My Projects
Conceptual Aircraft Cabin Partition Design
A thin, lightweight cabin partition positioned between the forward galley/service zone and the premium passenger seating area. The partition spans only the passenger seating region and terminates before the central passenger aisle. It is supported through floor, ceiling and sidewall interfaces. Its lateral/vertical profile is developed to conform to the transverse curvature of the aircraft cabin envelope rather than being derived from the adjacent stowage geometry. A controlled clearance is maintained between the partition and neighboring stowage.
Optimized Delta Wing Design for Enhanced Cruise Performance of a VTOL (Vertical Take-Off and Landing) UAV
This project focuses on the design and aerodynamic optimization of a cranked-delta wing for a 15 kg VTOL (Vertical Take-Off and Landing) UAV to enhance cruise performance and endurance. The study involves optimizing the leading-edge sweep angles, aspect ratio, taper ratio, SD7037 airfoil selection, washout distribution, and winglet geometry to achieve an improved lift-to-drag ratio, delayed tip stall, and reduced induced drag. A detailed three-dimensional wing model is developed using CATIA V5 Generative Shape Design (GSD), and the optimized configuration is intended to be evaluated through CFD simulations and compared with conventional VTOL wing designs to validate its aerodynamic performance and efficiency.
Design and realization of 3D printable sandwich deck plates with provision for internal cooling
A 3D-printable aluminum sandwich deck plate integrates structural support and thermal management for spacecraft and launch-vehicle avionics. It consists of aluminum face plates with a truss-lattice core containing triangular gyroid wicks and cylindrical vapor channels. The structure is additively manufactured, hermetically sealed, evacuated, and partially filled with a working fluid. Integrated heat-pipe action dissipates avionics heat while providing a lightweight, stiff, and thermally efficient deck.
Advanced Navigation Guidance System for Fisher Men with Border Alert System
The Advanced Navigation Guidance System for Fishermen with Border Alert System is designed to ensure safe marine navigation and prevent unintentional border crossings. It uses GPS and GSM technologies to provide real-time location tracking and sea route guidance. When fishermen approach international maritime boundaries, the system triggers visual, audio, and message alerts. It also assists in navigation during low-visibility conditions and enables communication with coastal authorities in emergencies. This system enhances safety, security, and efficiency in fishing operations.
Advanced Messenger application for Blind People by using Automatic text to voice conversion and voice to text conversion
The Advanced Messenger Application for Blind People enables seamless communication through automatic text-to-voice and voice-to-text conversion. It allows users to listen to incoming messages and reply using voice commands, eliminating the need for manual typing or reading. The system integrates speech recognition and text-to-speech technologies for real-time interaction. It features a simple, voice-guided interface to enhance accessibility and ease of use. This project promotes digital inclusion and independence for visually impaired individuals.
