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检索条件"任意字段=Conference on Modeling, Systems Engineering, and Project Management for Astronomy VII"

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project management and systems engineering partnership: the Key to Developing Gemini's Ground Layer Adaptive Secondary System (GLASS) Design 11

Project Management and Systems Engineering partnership: the ...

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conference on modeling, systems engineering, and project management for astronomy XI

作者： McCarthy, Natalia Ricardo, Christine Clergeon, Christophe Diaz, Ruben Gaspar, Claudio NSF Natl Opt Infrared Astron Res Lab NOIRLab Int Gemini Observ Tucson AZ 85719 USA

ISBN: (纸本)9781510675216;9781510675223

Gemini Observatory conducted a technical assessment and feasibility study for the GLASS Implementation Feasibility Study 2020 project. The study aimed to improve image quality and telescope efficiency and determine cost-effectiveness. This paper outlines the project management and systems engineering framework that will be implemented to deliver complete requirements for building GLASS and integrating it into the facility. A robust systems engineering and project management foundation is crucial due to the project's technical complexity and resource constraints, as successfully implementing project monitoring and control upon actual technical progress allows for timely and informed decision-making, resulting in flexibility in the design development process.

关键词： systems engineering project management Adaptive Optics Adaptive Secondary Mirror Gemini Observatory Earned Value management V-model Value-Driven Design.

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Lessons from ASTRON's instrumentation projects: developing a practical approach to project management and systems engineering 11

Lessons from ASTRON's instrumentation projects: developing a...

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conference on modeling, systems engineering, and project management for astronomy XI

作者： Mika, A. Schoenmakers, A. Hut, B. Saveedra, C. Baldovin van Bemme, I. M. Benthem, P. de Boer, J. Kochanthara, S. NWO I ASTRON NL-7991 PD Dwingeloo Netherlands

ISBN: (纸本)9781510675216;9781510675223

ASTRON, the Netherlands Institute for Radio astronomy, oversees the full lifecycle of radio astronomy instrumentation from design and construction to operations and maintenance. In some cases, ASTRON realises entirely new instruments such as the Westerbork Synthesis Radio Telescope or the LOw Frequency ARray, LOFAR, in others it drives innovative modifications to existing infrastructure such as APERTIF and the various LOFAR upgrades. While the high scientific quality of the instrumentation delivered remains top priority, completing projects within budget and on time have become increasingly important success factors over the years. Navigating this complex playing field not only requires engineering and technical excellence but also strong support from the disciplines of project management and systems engineering. In recent years, ASTRON has embarked on a journey to further professionalise its instrument development process. Daring to experiment with novel approaches, learning from them and implementing the lessons learnt in practice play a pivotal role herein. By now, these efforts have led to a wide range of improvements, including the introduction of practical systems engineering methods with a preference for modelling over documentation, an iterative approach to development building upon a minimum viable product and increasingly complex prototypes, an agile approach to planning and teamwork, close involvement of stakeholders in the development process and continuous professional development of the systems engineers and project managers. These improvements have now translated into a more professional way of project execution, better teamwork, increased stakeholder satisfaction and more transparency in project progress and costs.

关键词： Radio astronomy ASTRON LOFAR project management systems engineering Agile SAFe

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The TMT International Observatory aerothermal performance estimation procedure 11

The TMT International Observatory aerothermal performance es...

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conference on modeling, systems engineering, and project management for astronomy XI

作者： Vogiatzis, Konstantinos MacMartin, Doug Wang, Lianqi Trancho, Gelys TMT Int Observ Pasadena CA 91124 USA

ISBN: (纸本)9781510675216;9781510675223

The TMT International Observatory CFD model, procedure to obtain thermal boundary conditions, input/output and statistical performance analysis tools have been updated and enhanced. Zero-wind effects, component wind jitter relative to the telescope structure and heat transfer coefficient statistics have been included. Sensitivity studies are performed, and conclusions are drawn.

关键词： Extremely Large Telescopes System engineering Aero-Thermal modeling Computational Fluid Dynamics Thermal Network modeling Conjugate Heat Transfer Monte Carlo simulations

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Not business as usual: increasing operational lifetime and attracting new science through utilization of project management principles for observatories 11

Not business as usual: increasing operational lifetime and a...

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conference on modeling, systems engineering, and project management for astronomy XI

作者： Galvan, Oyku Selimoglu NSFs Natl Opt Infrared Astron Res Lab 670 N Aohoku Pl Hilo HI 96720 USA

ISBN: (纸本)9781510675216;9781510675223

The astronomy society is undergoing a massive series of disruptions. From the blooming field of artificial intelligence to worldwide pandemics and to capturing the first-time historic images of certain celestial phenomenon;permanent shifts are reshaping this science community. project management (PM) is now the most important method for astronomy leaders in this society to handle these changes for a positive and desirable outcome. It is a challenge to be a project manager in the astronomy world which is driven by effort, when progress and results are what is required from a project manager to deliver a successful project. Since PM is the essential model for creating value in all private industries, now non-profit organizations are pressured to follow the same principles that composes a project, which determines whether the project's life-cycle was a success. If governments, non-profit organizations, and educational facilities focus on these principles and apply their associated functions, project success will be almost guaranteed. Throughout the astronomy society, forward-looking observatories will set themselves up for sustainable growth. This article will talk about the observations of the author on the challenges to apply PM principles in operational observatories and how to follow PM principles dutifully in future projects for long lasting observatories.

