TOPIC & PAPER SUBMISSION

TOPICS

  • 1.Innovative mission designs with small satellites
  • 2. Missions completed with lessons learnt
  • 3. Constellation mission designs
  • 4. Exploratory return missions
  • 5. Specific Earth oriented application dedicated missions
  • 6. Near real time application missions
  • 7. Formation flying missions
  • 8. Direct to mobile application missions
  • 9. Docking and undocking missions design
  • 10. Moving object tracking missions
  • 11. Deorbiting mission concepts
  • 12. Debris reduction missions
  • 13. Collision avoidance concept missions
  • 14. Auxiliary satellite missions for space platforms
  • 15. Innovative Systems Engg concepts
  • 16. Mobile based architecture and interfacing
  • 17. Challenges in Systems Engg for small satellites
  • 18. Any other conceptual missions of future importance
  • 1. Agriculture
  • 2. Forest
  • 3. Water resources and pollution control
  • 4. Urban and town planning
  • 5. Village resources monitoring
  • 6. Infrastructure planning
  • 7. Weather forecasting
  • 8. Atmosphere and pollution control
  • 9. Climate studies
  • 10. Ocean studies and ocean state forecasting
  • 11. Near real time service applications
  • 12. Disaster management support application
  • 13. Search and rescue
  • 14. Strategic applications
  • 15. Any other areas of space applications
  • 1. Spacecraft structure design innovations
  • 2. Ultralight weight structures
  • 3. Vibration risk free design ideas
  • 4. Wrapping and Unwrapping structures
  • 5. Various spacecraft mechanisms and design
  • 6. Mechanisms for gravity gradient techniques
  • 7. Design ideas of stable platforms
  • 8. Debris collection mechanisms and techniques
  • 9. Very large solar panel deployments
  • 10. Camera zooming mechanisms
  • 11. Micro manipulators for accurate space designs
  • 12. Thermal design innovations and case studies
  • 13. Thermal design challenges for small satellites
  • 14. New concepts, materials and challenges ahead
  • 15. Performance case studies of achieved satellite missions
  • 1. Design, implementation and case studies of small satellites
  • 2. Original concepts, and innovations or experiments in attitude sensor developments for satellites
  • a. Magnetic sensors
  • b. Earth sensors
  • c. Sun sensors
  • d. Star sensors
  • e. Inertial sensors
  • 3. Magnetic Torquers, Reaction wheels, Propulsion systems, micro thrusters, plasma thrusters, electric propulsion, etc.
  • 4. Innovative AOCS concepts and simulations
  • 5. Achieved missions and performance of AOCS
  • 6. Control system designs and algorithms development
  • 7. Passive control system concepts and simulation
  • 8. Constellation control design
  • 9. Formation flying
  • 10. Challenges in Docking and undocking
  • 11. Control system design concepts for innovative specific missions (as given under mission session)
  • 1. Case studies of power system designs , implementation and performance pf launched missions
  • 2. Challenges and experiences in power system realization
  • 3. Innovative concepts and simulations in satellite power system realization
  • 4. Battery less power system designs for small satellites
  • 5. Inter satellite power transfer concepts and challenges
  • 6. Power conservation concepts and challenges.
  • 7. Very large solar panel concepts like, flexible arrays in SS
  • 8. Any other innovative ideas in power system
  • 1. Design and implementation of realised systems for satellites and performance case studies with results : UHF/VHF, S-Band, C-band, X-Band, ka-band, ku-band
  • 2. Innovations in RF system design
  • 3. Inter satellite communication challenges and system design
  • 4. Optical full duplex communications with satellites
  • 5. Ground station design and implementation
  • 6. New technology devices and systems
  • 7. High power transmitter design and implementation
  • 8. Miniature SAR implementation
  • 9. Advances in synthetic aperture radars
  • 10. Frequency choices and clearances
  • 11. Innovative and active antennas
  • 12. IRNSS based tracking receiver design for satellites and satellite positioning system
  • 13. Ground Station Design
  • 1. Payload possibilities and options and tradeoffs in each class of small satellites
  • 2. Case studies of under development, developed, launched payloads and performance.
  • 3. Optical remote sensing payloads
  • 4. Microwave remote sensing payloads
  • 5. Hyperspectral cameras
  • 6. Atmospheric application payloads
  • 7. Ocean application payloads
  • 8. Disaster management payloads
  • 9. Payloads for Magnetic field studies
  • 10. Space exploration payloads
  • 11. Maritime application payloads
  • 12. Laser Altimeters / scanners
  • 13. Optical communication payloads
  • 14. Technology demonstration payloads
  • 15. Payloads for space research
  • 16. Material science payloads
  • 17. Biological payloads
  • 18. Any payload concept which requires space environment
  • 1. Success criteria, Mission life and reliability planning
  • 2. Design for reliability
  • 3. Reliability calculations and confidence level estimations
  • 4. History of failures in satellites and feedback for future
  • 5. Failure categorization and analysis
  • 6. Ground checkout
  • 7. Simulations aid avoidance of failures
  • 8. Low cost and high reliability implementation aspects
  • 9. Redundancy and single point failures
  • 10. Components sub-systems and System level quality assurance.
  • 11. Processes and qualification
  • 12. Reliability through testing : test plans and procedures
  • 13. Non destructive and destructive testing
  • 14. Any aspects related to satellite quality and lif
  • 1. Spacecraft types ,mission requirements and critical situations for onboard auto decisions
  • 2. Onboard expert systems implementation and limitations
  • a. Power management
  • b. Data processing and health analysis
  • c. Onboard image processing and event recognition
  • d. Attitude control
  • e. Orbit contro
  • f. Sensor processing
  • g. Redundancy management for seamless continuity of missions
  • h. Onboard mission management and decision making
  • 3. Spacecraft autonomy requirements and implementation aspects and limitations for LEO, GEO, and exploratory missions
  • 4. Space robotics and deployments
  • 5. Self-protection and collision avoidance
  • 6. Autonomous survival , sleep and “Come alive” modes
  • 7. Constellation mode disaster recognition, reconfiguration, reorientation and rejuvenating the ground with alerts and service.
  • 8. Event recognition, auto zooming, tracking moving object and alert generation
  • 9. Any other aspects in tune with topic

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