Vinoth Kumar Aroumougame

• Developing technical demonstrations for AI-assisted MBSE workflows by modeling with SysML v2 in CATIA Magic, integrating AI LLMs with Teamwork Cloud using MCP and REST APIs, and enabling intelligent requirements management and model-based V&V within 3DEXPERIENCE platform. • Applying Co-simulation and Hardware-in-the-Loop (HIL) within Virtual Twin environments, connecting simulation models with physical robotic systems using DBM Dymola, Scilab and DELMIA for system-level analysis and validation. • Supporting Digital Engineering initiatives through requirements engineering, traceability, and model-based systems design using the U2S Systems Engineering Pack within the 3DEXPERIENCE EDU transformation ecosystem.

Performed model-based system architecture and behavior development for complex engineered systems, applying industry-standard MBSE methodologies (MagicGrid, Arcadia) using Cameo and Capella. As a founding member, contributed to establishing technical workflows and standards, with a focus on requirements decomposition, operational modeling, and lifecycle-driven system design within multidisciplinary engineering teams.

Master's Research Project in collaboration with 𝗔𝗜𝗥𝗕𝗨𝗦 𝗢𝗣𝗘𝗥𝗔𝗕𝗜𝗟𝗜𝗧𝗬 𝗗𝗶𝘃𝗶𝘀𝗶𝗼𝗻, formalizing relationship between Sustainability and Operability in aircraft design and operations. This study aims to develop a framework that balances operational efficiency with sustainability goals, addressing potential trade-offs and synergies between the two. Key Responsibilities: - Analyzing key attributes influencing sustainability and operability in aviation. - Developing mathematical models (frameworks) to formalize their relationship. - Propose an integrated metric for decision-making in Aircraft Design and Operation - Apply research findings to a real-world aviation use case at AIRBUS. Technical Focus Areas: - Model-based systems engineering (MBSE) - Aircraft operations, architecture, and availability modeling - Sustainability assessment & environmental impact modeling - Methodologies Framework & data-driven decision-making This project supports Airbus' vision for sustainable and efficient aviation, contributing to innovative aircraft design strategies that align with both operational and environmental goals.

Building Hyperloop SUPAERO as a System Engineer, gaining hands-on experience in applying MBSE methodologies to support engineering design coordination, safety compliance, and cross-subsystem engineering collaboration.

Building drone ecosystem more sustainable by contributing as Project Team Manager & Lead CAE Engineer in Amos. Leading Teams: All about helping my team grow and guiding them towards success. Managing our project files like a pro. Keeping things organized and making sure everything runs like a well-oiled machine. Humbled to be the go-to person in our tech team.

Designing Drones, VTOL, UAVs and related components. Project Worked: 1. EFT Agriculture Hexacopter 2. Flagship Drone Panda V4 3. Foldable Drone Shark 4. Micro-VTOL Design 6. Gaser engine X-UAV 7. Delivery VTOL design 8. Mini drone for training 9. Loiter Munition UAVs 10. FPV drones

Responsibilities: Performed CFD analysis for combustion enhancement and stability of scramjet combustors based on wall cavities under Prof. Ajin Branesh. Published research works in International Conference AMCES-2023 and submitted to International Journal of Turbo & Jet Engines. Designed Table Top Wind Tunnel and Morphing Wing Mechanism. Conducted workshops and events based on Rocketry, Python and Space Quiz.

Achieved the second stage of the BTMS (Battery Thermal Management System) in Automobile Research (R&D September 2022). Research on Thermal Stress analysis of prototype battery of EV scooters. Cooling system for heat dissipation. The task will include testing of prototype and analyzing of results with the team. Workflow in the Zoho platform.

Contributed to Citizen Scientist Program conducted by International Astronomical Search Collaboration (IASC) is part of NASA's Planetary Defense Program. It distributes high-quality astronomical data to citizen scientists in many parts of the world. In addition to NASA, the Pan-STARRS Observatory and the Catalina Sky Survey Observatory are involved in this program. I discovered some preliminary discoveries of asteroids, which are the first observations of a new asteroid. I intend to continue my explorations and hunt for asteroids in the future.

Aircraft design and modelling summer internship

Major: Systems Engineering, Minor: Aircraft Design and Operation Activities and societies: Hyperloop Toulouse, MBSEnse Founding Team - Technical Club Supaero Eagles, Valourix Toulousains - Toulouse Cricket Club

Best Researcher of the Year 2023 - Aerospace Département Chandigarh University Academic Topper - Aerospace Department