PhD, University of Wisconsin-Madison (2024)
MS, University of Wisconsin-Madison (2020)
MS, University of North Dakota (2017)
BTech, MNNIT- Allahabad (2012)

Affiliations and Memberships

Subodh Chandra Subedi

I am a passionate mechanical engineering researcher with a strong background in Additive manufacturing, CAD, FEA, and Topology Optimization. I am experienced in DFM, failure analysis, design optimization, GD&T, and Solid modeling. I have worked as an engineer in design, manufacturing, and installation and testing of heavy equipment for energy applications. I am a fast learner, strong communicator, collaborator, and an organized, analytical, and reliable mechanical engineer.
I graduated with my PhD in Mechanical Engineering from the University of Wisconsin-Madison. I worked with Prof. Krishnan Suresh at the Engineering Representations and Simulation Lab and Prof.Dan Thoma at the Alloy Design and Development Laboratories for my PhD. I worked extensively on CAD recovery for Topology Optimization using computational geometry and advanced CAD modeling for the initial years of my PhD program. However, my PhD research was at the intersection of numerical simulations and experimental verifications on design for additive manufacturing. I designed and optimized novel truss-type support structures that minimize thermal and structural part deformations in Laser Powder Bed Fusion-based metal Additive Manufacturing.
#CAD #FEA #Topology Optimization #Solid Mechanics #Additive Manufacturing

Learn about what I do

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Here's all the stuff I do.

"Complete Mechanical Design Cycle: Modeling, Analysis, Optimization And Manufacturing"

Solid Modeling

Parametric, Algebraic and Implicit Modeling, Surface Modeling.

Tools Used: MATLAB, C++, Rhino, SolidWorks, Ansys, nTopology, Creo

Design Optimization

Thermal and Structural FEA
Multi-physics FEA
Shape, Size and Topology Optimization .

Tools Used: MATLAB, SolidWorks, Pareto, ANSYS, nTopology, Fusion360,OptiStruct, Autodesk Inventor, SolidThinking

Additive Manufacturing

Metal AM, Fused Deposition Modeling (FDM), Ceramic 3D Printing.

Tools Used: MATLAB, EOS M290, Ultimaker, Materialize Magics, Cura

Here's some stuff I made recently.

Advanced Modeling, Analysis, Optimization and Manufacturing.