Work Experience

AI ENGINEER

Started in July 2024
Working on Agentic AI systems for Social Media analysis
Developed a sophisticated sequential model utilizing LLMs for influencer searches, implementing parallel processing techniques to reduce search times by 80%, enabling faster identification of key influencers for marketing campaigns

Teaching Assistant for course 24-262 (Mechanics II - 3D Design)
Spring 2024
Assisting Professor Christopher McComb to teach engineering and design principles to undergraduate students of Mechanical Engineering background

Teaching Assistant for course 49-736 (AI and IoT for the real world)
Spring 2024
Assisting Professor Geoffrey Dobson and Professor Chad Hershberger to teach AI principles to graduate students from engineering, design and business backgrounds

Teaching Assistant for course 24-787 (Machine Learning and Artificial Intelligence for Engineers)
Fall 2023
Assisting Professor L.Burak Kara to teach machine learning and deep learning and its applications to graduate students

Teaching Assistant for course 49742 (How things can be made)
Fall 2023
Assisting Professor Brandon Bodily to teach engineering and manufacturing principles to graduate students from engineering, design and business backgrounds

Teaching Assistant for course 24-653 (Materials and their processing)
Spring 2023
Assisting Professor B. Reeja Jayan to teach materials science and process-structure-property relationships to graduate students

Teaching Assistant for course 24-262 (Mechanics II - 3D Design)
Spring 2023
Assisting Professor Christopher McComb to teach engineering and design principles to undergraduate students of Mechanical Engineering background

Teaching Assistant for course 49742 (How things can be made)
Fall 2022
Assisting Professor Brandon Bodily to teach engineering and manufacturing principles to graduate students from engineering, design and business backgrounds

Grader for course 18614 (Micro Electromechanical Systems)
Fall 2022
Assisting Professor Gianluca Piazza to grade assignments of graduate students from multiple disciplines (MechE and ECE)

Standardized data gathering points and nomenclature of shop floor items through process understanding and Gemba
Created and implemented a digital twin model on SaaS platform to reduce time from data entry to data gathering to data visualization
Empowered and aided blue collar workers to take data driven decisions through relevant dashboards
Facilitated the implementation of the Deming’s (PDCA) cycle on shop floor and industries using Management Control Systems

Utilized Gemba to map processes among differing industry types and used observational studies to facilitate smooth operations
Mediated and assisted stakeholders to hold effective meetings to drive up productivity
Surveyed key bottleneck areas across different industries and spearheaded implementation of data gathering systems (soft and hard copy) to negate losses

o CAD software used for designing (Solidworks)

o FEA software used for validating structural integrity (ANSYS)

Designed a sprocket gear for the shutter mechanism with consideration of few load based assumptions
Finalized the materials and mechanisms to be used using decision matrices with consideration of multiple variables; graded rank-wise
Demonstrated meshing variation for FEA analysis by creating varying mesh density for areas of interest to arrive at optimal simulation time

Sheet Metal design considerations for brake pedals and validation through fatigue testing in various environments
E-bike and drivetrain calculations for motorized bicycle to be rolled out as new product
Catia v5 training and DFMEA and PFMEA training