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Abhishek Indupally

Abhishek Indupally

Gearhead, grad student, fueled by Christ, cars, and curiosity

Clemson, South Carolina
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Summary

Abhishek Indupally is an aspiring mechanical engineering researcher with a strong focus on the intersection of design, computational analysis, and machine learning. His academic work at Clemson University, where he is pursuing a PhD, centers on leveraging advanced techniques like multimodal machine learning for engineering applications, particularly in areas such as automotive component performance prediction and design optimization. google+2
He has practical experience in various engineering fields, including R&D prototyping, CAE (Computer-Aided Engineering) with a focus on CFD analysis, and design engineering for motorsports, demonstrating a comprehensive skill set in mechanical design and analysis from academic and industry internships.
Abhishek actively contributes to academic discourse through publications and presentations, with notable works on predicting automotive hood frame performance using machine learning, optimizing electrodeposition processes, and evaluating 3D-printed components. His involvement in the CEDAR Group and as a Graduate Lab/Research/Teaching Assistant underscores his commitment to both research and education. google+2
Beyond his academic pursuits, Abhishek is a 'gearhead' with a passion for cars and motorsports, and he engages in various creative and recreational activities such as playing the guitar, graphic design, climbing, roller skating, cycling, and chess, indicating a well-rounded personality with diverse interests. abhishekindupally+2

Work

Education

Projects

Writing

Developing a Multi-Modal Machine Learning Model For Predicting Performance of Automotive Hood Frames

August 1, 2025

This paper addresses the challenge of evaluating automotive hood frame performance by developing a multimodal machine-learning (MMML) architecture. It aims to enhance engineering design processes by reducing reliance on computationally expensive simulations, accelerating design exploration, and demonstrating improved performance over traditional single-modality approaches.

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Optimization of Surface Roughness in the Electro Deposition Process

January 1, 2025

This research explores methods to optimize the surface roughness during the electro deposition process, presented at the 20th International Manufacturing Science and Engineering Conference.

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Investigating the Performance of a 3D-printed Brake Pedal using Digital Manufacturing Approach

January 1, 2023

This paper investigates the performance characteristics of a brake pedal fabricated using 3D printing technology, applying a digital manufacturing approach.

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Hobbies

Passionate about cars and motorsports, identifying as a 'gearhead' and 'petrol head'. abhishekindupally+1

Enjoys playing guitar and is interested in graphic design. linktr

Engages in various physical activities including climbing, roller skating, and cycling. instagram

Plays chess and shares moments related to chess tournaments. instagram

Actively involved in religious activities, mentioning 'Redeemed by His love', 'God is good', 'prayer corner', and 'serving with the Media team'. instagram