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International Conference on Design, Modeling and Simulation of Satellite Subsystems

30th Jun – 1st Jul 2027 Perth, Australia Standard / Physical Participation

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ConferenceICDMSSS

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Conference Session Tracks

SDG-Aligned Research Themes

International Conference on Design, Modeling and Simulation of Satellite Subsystems conference tracks support global knowledge exchange, innovation, and sustainable development priorities across diverse disciplines.

SDG 9 - Industry, Innovation and Infrastructure

SDG 11 - Sustainable Cities and Communities

SDG 12 - Responsible Consumption and Production

This track focuses on the methodologies and best practices for the design and integration of various satellite subsystems. Participants will explore innovative approaches to enhance subsystem compatibility and overall satellite performance.

This session addresses the critical role of thermal control systems in maintaining satellite functionality. Discussions will include design strategies and advancements in thermal management technologies.

This track delves into the technologies and algorithms used for attitude determination and control in satellites. Emphasis will be placed on recent developments and their implications for satellite stability and maneuverability.

This session covers the design and operational aspects of communication subsystems in satellites, including transponders and antennas. Participants will examine emerging trends and challenges in satellite communication technologies.

This track focuses on the principles of orbital dynamics and the techniques used for station-keeping and orbital control. Attendees will discuss the latest research in orbital mechanics and its applications to satellite missions.

This session highlights the design considerations and functionalities of satellite payloads. Participants will explore the integration of scientific instruments and their impact on mission objectives.

This track addresses the design and management of power subsystems in satellites. Discussions will include energy generation, storage solutions, and distribution strategies to ensure mission success.

This session focuses on the structural integrity and mechanical design of satellite components. Participants will explore innovative materials and design techniques that enhance durability and performance.

This track examines the systems engineering approach to satellite configuration design. Emphasis will be on optimizing subsystem interactions and overall mission architecture.

This session explores the technologies behind tracking functions and satellite beacon signals. Participants will discuss advancements in signal processing and their implications for satellite navigation.

This track addresses the security challenges associated with satellite systems design and operation. Discussions will focus on risk assessment, threat mitigation strategies, and the importance of cybersecurity in aerospace engineering.