SYSTEM ARCHITECTURE
Menu

Aerospace business: The Devil is in the Details

The article is published in 2016
​The phrase “The Devil is in the Details” is frequently used to mean that the essence of a particular item being considered is often hinted by the visibly non-evident details.
This semester at Skoltech and MIT, there shall be a joint course entitled ‘Space Sector’, taught by Skoltech Founding President and MIT Ford Professor of Engineering Edward Crawley. The aim of the course is to acquaint students with an understanding of the kind of details in the aerospace industry that are often concealed by the “devil”, which result in the launching of some projects to unreachable heights, and in the same way, in the imminent destruction of others.
Фотография
Ed Crawley, Skoltech Founding President and MIT Ford Professor of Engineering
Фотография
Prof. Lev Zeleny delivering a lecture at Skoltech
Within the course students shall be expected to study the different sub-sectors of the aerospace industry, that is, Earth observations, space telecommunications, human spaceflight programs, space medicine, satellite manufacturing, and space launch market. Knowledge of the key activities within each sector, the technology used (TRL), the key companies involved, as well as the limitations, shall all be transferred on a firsthand basis. Professionals from among the former or acting leaders of the NASA, Roscosmos, and ESA, founders of aerospace companies, and heads of the world’s leading research organizations are expected to arrive at Skoltech and MIT to convey their experiences, literally fragment by fragment, to the audience.
Фотография
Prof. Zeljko Tekic delivering a lecture on How a firm competes
Nevertheless, this is only one aspect of the course. Denied of an outer coverage, knowledge, as it is, remains a non-systematic range of facts, suppositions and observations. Within the course duration, the course coverage is going to presuppose a whole range of key competences acknowledged internationally as the necessary skills for professionals. Taught to students, in a special report of the Davos world economic forum, the Critical Thinking discipline has been placed second among the ten key competencies to be owned by professionals by the year 2020. In addition to this, students are also expected to study the foundations of System Thinking and to take part in the special Value Chain Analysis game using an aerospace project as an example. The students will also learn how, by using the financial figures in the annual reports submitted by publicly-held companies, one can draw conclusions on the activities of the respective organizations within the reporting period, and thus determine where lie the “devils” while reflecting the financial details of aerospace projects. It might be interesting to know how the aerospace companies are, in fact, developing – not from press, rather from facts.
Фотография
Dr. Dmitry Kulish conducting a value chain analysis for space communications mission
Skoltech and MIT students may apply such knowledge to carry out practical tasks within the course framework, as well as carrying out a discussion as part of an HD audio-visual session between Skoltech and MIT during the lectures.
In times of rapid technological changes around the world, we need a holistic way of thinking to understand the world around us. We hope that ‘Space Sector Course’ will become a cornerstone that will shape a foundation for systems engineers and systems architects on the issue of their understanding of the structure and functioning of the projects in space as complex systems immersed into the surrounding context.
This article has been prepared by members of the Organizing Committee of the ‘Space Sector’ course:
  • Yaroslav Menshenin, PhD Candidate, Teaching Assistant
  • Natalia Glazkova, PhD Candidate, Teaching Assistant
  • Tatiana Podladchikova, Assistant Professor, Course Instructor
Some facts about ‘Space Sector’ Course
  • The ‘Space Sector’ course is being delivered jointly to students of the Skoltech Space Programme and the MIT Department of Aeronautics and Astronautics as an educational initiative of Skoltech and MIT. Prof. Edward Crawley, Skoltech Founding President, is the course Professor;
  • The course has been developed within the MIT strategic session for spring 2014, and was for the first time tested at Skoltech in the 2014-2015 term and repeated in the 2015-2016 In 2017, the course is expected to be presented for the third time, being for the first time a joint initiative of the Skoltech Space Center and the MIT Department of Aeronatics and Astronautics;
  • Robert Brown, NASA Ex-Chief Technologist, Sergei Krikalyov, a Roscosmos space traveler, Rupert Gerzer, Ex-Head of the DLR Aerospace Medicine, and Mikhail Kokorich, Founder of Dauria Aerospace, were the invited lecturers of the preceding years, Dmitry Payson, Director of Information&Research Center at URSC.
Powered by Create your own unique website with customizable templates.
  • 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 - 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 - 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