Enthusiastic and detail-oriented engineering student with hands-on experience in rubber technology, CFD analysis, structural analysis and design through projects and competitions. Seeking opportunities to further develop my skills with engineering while contributing to innovative projects.
Ansys Fluent, Spaceclaim, structural workflows, and material analytics.
Scramjet simulations and sustainable rubber engineering.
International conferences, structural publications, and certifications.
Original fictional universes and ongoing novel drafts.
Spaceclaim, ANSYS Fluent, ANSYS Static Structural, CATIA, Fusion, Pointwise, XFLR5.
UTM operational frameworks, Moving Die Rheometer metrics, Curing parameters, Tensile, Hardness, and Tear testing along with advanced green composite compounding processing.
C Programming, Python structural scripts, and R-Data analysis architecture.
Overleaf LaTeX preparation, advanced data processing via Tecplot, Microsoft Excel modeling, and technical presentation drafting.
Cross-functional structural alignment, collaborative team leadership, targeted schedule optimization, and rapid engineering adaptability.
Designed and analyzed premium eco-friendly green rubber matrix composites. Peer-reviewed research output presented officially at the RECONiii International Conference 2025 (hosted at NIT Calicut). Manuscript currently advancing through critical peer review cycles for final feature publication within the Indian Academy of Sciences' Sadhana Journal.
Inspecting thermal optimization variables through combined usage of ANSYS Fluent, Pointwise meshing, and SpaceClaim model preparation. Abstract accepted and comprehensive engineering manuscript presented at the prestigious IAES2026 Conference structured by the Indian Space Research Organisation (ISRO).
Presented research focused on the influence of temperature variations on scramjet combustor performance using CFD-based thermal analysis. Developed simulation models in ANSYS Fluent with Pointwise meshing and SpaceClaim geometry preparation for aerospace combustion studies.
Co-authored a sustainability-focused research study on green nitrile rubber composites and material performance enhancement. Research findings were presented at RECONiii 2025, with the manuscript currently under advanced review for publication in Sadhana Journal.
Presented structural composite and sustainable rubber formulation research at the RECONiii International Conference hosted by NIT Calicut. Demonstrated experimental findings and engineering methodologies related to eco-friendly composite development.
Achieved AIR 24 with the team in the 11th Edition SAEISS Drone Development Challenge 2025–26. Contributed to the structural and aerodynamic analysis domain through CFD simulations, structural analysis, and XFLR5 studies to improve drone stability, performance, and component reliability.
Pursuing B.Tech in Mechanical Engineering at Rajiv Gandhi Institute of Technology, Kottayam, with active involvement in research, engineering simulations, CAD design, and technical competitions across aerospace and sustainable material domains.
Where analytical engineering takes a step back to welcome deep worldbuilding, modern prose, and long-form novels.
Let's collaborate on engineering research or creative design developments.