Teaching assistant for Dynamics and Vibrations- Designed problems for in-class assessments, take-home assessments, and exams- Conducted recitation and lectures

Fusion of Analysis, Simulation & Testing (FAST) Laboratory• Cyber-Physical System Integrity and Security with Impedance Signatures.(NSF-funded project with collaboration across four universities)- Leveraging the electromechanical impedance of a part to develop an unclonable part identity- Currently working on unique part identification using linear algebra-based techniques- Investigating effects of shipping and ambient factors on specimens shipped across the country

• Inventory reduction at Arlington Upfit Center.⎯ Led a 6-Sigma project to reduce, supported day-to-day operations, and mentored counterparts to employ similar strategies.⎯ Presented data-driven strategies in inventory management to reduce the overall financial burden by ~40%.⎯ Won the Cummins Business Impact Award for demonstrated leadership and excellence• Applied mechanics projects for the Research & Technology (R&T) division⎯ Conducted static load frame tests on proposed test specimens and performed structural finite element analysis in ANSYS to validate experimental results from digital image correlation static tests in VIC 3D. ⎯ Presented an analytical model to predict the dynamic properties of a torsional damper based on the first principles of rotational dynamics and fluid-surface interaction for the R &T team.⎯ Performed structural & modal analysis in ANSYS to simulate operating conditions for heavy automotive machinery.

Center for Intelligent Material Systems and Structures (CIMSS) 's Vibrations Adaptive Structures & Testing (VAST) Lab• Cyber-Physical System Integrity and Security with Impedance Signatures.(NSF-funded project with collaboration across three universities)- Preliminary study to leverage the electromechanical impedance of a part to develop an unclonable part identity- Designed and fabricated an adhesive dispensing rig to ensure even layer deposition of material- Conducted a parameter sensitivity analysis for understanding the effects of several sources of variation on electromechanical vibrations

Center for Intelligent Material Systems and Structures (CIMSS) 's Vibrations Adaptive Structures & Testing (VAST) Lab• Finite Element Modelling and Analysis for Vibration of Polyester Net using Abaqus and Ansys. - Analyzed the vibrations & dynamics of Polyester nets, which make up a drone cage setup - Used a shaker-vibrometer setup for experiments and obtained equivalent material properties using finite element modelling of the net in Ansys and Abaqus

• For the Technical Centre- Assisted in research and development of new products for the automotive sector.- Assisted in increasing the efficiency of products by reducing the part noise & vibrations generated.

• For Supply Chain Department- Worked on optimization of functionality of a product- Assisted with operations, and customer handling and suggested ways to increase efficiency

Assisted the faculty and helped out students with the following courses• Engineering Graphics• Machine Design and Drawing• Computer-Aided Design

• Worked as Mechanical Design Intern to redesign the refreshable Braille keyboards while taking customer feedback into consideration • The prototype designs were generated using SolidWorks and Creo while a preliminary stress analysis was performed using SolidWorks.

• Worked as a summer intern in the design and manufacturing department• Generated computer-aided models of the various valves & fittings for better marketing and customer approach