S.C. SOMAADHITYA

B.Tech. Aerospace Engineering student seeking to leverage extensive project-based experience in computational aerodynamics and multiphase flow simulation at Cranfield University. Demonstrated expertise in CFD through the aerodynamic optimization of a super-slender skyscraper using ANSYS Fluent, achieving a reduction in drag coefficient through optimized spoiler configurations. Further strengthened computational engineering capabilities through a major project at Cranfield University investigating ice-particle transport, deposition, and plugging in civil aircraft fuel systems using coupled Computational Fluid Dynamics–Discrete Element Method (CFD–DEM) simulations in STAR-CCM+. Applied four-way multiphase coupling and the Hertz–Mindlin contact model to analyse particle–fluid interactions, collisions, rebound behaviour, and particle accumulation, while utilizing high-performance computing resources for computationally intensive simulations. Complemented by hands-on robotics experience, leading the end-to-end development of an autonomous quadrupedal robot by integrating mechanical design (validated by a SolidWorks CSWA certification), custom electronics, and intelligent control systems (ROS 2 and Reinforcement Learning). Combines rigorous analytical skills, advanced numerical simulation expertise, and full-cycle hardware development capabilities to solve complex problems in aerospace engineering.

• Robotics Project: SPOT-Inspired Agile Mobile Robot

 Completed a credit-based industrial project to recreate a simplified version of Boston Dynamics' SPOT, an agile mobile dog robot. Mechanical Design: Used SolidWorks for spatial planning, actuator arm design, and robot chassis. Electronics & Embedded Systems: Designed PCBs, integrated sensors & actuators, and programmed the control system using  Arduino/ESP32. AI & Robotics Software: Implemented robot behaviors using Machine Learning, and the Robot Operating System (ROS 2)

• CFD-based aerodynamic optimization of tall skyscrapers using various spoiler configurations | SASTRA University

Designed and evaluated multiple spoiler configurations (corner, facade, roof) to mitigate vortex shedding and wind loads. Achieved a significant  reduction in the drag coefficient (Cd) by integrating optimized spoiler designs. Enhanced structural stability and occupant comfort by improving pressure distribution and reducing aerodynamic forces. Conducted a mesh sensitivity study to validate simulation accuracy and ensure result reliability

• Analysis of Ice Slurry Flows in Civil Aircraft Fuel Systems Using CFD–DEM | Cranfield University

Investigated ice-particle transport, collision dynamics, deposition, and plugging in aircraft fuel systems using coupled CFD–DEM simulations in STAR-CCM+. Implemented four-way multiphase coupling and the Hertz–Mindlin contact model to analyze particle–fluid, particle–particle, and particle–wall interactions, including rebound and accumulation behavior. Utilized high-performance computing (HPC) to simulate complex multiphase flow and investigate mechanisms contributing to fuel-flow obstruction.

• Participated in International T20 Youth Cricket Tournament
• Degree In Fine Arts: Painting
• State Karate Tournament Winner
• State-Level Drawing & Painting Competition Winner