1. 3D Computation of high-lift devices with finite volume code OpenFOAM. Comparison with lifting-line code MachUpX2. Evaluation of the wing polar in ground effect3. Improvement of a in-house Python package dedicated to aircraft design4. Performance and flying qualities computations

Study of Flow Regimes for a Simplified Dragonfly wing and implementation of Optimization techniques for Geometry and Flapping motion parameters

Wind tunnel Experiments and Numerical Simulations were conducted on the Ahmed Body with the presence of passive flow controls such as Rear Winglets and Rear Linking Tunnels

Aerodynamic Analysis of Low Speed Aerofoils and Design of a 3D wing to maximise the Endurance of the Drone for cruise missions

Study of Flat Plate Aileron at Supersonic conditions

Parametric study on the power extraction of a flapping with the implementation of non-sinusoidal motion inputs

Using CFD, a combustion efficient biomass cookstove was designed

• Formulated objectives and Delegated tasks to the technical core team of the Mechanical Department• Evaluated the choice of technical programmes such as Workshops and competitions

Technology Innovation Forum for Agricultural Nurturing (TIFAN)-SAEINDIAObjective: To design and fabricate a self-propelled onion harvester based on the given constraintsTasks : • Designed the model using SolidWorks and analyzed the different types of Chassis and selected a C-type chassis• Co-Headed Sales and Marketing Team to conduct a case study on the marketability of the product, feasible location for a manufacturing plant, and performed break-even analysis; presented model and case study to judging panel• Secured sponsorship worth INR 2 lakhs for the project from the Corporate & Industry Relations Department, Amrita Vishwa Vidyapeetham• Designed team logo and t-shirts for the competition