关键词： project management projects Observatories Efficiency Accountability New Science Operational Lifetime

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Lessons Learned: ALMA Band-1 Receiver project management 11

Lessons Learned: ALMA Band-1 Receiver Project Management

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conference on modeling, systems engineering, and project management for astronomy XI

作者： Huang, Yu Chieh (Teddy) Koch, Patrick Michel Hwang, Yuh-Jing Chiong, Chau-Ching Yen, Hsi-Wei Ho, Paul Chu, You Hua Ue-Li, Pen Ho, Chin Ting Chien, Chen Wang, Chao Ching Acad Sinica Inst Astron & Astrophys Taipei Taiwan

ISBN: (纸本)9781510675216;9781510675223

The Atacama Large Millimeter/submillimeter Array (ALMA) Band 1 receiver covers the frequency band between 35-50 GHz. The project achieved the successful delivery of 73 Band 1 receiver units to ALMA telescope site and ready for cycle 10 observation. This paper delves into the implementation of project management methodologies applied during the both receiver development and production phases. Furthermore, the paper presents the lessons learned and challenges faced, and offer for the future endeavors in applying the project management in the scientific research projects.

关键词： ALMA Band 1 Receiver

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MBSE OR NO MBSE: IS MBSE THE FINAL ANSWER TO SYSTEM engineering? 11

MBSE OR NO MBSE: IS MBSE THE FINAL ANSWER TO SYSTEM ENGINEER...

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conference on modeling, systems engineering, and project management for astronomy XI

作者： Riva, Marco Zanutta, Alessio Genoni, Matteo Scalera, Marcello Antonio Balestra, Andrea Osservatorio Astron Brera INAF Milan Italy Osservatorio Astron Padova INAF Padua Italy

ISBN: (纸本)9781510675216;9781510675223

In this paper we will make a revision of the usage of MBSE for an astronomy-oriented instrument. We will in particular trade the benefit Versus the overhead with respect of the traditional System engineering method. We will compare different ground-based instruments for different telescope size in different project phases. We will try then to underline where MBSE have been useful and where the criticalities of this method emerged in order to draw a possible roadmap to exploit the maximum benefit achievable by this method. In detail we will focus on four main aspects. In the first part We will compare different requirement management approaches. Second, we will focus on the Interface management which is one of the most critical elements of the system engineering discipline. We will then compare the product traditional product modelling (excel based) with respect to a database oriented one. Finally, we will assess the use cases management. We will compare traditional Versus MBSE in order to allow the reader to identify which of the two approaches better fits with its needs.

关键词： MBSE strategies templates architectures for system engineering ELT SPACE projects ASTROMBSE

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The grand unified theory of project portfolio management at the ANU Advanced Instrumentation & Technology Centre 11

The grand unified theory of project portfolio management at ...

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conference on modeling, systems engineering, and project management for astronomy XI

作者： Haynes, Roger Brodrick, David Jiang, Nian D'Orgeville, Celine Burgess, Jennifer Galla, Tony Rhineberger, Rachael Australian Natl Univ Mt Stromlo Observ Coll Sci Adv Instrumentat Technol CtrRes Sch Astron & Ast Canberra ACT 2611 Australia Galla Design Engn 135 Nash St Parkes NSW 2870 Australia ANU Enterprise Pty Ltd 2-121 Marcus Clarke St Canberra ACT 2601 Australia

ISBN: (纸本)9781510675216;9781510675223

The Advanced Instrumentation & Technology Centre (AITC) is part of the Research School of astronomy and Astrophysics within the Australian National University and is located at Mt Stromlo in Canberra, Australia. It is the largest instrumentation research, design and development facility for astronomy and space in Australia with a track record spanning decades of expertise in those fields. The core mission of the AITC is to develop and deliver world-leading, innovative solutions for ground and space-based astronomy at visible, infrared, and ultra-violet wavelengths. AITC is also part of the Australian Instrumentation Consortium - Astralis. At the AITC, we combine our extensive knowledge and expertise in optics, mechanics, electronics, detectors, control, software, astronomy, and space technologies to design and build cutting edge instruments. We integrate robust system engineering, project management and quality assurance to deliver bespoke instruments and capabilities to our customers around the world. We leverage world-class instrumentation technologies to fields beyond astronomy such as remote sensing and laser communications. The AITC hosts the National Space Testing Facility (NTSF), a hub for space environment testing of instrument payloads and spacecrafts. We provide research services to the space community including academia, industry, and government agencies. This paper presents the operating model that the AITC has developed to manage its complex and diverse project portfolio. The model integrates the AITC's project management, system engineering and product assurance frameworks, and combines them with the AITC quality management structure. Some examples of issues addressed over the past 4 years are presented, as well as the strengths and challenges uncovered by a recent review of the AITC operational procedures by ANU Enterprise.

