SYSTEM ARCHITECTURE
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Hello, a world of Complex Systems, Products, and Organizations!

I am a Postdoctoral Research Fellow at Grenoble INP. My research interests include systems engineering and model-based systems engineering (MBSE), systems architecture methods to support decision-making process, and engineering management of complex systems. I’m also exploring the human-systems integration, as my experience shows that technical dimensions of product development should be interwoven with social aspects.

Since 2022 I’ve been leading Systems Engineering Initiative closely partnering with the MedTech industry world leader focusing on the MedTech-Pharma innovative combination products. In this capacity, I’ve been implementing digital engineering approach by means of systems engineering methods and MBSE software customization – all for a portfolio of innovative MedTech-Pharma products.

The selected publications of my work can be found in the Handbook of Model-Based Systems Engineering, Systems Engineering Journal, and Proceedings of the DESIGN Society. The full list of publications is available in the corresponding page of this website.


I have the Associate Professor Qualification (Section 60) issued by the Ministère de l'Enseignement supérieur, de la Recherche et de l'Espace on February 2024. I co-instruct the Model-Based Systems Engineering Class at Grenoble INP. Prior to this, I co-instructed the Space Sector Course being its Teaching Assistant, and later - a Lecturer on the topics of System Architecture, System Thinking, and Interface Management. I also taught classes at System Engineering course at Skoltech.
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My PhD Thesis in Engineering Systems was defended at Skoltech in 2020 (PhD Thesis Supervisor - Prof. Edward Crawley, MIT). In 2016-2017 I was working as a visiting doctoral candidate at MIT developing the case studies for my PhD Thesis in System Architecture Group. Prior to this, I received the Specialist’s degree (M.Sc. degree equivalent) from the Department of Theoretical Physics and Quantum Technologies in MISIS and also graduated from Singularity University - this was an amazing experience at NASA Ames Research Center in the heart of Silicon Valley.

I am a Member of the DESIGN Society, IFIP WG 5.1 (Global Product development for the whole life-cycle), the International Council on Systems Engineering (INCOSE), as well as AFIS (Association Française d'Ingénierie Système).

Scopus Profile
ORCID ID: 0000-0002-1547-9857
Google Scholar Profile
Hal Science Profile

G-SCOP Lab @ Grenoble INP
System Architecture Lab @ MIT
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  • Posts
  • Bio
  • Book
  • Research
  • Publications
  • Scientific Posters
  • Selected presentations
  • Teaching
    • MBSE Class (2023-)
    • Systems Engineering Class (2018-2022)
    • Space Sector Course (2015-2021)
  • Certificates
  • Interviews and articles
    • Article about Space Sector Course
    • Pursuing the innovation in systems engineering
    • Interview for Science and Life Magazine
    • Radio Culture
  • Scientific Community
    • DESIGN Society
    • DSM Community
    • INCOSE
    • IAF
    • IFIP WG 5.1
    • Health Systems Design SIG
  • Library
    • 2025 - Holistic Model-Based Perspective on MedTech-Pharma Interfaces for New Combination Product Development
    • 2025 - Similarity Assessment of the Engineering Concepts: Decision-Making Support and Metrics
    • 2024 - The Influence of Human-Systems Integration on “Fuzzy Front End” of Innovation: A MedTech Case Study
    • 2024 - Holistic Perspective to the Drug-Device Combination Product Development Challenges
    • 2023 - New Product Development Process for MedTech Combination Products
    • 2023 - Defining a New Role of System Architect at the Product Strategy Stage of a MedTech Product Development Through the DSM-Based Method
    • 2022 - Model-Based System Architecting and Decision-Making
    • 2022 - MBSE-PLM INTEGRATION: INITIATIVES AND FUTURE OUTLOOK
    • 2021 - Integration of MBSE and PLM: complexity and uncertainty
    • 2021 - Study of system interfaces through the notion of complementarity
    • 2020 - ​A System Concept Representation Framework and its Testing on Patents, Urban Architectural Patterns, and Software Patterns
    • 2018 - A Framework for Concept and its Testing on Patents
  • Posts
  • Bio
  • Book
  • Research
  • Publications
  • Scientific Posters
  • Selected presentations
  • Teaching
    • MBSE Class (2023-)
    • Systems Engineering Class (2018-2022)
    • Space Sector Course (2015-2021)
  • Certificates
  • Interviews and articles
    • Article about Space Sector Course
    • Pursuing the innovation in systems engineering
    • Interview for Science and Life Magazine
    • Radio Culture
  • Scientific Community
    • DESIGN Society
    • DSM Community
    • INCOSE
    • IAF
    • IFIP WG 5.1
    • Health Systems Design SIG
  • Library
    • 2025 - Holistic Model-Based Perspective on MedTech-Pharma Interfaces for New Combination Product Development
    • 2025 - Similarity Assessment of the Engineering Concepts: Decision-Making Support and Metrics
    • 2024 - The Influence of Human-Systems Integration on “Fuzzy Front End” of Innovation: A MedTech Case Study
    • 2024 - Holistic Perspective to the Drug-Device Combination Product Development Challenges
    • 2023 - New Product Development Process for MedTech Combination Products
    • 2023 - Defining a New Role of System Architect at the Product Strategy Stage of a MedTech Product Development Through the DSM-Based Method
    • 2022 - Model-Based System Architecting and Decision-Making
    • 2022 - MBSE-PLM INTEGRATION: INITIATIVES AND FUTURE OUTLOOK
    • 2021 - Integration of MBSE and PLM: complexity and uncertainty
    • 2021 - Study of system interfaces through the notion of complementarity
    • 2020 - ​A System Concept Representation Framework and its Testing on Patents, Urban Architectural Patterns, and Software Patterns
    • 2018 - A Framework for Concept and its Testing on Patents