Eclipse Capella™ is a comprehensive, extensible and field-proven MBSE tool and method
to successfully design systems architecture

Vinayak Vadlamani is the Chief/Lead Systems Engineer for the Staark robotic arm with 12 years of systems engineering experience. He has previously worked on lunar lander, distributed satellite formation, and autonomy in highly uncertain environments. He is currently undergoing CSEP certification from INCOSE.

Senior expert for systems architecting and engineering (including MBSE).
During more than 30 years, definition and deployment of architecting and engineering principles into aeronautic, automotive, railway, defence, and energy industries.
In charge of several kind of activities : definition of SE directives, tailoring of SE processes, management of SE, MBSE methodologies, SE/MBSE deployment on projects, audits, trainings.
Project manager of Research and Innovation for Systems Engineering.
Systems Engineering professor at ISAE-SUPAERO and INSA.
Member of INCOSE and AFIS organisations.
During the CLARITY project (2014-2017) to give birth of the CAPELLA tool, work package leader of SP3 (Interoperability and view points) and in charge of the Change Control Board.

Alice Cellamare is a process engineer working in the wastewater treatment and energy sector who came into contact with SE as a result of the common efforts of her team to find a traceable and centralized method for system design. While learning about MBSE, she was offered the unique opportunity of joining the INCOSE Mentoring Program and benefited greatly from the exchanges with her mentor (CSEP) Steven Huang. Also, she is an active member of the “Systems Engineering Professionals” Discord Server and of the Capella Forum, which have been crucial sources of knowledge and inspiration for her work.

Mr. Steven Huang works as an Engineering Fellow with ManTech International and has two decades of experience in systems engineering, modeling & simulation, and algorithm development. He currently leads an IRAD team, which is developing CPSTN, a novel cyber-physical virtual twin environment to support cyber resiliency in C5 architectures for space, air, and ground systems. Mr. Huang has been focused on methods to improve concepts of operations and visualizations so that customers can develop novel metrics and insights necessary to achieve tomorrow’s missions.Mr. Huang has held many roles across the system engineering discipline during his career, most recently providing technical and acquisition guidance to the National Reconnaissance Office. He was the technical lead for ManTech’s Systems Engineering Technical Assistance support efforts in the Survivability Assurance Office, and prior to that, the Advanced Systems & Technology directorate. In this role, Mr. Huang worked on advanced prototype payloads, novel ground processing algorithms, improved concepts of operation, and enterprise resiliency and survivability efforts. In support of customer initiatives, Mr. Steven Huang has established himself as a recognized expert in space technology, radar hardware, signal processing, and resiliency. Mr. Steven Huang earned his Master’s Degree in Applied Mathematics at University of Massachusetts-Amherst in 1997, and his Bachelors of Science in Applied Mathematics at Brown University in 1993. In his academic career, he focused on developing mathematical models and novel algorithms for different systems, including computer vision approaches to discriminate multiple sclerosis lesions in brain scans and modeling turbulent atmospheric diffusion using Fourier methods. In 2022, Mr Huang earned a graduate certificate in Systems Engineering from the University of Detroit-Mercy (CSEP equivalency).