Soutrik Mukherjee Email & Phone Number

Philadelphia, Pa, Us

Philadelphia, Pennsylvania, United States

After receiving a suggestion from my academic advisor, we attempted to launch a startup. Unfortunately, due to restrictions related to being an international student, the venture didn’t succeed. However, we were able to accomplish several key milestones along the way:1) Thesis: Optimized material distribution using Python and CAD tools.2) Material Efficiency: Achieved a 20% reduction in material usage and a 15% increase in durability.3) Tools and Techniques: Utilized topology optimization with Solidworks and Altair OptiStruct, improving design efficiency by 15%.4) Performance Enhancement: Maximized stiffness-to-weight ratio, leading to a 10% increase in product durability.5) Commercialization: Led commercialization efforts, resulting in a report filing and increasing market viability by 25% at the Venture Lab of the University of Pennsylvania.

Bengaluru, Karnataka, India

1) Fellowship: Awarded an Indian Government Paid Fellowship at the Indian Academy of Sciences (IASc), Bangalore.2) Historical Context: IASc was founded in 1934 by Sir C V Raman to promote scientific progress.3) Project: Worked on the “Keyhole Laser Welding Algorithm,” focusing on flow characterization, heat transfer, and fluid dynamics in laser welding.4) Presentation: Presented the research to a panel of professors and scientists at the Summer Fellowship Conference of IASc.5) Competitive Selection: Selected from a vast pool of applicants for the prestigious fellowship.

Kanpur, Uttar Pradesh, India

1) Research Focus: Structural analysis of an experimental setup involving bouncing/walking droplets on a vibrating bath.2) Quantum Analogy: Explored analogies with the pilot wave theory, an early interpretation of quantum mechanics.3) Multi-DOF System: Analyzed the response of multi-degree-of-freedom systems under damped conditions.4) Fluid Dynamics: Modeled the flow of fluid and its relation to the excitation applied to the vibrating bowl.5) Modal Analysis: Conducted modal analysis to find eigenvalues (natural frequency matrix) and eigenvectors (mode shapes) of the structure.6) Experimental Comparison: Matched analytical results with experimental observations.7) Mentorship: Worked under the guidance of Dr. Bishakh Bhattacharya (HAL Chair Professor, IIT Kanpur).8) Inspiration: The experience motivated the pursuit of rigorous engineering studies.

Kerala, India

1) Numerical Simulation: Conducted a simulation of 3-dimensional laminar incompressible flow and heat transfer in lobed-toroidal flow passages.2) Focus: Analyzed the enhancement of heat transfer.3) Applications: Relevant to high-velocity material movement within a Newtonian scale.4) Engineering Use: Applied in designing the shape of four-layered propulsion systems.

Masters Of Science In Engineering (Mse), Mechanical Engineering And Applied Mechanics (Meam)

Activities and Societies: University Cricket Team

Bachelor Of Technology - Btech, Industrial Design And Mechanical Engineering

Major:- Industrial Design Minor:- Mechanical Engineering

Class-12Th, Science

Class-10Th, Cbse