I was a part of a 4-member team that took part in the Boeing National Aeromodelling Competition held at IIT Madras. Which I contributed to the design and fabrication of the whole radio-controlled (RC) glider carrying golf balls as payload as per various technical requirements and design constraints provided by the organizers. The design process took into consideration the position of the center of gravity, lift-to-weight ratio, efficient designs of various control surfaces, and their positions, and finally submitted a detailed design report. While fabrication was done using lightweight composite materials and a suitable propeller was chosen as per the appropriate thrust-to-weight ratio parameter. Various flight tests were conducted prior to the competition and the motor-propeller combination was changed according to the test flight performances. Finally, the best prototype model was taken to the competition.
I was also part of another 4-member team that took in Tathva NIT Calicut Tech Fest’s Albatross competition. I worked on the analysis of the aerodynamics by running simulations of the radio-controlled (RC) aircraft. Analyzed the various results from XFLR5 to choose the suitable airfoil for better fight performance. Also, designed various parts of the RC glider in Solidworks and Catia as per design constraints and technical requirements given by organizers. Spent hours in fabricating the plane using lightweight composite materials. Performed several fight tests by changing several motor-propeller combinations and the best one was took the competition.
As a member of the Vertical Take Off and Landing Vehicle (VTOL) project, I was a part of the 6 member team that took part in Sangam, the intercollegiate technical competition of Pragyan-NITT. I worked on Radio controlled (RC) glider (hybrid) that can take off vertically like VTOL and hover like a drone but it is different from VTOL because the transition parts are the motors and propeller combination only and not the entire fuselage. I contributed majorly to the design modeling of the vehicle in SolidWorks considering all the dimensions and design constraints. And also built the entire prototype using various lightweight composite materials.
As a mentor, I created a well-devised vision of a roadmap to approach the problem statement provided by the competition organizers. And mentored the juniors on the various aspects of the conceptual design of the Unmanned aerial vehicle (UAV). Provided actionable feedback in the design and analysis of the conceptual UAV to the team members who took part in Aerodominator 7.0 of SAE-VIT graVITas’20 technical fest.