The new thrust in the Indian space program aims to harness space technology for national development through various applications and infrastructure. Key goals include supporting socioeconomic development through services like remote sensing, communications, and navigation. The program also seeks to enhance capacity building, increase industry participation, and expand international cooperation. Recent accomplishments demonstrate increased satellite throughput, with ISRO successfully launching over 30 missions in the last three years. The organization is working to further scale up production capabilities and transition more activities to Indian industries.
Systems Engineering (SE) is the set of processes and documentation required for successfully realising large-scale engineering projects, but the classical approach is not a good fit for software-intensive projects, especially when the needs of the different stakeholders are not fully known from the beginning, and requirement priorities might change. The SKA is the ultimate software-enabled telescope, with enormous amounts of computing hardware and software required to perform its data reduction. We give an overview of the system and software engineering processes in the SKA1 development, and the tension between classical and agile SE.
Mike Suffredini, Manager, ISS Program Office, NASA Johnson Space Center: "The Next Decade of ISS and Beyond." Presented at the 2013 International Space Station Research and Development Conference, http://www.astronautical.org/issrdc/2013.
Best Practices for the Development of CubeSat MissionsCarlos Duarte
As the demand for #CubeSats continues to increase, it is important for those who are developing CubeSat missions to be aware of best practices. This will help to ensure that missions are successful and that the CubeSats are able to achieve their objectives.
Some of the best practices for the development of CubeSat missions include:
1. Define the mission objectives clearly and ensure that they are achievable.
2. Develop a detailed plan for the mission and communicate it to all team members.
3. Select the appropriate CubeSat platform and subsystems for the mission.
4. Thoroughly test the CubeSat before launch.
5. Monitor the CubeSat during its mission and be prepared to respond to any problems that may arise.
By following these best practices, the development of successful CubeSat missions will be more likely.
INDIAN SPACE RESEARCH ORGANIZATION INSAT FAMILY ,
Asteroid / Comet flyby mission: Possible time frame- 2015
Mission to Mars :Timeframe- 2019
Human Mission : Timeframe 2020
Missions to other planets (Venus, Mercury…Vision beyond 2020)
Asteroid / Comet flyby mission: Possible time frame- 2015
Mission to Mars :Timeframe- 2019
Human Mission : Timeframe 2020
Missions to other planets (Venus, Mercury…Vision beyond 2020)
Asteroid / Comet flyby mission: Possible time frame- 2015
Mission to Mars :Timeframe- 2019
Human Mission : Timeframe 2020
Missions to other planets (Venus, Mercury…Vision beyond 2020)
Television Broadcasting
Direct To Home (DTH)
TV & Radio Networking
Systems Engineering (SE) is the set of processes and documentation required for successfully realising large-scale engineering projects, but the classical approach is not a good fit for software-intensive projects, especially when the needs of the different stakeholders are not fully known from the beginning, and requirement priorities might change. The SKA is the ultimate software-enabled telescope, with enormous amounts of computing hardware and software required to perform its data reduction. We give an overview of the system and software engineering processes in the SKA1 development, and the tension between classical and agile SE.
Mike Suffredini, Manager, ISS Program Office, NASA Johnson Space Center: "The Next Decade of ISS and Beyond." Presented at the 2013 International Space Station Research and Development Conference, http://www.astronautical.org/issrdc/2013.
Best Practices for the Development of CubeSat MissionsCarlos Duarte
As the demand for #CubeSats continues to increase, it is important for those who are developing CubeSat missions to be aware of best practices. This will help to ensure that missions are successful and that the CubeSats are able to achieve their objectives.
Some of the best practices for the development of CubeSat missions include:
1. Define the mission objectives clearly and ensure that they are achievable.
2. Develop a detailed plan for the mission and communicate it to all team members.
3. Select the appropriate CubeSat platform and subsystems for the mission.
4. Thoroughly test the CubeSat before launch.
5. Monitor the CubeSat during its mission and be prepared to respond to any problems that may arise.
By following these best practices, the development of successful CubeSat missions will be more likely.
INDIAN SPACE RESEARCH ORGANIZATION INSAT FAMILY ,
Asteroid / Comet flyby mission: Possible time frame- 2015
Mission to Mars :Timeframe- 2019
Human Mission : Timeframe 2020
Missions to other planets (Venus, Mercury…Vision beyond 2020)
Asteroid / Comet flyby mission: Possible time frame- 2015
Mission to Mars :Timeframe- 2019
Human Mission : Timeframe 2020
Missions to other planets (Venus, Mercury…Vision beyond 2020)
Asteroid / Comet flyby mission: Possible time frame- 2015
Mission to Mars :Timeframe- 2019
Human Mission : Timeframe 2020
Missions to other planets (Venus, Mercury…Vision beyond 2020)
Television Broadcasting
Direct To Home (DTH)
TV & Radio Networking
This tutorial offers a step-by-step guide on how to effectively use Pinterest. It covers the basics such as account creation and navigation, as well as advanced techniques including creating eye-catching pins and optimizing your profile. The tutorial also explores collaboration and networking on the platform. With visual illustrations and clear instructions, this tutorial will equip you with the skills to navigate Pinterest confidently and achieve your goals.
