Ketan Shirsat

Upgradation and Calibration of Wind Tunnel equipment for Investigating Wall-Bound Liquid Drops Motion • Configured pressure transducers and integrated humidity sensors and thermocouples in the wind tunnel, enhancing precision for aerodynamic stress measurements. • Skilled in LabVIEW-based control systems, adeptly utilizing National Instruments (NI) Acquisition card for seamless operation and synchronized data acquisition in experiments. • Developed Matlab codes for high-speed video analysis.

Development of Digital Twin Model for Space Propulsion Test Bench • Developed a component-based digital twin using Simulink and Simscape for a space propulsion test bench. • Planned validation of the digital twin through experimental tests on a test bench using LabView, ensuring accurate simulation of the system's behavior and performance.

Development and Assembly of Generative Satellite 3D Model using code • Designed a Satellite 3D model generator(g3del) using Python (trimesh) code as well as a web interface to view 3D printable model via Streamlit.

Quality assurances and feature prediction in production process (Machine Learning) • Applied machine learning techniques to enhance quality assurance and predict features in paper deep drawing processes. • Implemented Random Forest Regressor to predict eccentricity, highlighting the importance of force-related features in controlling the production process.

o Learned Microsoft Excel VBA code for linking CatiaV5 to automate 3D Models. o Conducted product study and Reverse Engineering for design comparisons. o Used Microsoft Excel VBA to automate new bead ring designs (Tyre Mould Part) in AutoCAD. o Automated OHT tire models using 3D Experience Parametric Modelling feature. o Responsible for all 2D and 3D Mould and Product Drawings.

o Validated 571 tires technical data with standards using Python and raised rectification queries. o Used AutoCAD 3D and UGNX software to calculate tire technical data. o Applied Microsoft VBA Macros coding to streamline data management projects. o Acquired knowledge of tire building structure and failure sources.

o Demonstrated expertise in Calculating Pump Head and Minimum Flow Rate required for installation, and creating build Drawings on AUTOCAD. o Conducted extensive research on Fire Sprinkler Systems, Fire Hydrant Systems, and Drencher Systems, while acquiring information from NBC, NFPA 13, and IS15105 standard books. o Proficient in analyzing landing valves, pumps, alarm gong valve, butterfly valves, drencher nozzles, strainer, flexible connectors (bellow), supports, and flanges.

• Studied flight dynamics and actuators interacts. • Designed and developed software in Python to implement a rule-based model for evaluating quadplane mission success, incorporating a system architecture to manage actuator failures. • Conducted systematic mission planning and analyzed flight data with Python to identify and diagnose mission failures. • Developed methods for monitoring actuator failures and enhancing system responses, utilizing Ubuntu, ArduPilot and Python for improvement.