Test Planning and Execution-Developed and executed test protocols for Airbus A320, A330 and Boeing 737flight simulators and training devices, improving training effectiveness throughenhanced system performance and stability.-Executed pre-flight and post-flight simulator tests to validate system integrity,ensuring the simulator’s readiness for operational use.System Troubleshooting and Diagnostics-Led troubleshooting efforts for complex avionics, flight control, and visual systems,reducing simulator downtime.Compliance and Quality Assurance-Performed Qualification Test Guide (QTG) evaluations, maintaining success rate inFAA and EASA certification compliance.Collaboration and Communication-Collaborated with developers, engineers, and flight instructors to optimizesimulator performance and enhance training accuracy.Hardware and Software Integration-Managed the integration of new hardware and software systems, achievingimprovement in simulation fidelity.Simulator Maintenance and Optimization-Conducted routine maintenance and optimization of flight dynamics models,increasing realism and training.

Team -Avionics-Simulation-Operations

Technical and research support in space lectures and activities.

-Tested CubeSat 3D models for subsystem integration, covering power, thermal, deployment, AOCS, and thruster systems.-Ensured model compliance with industry standards through validation testing of component designs developed in FreeCAD.-Developed and executed automated test scripts using Python to optimize and validate component arrangement algorithms.-Performed end-to-end testing of the interactive web interface built with Streamlit, ensuring seamless exploration of the CubeSat model and real-time visualization of subsystem data.

•Hands-on experience in flight mechanics andsimulations(Diamond DA 40 flight simulator) as flight testengineer.•Participated in test flights with the Grob G109b motor glider,preparing and analysing flight experiments such as Speed Polar,Turning Flight, and Phugoid to assess aerodynamic behaviour aswell as aircraft stability,control and performance.•Utilised MATLAB for data analysis and graphical representation.

Utilized Python and MATLAB's lindexing functions, plotted/analyzedtime vs. data graphs, and employed peak detection/statisticalanalysis techniques to identify iron particle combustioncharacteristics for oxygen concentrations by correlating data peaksin DBI data with LU measurements.

Conducted data analysis/visualisation using Python (miniconda) scripts- Numpy, Pandas, and matplotlib forAutomatic Emergency Braking (AEB) system test data.

• Worked on optimization of Dicing Process.• Detail study of various process involved.• Analyzed and put forth data for the process optimization with help of experiments, research paper and various other sources.

Research InternshipVisvesvaraya National Institute of Technology, Nagpur.Dept. of Material Science and Metallurgy.June 2019 – July, 2019 @ Nagpur, MaharashtraProject Title: Casting of 7075 Aluminium alloy matrix embedded with Inconel 718 nickel-based superalloy powder.• Conducted various experiments and observations (using OM, SEM, etc.,) in laboratory and formulated data as final outcome.• Wide utilization in Aerospace and Structural applications.• Research Paper is currently under review.