关键词： Advanced Instrumentation & Technology Centre (AITC) program management project management quality management systems engineering product assurance

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Concept study support of research projects 11

Concept study support of research projects

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conference on modeling, systems engineering, and project management for astronomy XI

作者： Shiomi, Asuka Kaneko, Daisuke Mitsuda, Kazuhisa KEK Systemol Support Sect WPI QUP Oho 1-1 Tsukuba Ibaraki 3050801 Japan

ISBN: (纸本)9781510675216;9781510675223

Efforts in concept study support of research projects at QUP are presented. We established the CRDF (Concurrent Research Design Facility), where multidisciplinary experts come together concurrently and can use various software tools to make the concept concrete. We also defined a CML (Concept Maturity Level) checklist specifically designed for research, based on the CML framework used in space missions. We report the achievements of the first concept study support, impressions from participants, and lessons learned to improve the next support.

关键词： System engineering Research project Concept study Concurrent engineering

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Beyond spreadsheets: enhancing collaboration and traceability by streamlining systems engineering processes with Atlassian Jira 11

Beyond spreadsheets: enhancing collaboration and traceabilit...

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conference on modeling, systems engineering, and project management for astronomy XI

作者： Hardie, Kayla Church, Josh Dodge, Jamie Fordham, Bart Gajadhar, Sarah Han, Nancy Miles, John W. Santoro, Fernando Trancho, Gelys TMT Int Observ 100 West Walnut StSuite 300 Pasadena CA 91124 USA

ISBN: (纸本)9781510675216;9781510675223

The Thirty Meter Telescope (TMT) International Observatory (TIO) project involves complex systems engineering (SE), necessitating efficient tools for the effective management of SE processes and products. This paper explores the utilization of Atlassian Jira whose flexibility surpasses traditional methods like Excel by providing a common, collaborative database for all stakeholders, enabling concurrent updates and facilitating easy search, filter, and reporting capabilities. This paper details the incorporation of SE processes for task tracking, verification, risk management, hazard assessment, CAD issue tracking, and configuration management into Jira. Establishing traceability between related tickets fosters both small group and system-wide collaboration, and ensures that important information is not lost, forgotten, or incorrectly duplicated. Additionally, integrations with embedded apps such as SoftComply Risk Manager and an external tool ConnectALL, which syncs Jira with the IBM DOORS requirements management tool, further enhance Jira's capabilities. Customizing Jira and optimizing its features has contributed to efficient management of TIO systems engineering processes and products. Leveraging its functionalities, we have fostered a more robust and traceable design by enhancing collaboration through greater transparency and accessibility. Jira has proven to be a valuable asset in the comprehensive management of complex projects like TIO.

关键词： systems engineering Process Tools Jira Traceability

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Lessons in Cat Herding - methods used for managing a large international collaborative engineering project, the Ariel Mission Payload 11

Lessons in Cat Herding - methods used for managing a large i...

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conference on modeling, systems engineering, and project management for astronomy XI

作者： Eccleston, Paul Drummond, Rachel Caldwell, Andrew Bishop, Georgia Desjonqueres, Lucile Davidson, Alex Tinetti, Giovanna Fahmy, Salma Puig, Ludovic Salvignol, Jean-Christophe STFC Rutherford Appleton Lab RAL Space Harwell Campus Didcot OX11 0QX Oxon England UCL Gower St London WC1E 6BT England ESA ESTEC Keplerlaan 1 NL-2201 AZ Noordwijk Netherlands

ISBN: (纸本)9781510675216;9781510675223

The Ariel space mission will characterize spectroscopically the atmospheres of a large and diverse sample of hundreds of exoplanets.. Ariel is an ESA Medium class science mission (M4) with a spacecraft bus developed by industry under contract to ESA, and a Payload provided by a consortium of national funding agencies in ESA member states, plus contributions from NASA, the CSA and JAXA. With the payload being provided by a consortium of scientific institutes and industrial partners funded through their respective European national funding agencies, and additional contributions provided by ESA, NASA, CSA and JAXA, the coordination and management of this team is vital to the successful delivery of the mission. This paper will describe how we have tailored the standard systems engineering approaches taken for space instrumentation and implemented these in the large consortium structure. This has been done in order to try to maximise the efficiency of the consortium work and to allow as close to a seamless flow of information as possible. We outline the key tools being deployed by the payload management, systems engineering and product assurance teams in the consortium.

关键词： astronomy Instrumentation Consortium management systems engineering

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