Proprietary Technology Business - Project Management: Critical and Modular Equipment (PEQ) - Oil and Gas Refining, Clean Ammonia & Hydrogen, and Catalysts1. Conducting intensive market research and analysis in the Critical Equipment domain concerning KBR's key technology portfolio (Oil & Gas Refining, Ammonia Convertors, and Catalysts)2. Generating business leads and assisting in negotiating potential client contracts3. Preparing business proposals for new and existing contract renewals and managing business workflow

Teaching Assistant for MECE 3018 - MECH Engineering Laboratory I for the Fall 2023 term

Conducted informative sessions to expand the user base of Altair Inspire software among Engineering students

1. Developed software quality assurance automation tests for Altair HyperWorks and HyperMesh functionalities using TCL (Tool Command Language)/TK and Python.2. Worked on 9 major QA automation projects across CAD Model Analysis, Model Data, HyperMesh Postprocessing FE (Finite Element) Results, and Model Attributes.3. Devised robust automation test plans and successfully merged these tests into the active production build 4. Identified important manual feature testing instances and wrote TCL scripts for Optistruct, Nastran and LS Dyna solvers to automate them, saving 100+ hours of engineering time per package release and computational resources.

Course Assistant for MECE 4305 - Mechanics and Thermodynamics of Propulsion for the Spring 2023 term.

Course Assistant for MECE 6102 Computational Heat Transfer and Fluid Flow for the Spring 2023 term.

RA at Schuck Lab. Developed a Finite Element Method-based algorithm in the SfePy module using Python for strain estimation in 2D materials. Wrote a code to analyze the AFM strain data of nanobubbles with arbitrary symmetry in 2D crystals

As a Research Engineer at My Research Room Pvt. Ltd., I was responsible for writing succinct and accurate academic articles, implementing my knowledge in the field of Machine Design, FEA, and Computational Fluid Dynamics to solve complex engineering problems and undertake marketing tasks such as social media blog posting and presenting informative video sessions.Key Achievements:-- Executed a high-profile project titled "Design and Analysis of Fin Geometry and Fin Arrangement of the Heat Sink for Thermal Management of an Electronic Sub-system," in which I formulated various heat sink iterations by providing various perforations of different shapes and conducted CFD analysis by leveraging ANSYS Fluent. Analyzed and compared the heat sink designs based on criteria like heat dissipation characteristics, Nusselt number, and Heat Transfer Coefficient, leading to 90% better heat dissipation characteristics than the basic heat sink design.- Analyzed the cooling characteristics of micro-cooling holes in a gas turbine blade with the CFD tool ANSYS Fluent. We performed key design modifications, causing an increase in the heat transfer coefficient by 85%. We determined the flow characteristics of cooling holes with heat transfer equations.- Built an automated 2-D modeling tool for the Compound Die Design leveraging AutoCAD and Python programming language and designed the algorithm using the PyAutoCAD library, reducing the design drafting time of the Compound Die by 99%.

Founded Ridezzy Cabs, an online cab service that provides safe and hassle-free commute options to students and office personnel at affordable rates.Key Roles -- Supervised the Finance Team to track investments, cash flow, and KPIs.- Developed an innovative subscription model, leading to profit maximization compared to common non-subscription ride-hailing service models.- Spearheaded the Marketing and Public Relations Teams to attract investors and venture capitalists.

As a Project Intern at Cummins India, I worked on the quality control aspect of the valve lash procedure on Diesel Engines. I also monitored the cycle time reduction process at the valve lash station.- Studied and implemented the concepts of Lean Manufacturing, such as 5S, Gemba, and Kaizen, to reduce the cycle time of the Valve Lash Setting Station by 23 secs per engine unit using the Standardized Work Combination Table (SWCT).- Performed modifications in the PLC logic to improve the efficiency and lead time for material handling in the Valve Lash Setting Sub-Assembly Line, considering operators' safety.- Analyzed the data variation in the trend of valve lash values for each valve of the four and 6-cylinder BS-VI and EURO III compliant engines, using Microsoft Excel and MATLAB.- Calibrated the Valve Lash Machines in 3 stages based on the collected data, using Atlas Copco ToolsNet software to achieve even and accurate valve lash values resulting in 95% cumulative improvement in the Valve Lash Settingoperation.- Designed new feeler gauges for manual checking of the valve lashes under the supervision of the Deputy Plant Manager.- Performed Design Failure Mode and Effects Analysis (DFMEA) of the calibrated Valve Lash Setting Process and Valve Lash components of the new BSVI engines.

Supervised the Mechanism department at Team Agrovators for SAE Tifan 2020 to successfully design and manufacture the digging, conveyor, and windrowing mechanisms of the self-propelled onion harvester. Validated and simulated the design of the sub-systems using ANSYS. Manufactured and analyzed the system in the onion fields.

Supervised the Finance and Marketing Teams