
Aerospace engineering professional with experience in aircraft structural documentation (ATA 51–57), damage assessment, and FEA-based structural analysis. Skilled in ANSYS, Hyper Mesh, CATIA, AutoCAD, and Python automation. Strong capability in producing accurate technical documentation aligned with EASA/FAA standards. Currently pursuing an MSc in Aerospace Engineering in the UK.
Technical:
ANSYS Hyper Mesh LS-DYNA CATIA V5 AutoCAD Python
Structural Analysis Damage Assessment Repair Validation ATA 51–57 Documentation
AMM/CMM/SRM Review EASA/FAA Compliance
Professional:
Quality Assurance Technical Reporting Collaboration
• Designed a restartable SRM with multi-burn grain geometries.
• Evaluated propellant options, ignition sequencing, and nozzle configurations.
• Developed conceptual layouts covering internal ballistics and thermal loading.
• Conducted submerged-flow visualisation across variable cross-sectional geometries.
• Analysed qualitative and quantitative flow behaviour and separation trends.
• Assessed feasibility of roadway-mounted VAWTs for decentralised power generation.
• Evaluated aerodynamic performance and power output behaviour.
Brahmastra Aerospace Systems (Online)
Project: Single Stage to Orbit Vehicle
• Gained exposure to launch-vehicle fundamentals, mission profiles, and conceptual system design.
• Studied mass fractions, staging logic, and propulsion constraints at introductory level.
LBRCE NSS Cell