Jagrut Brahmbhatt

Research Assistant | Design Engineer

About

I am a graduate student in Mechanical Engineering at the Georgia Institute of Technology, with over three years of industry experience in pressure vessel and reactor design at Larsen & Toubro. My expertise lies in mechanical design, Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), and advanced electronic packaging. Through academic research and hands-on engineering, I focus on developing high-reliability solutions for complex thermal and structural systems. I am driven by precision, performance, and a commitment to engineering excellence.

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Expertise

Semiconductor Package Design

Electronics Thermal Solutions

Machine Learning

Mechanical Product Design (CAD/CAE)

Heat Transfer & Cryogenics

Python/C++

Optimization & Numerical Methods

ANSYS Fluent & Mechanical

Computational Fluid Dynamics (CFD)

Finite Element Analysis (FEA)

Design for Manufacturability (DFM)

Reactor & Pressure Vessel Design

Experience

Developed a finite element model for fretting fatigue in jet engine turbine blades using ANSYS and custom C++/Gmsh scripts; supported experimental validation through hands-on machining and specimen prep

Simulated capillary-driven microchannel heat exchangers using multiphase CFD and validated prototypes through lab-scale experiments, enhancing reliability in advanced electronic cooling systems.

Led ASME-compliant design and FEA of high-pressure vessels and reactor systems for global clients, optimizing structural integrity under pressure, seismic, thermal, and fatigue loads using ANSYS. Delivered major cost savings through DFM-driven redesigns and directed cross-functional teams from concept to client-approved fabrication packages.

Education

Focused on FEA, CFD, and microfabrication; contributed towards advanced research in thermomechanical analysis of jet engines, high density thermal-fluid systems and semiconductor packaging.

Graduated with distinction, conducted cryogenic heat transfer simulations that improved thermal performance of pulse tube cryocoolers.