechanical Engineering, Sinhgad College of Engineering, Pune, India May 2022 Graduated first class with distinction. GPA- 8.41.

Skills

• CAD & Software- AutoCAD, Revit, SolidWorks, Solid Edge, CATIA, PTC Creo, 3D Modelling, Drafting

• Engineering- System Design, FEA, ANSYS, Thermal Analysis, Fundamentals of Mechanical Engineering, Simulation, Energy Systems, Engineering Physics

• ERP- Part Numbers, Bill of Material (BOMs), Castings, Weld Fabrications, Parts, Assemblies.

• Office Tools & Programming- MATLAB, Python, Microsoft Office Suite, VB

• Relevant courses- Advanced Thermodynamics, Advanced Fluid Mechanics, Power Systems Design

(Current), Heat Transfer and Applied

Experience

Master Handlers Pvt. Ltd. Trainee Design Engineer Jul 2022- Mar 2023

• Led CAD design & prototyping of a roller brush for Plate Cleaners to optimize sheet processing with high-pressure lines to meet the industry standard of 90% accuracy.

• Automated design tasks and integrated electrical system components with linear motion products.

• Positioned the actuator in rotary cutters to improve composite material processing efficiency from 60% to 85% and achieved reduced cycle time for data collection and verification testing for system-level validation.

• Contributed to the design, system development, and manufacturing process optimization of Impregnation Lines, Scissor Lifts, and Rotary Cutters to enhance product durability, material cost, and reduce capital project costs by 8%, in line with high-level product development goals. Projects

Project Triangle Tidal (Design Lead- for Ocean Renewable Energy Course) Feb 2024- May 2024

• Led the design and development of a tidal turbine array for St. Thomas, U.S. Virgin Islands, achieving a rated power output of 2.42 MW per turbine and an annual energy generation of 22.128 GWh.

• Designed and optimized 30m-diameter, 3-bladed turbines with 2.5m-diameter towers, engineered to withstand 5.6m wave heights and 186 mph winds.

• Collaborated with the team for structural and load analysis, weight distribution, material selection to evaluate structural integrity and safety factor under 18.45 MNm thrust. Analysis of a Pressure Vessel using Finite Element Method (Sponsored project) Aug 2021- May 2022

• Performed Finite Element Analysis (FEA)- Structural and thermal, on pressure vessel components, ensuring compliance with safety and industry regulations.

• Executed design, calculations, modeling, and FEA on key components, including the shell, head, nozzle, and support system, to evaluate thermal failure risks under 19.6 bar pressure. Certification

• ANSYS Certification, CADD Centre, India. 2022

• Introduction to Aeronautical Engineering, TU Delft. 2021

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