Hadj Ounis's most notable work is his sculpture titled "Metamorphosis." This piece showcases Ounis's mastery of form and texture, as he seamlessly combines metal and wood to create a dynamic and visually striking composition. The juxtaposition of the two materials creates a sense of tension and harmony, inviting viewers to contemplate the relationship between nature and industry.
Boudoir photography, a genre that captures intimate and sensual images of individuals, has experienced significant transformation over the years, particularly in New York City (NYC). Known for its diversity and vibrant arts scene, NYC has been a hub for the evolution of various art forms, including boudoir photography. This article delves into the historical background, cultural significance, technological advancements, and the contemporary landscape of boudoir photography in NYC.
Fashionista Chic Couture Maze & Coloring Adventures is a coloring and activity book filled with many maze games and coloring activities designed to delight and engage young fashion enthusiasts. Each page offers a unique blend of fashion-themed mazes and stylish illustrations to color, inspiring creativity and problem-solving skills in children.
Brushstrokes of Inspiration: Four Major Influences in Victor Gilbert’s Artist...KendraJohnson54
Throughout his career, Victor Gilbert was influenced heavily by various factors, the most notable being his upbringing and the artistic movements of his time. A rich tapestry of inspirations appears in Gilbert’s work, ranging from their own experiences to the art movements of that period.
1. New Thrust in Indian Space Programme
…A Glance
Dr. M Annadurai
Director, ISRO Satellite Centre
International Technical Meet on Quality Assurance – Jan 2018
2. www.themegallery.com
2
Vision: Harness space technology for national
development
Space Applications
• Socio Economic Security: Food, water, Energy,
Health, Shelter, Infrastructure & Information
• Sustainable Development: Agriculture, Urban,
Coastal ecosystem, Climate change…
• Disaster Risk Reduction
• Governance: Planning , Monitoring & Decision
support
Space Infrastructure
Space Transportation
• Polar Satellite Launch Vehicle (PSLV)
• Geosynchronous Satellite Launch Vehicle
(GSLV)
• Advanced Launch Vehicle
• Modular LV
• Reusable LV
• Human spaceflight
Capacity Building
• Human Resources
• Technical Infrastructure
• Enhanced Output (Outsourcing & TT)
• New Technologies Academia, Industries
• Indigenization
• International cooperation
• Outreach
• Earth Observation: Land, Water, Cartography,
Oceanography, Atmosphere & Weather
• Communication
• Navigation
• Space Science: Exploration, Solar Physics,
Astronomy, Astrophysics, Space Probes
• Ground Segment
3. Satellite
Missions
Commercial Satellites
Operational Satellites
Developmental Satellites
Experimental Satellites
100Spacecraft Missions
including Student Satellites
FIVE DECADES OF INDIAN SPACE PROGRAMME ACCOMPALISHMENTS
Applications Driven, Self-reliant, Focusing on Supporting National Development
Launch
Vehicles
PSLV, GSLV
SLV, ASLV, RLV-TD, Scramjet
Sounding Rockets
65 Launch Vehicle
Missions
2 Reentry Missions
Satellites
for other
Countries
237Satellites from
28 countries
Cubesats,
Nanosats,Commercial
Satellites, University Satellite
4. www.themegallery.com
Drivers for New thrust in Indian Space Programme
4
1
2
3 4
• Space based solutions
across all
Govt.Ministries
• Bandwidth On Demand
• Satellite aided
navigation
• High Resolution Imaging
Satellites
• High Throughput
Communication Satellite
for Onboard Capacity
building @ 500
Transponders
• E-Governance and
Strategic
communications
Increased Presence in Global Markets
• Supporting Enhanced Demand of National Requirements
• Payloads for Increased Frequency of Launches
• Launch on Demand Satellite Services
• Advanced Satellite Technology Developments
• Productionisation of Satellites
• Satellite constellation for varied applications
Capacity Enhancement
• Changing Global Business Scenarios
• Opportunities in Global Market thro’
Low Cost access to Space
• Colloborative Missions – Joint Data Sharing
• International Coperations
Broadened Spectrum
of Space Based
Applications
• Off-the-shelf availability
of Subsystems
• Outsourcing Critical
activities of Satellite
systems Assembly
Integration & Testing
activities
• Infrastructure
Augmentation
• Well orchestrated Supply
Chain Management
• Hand Holding of Indian
Industries
Thrust for Industry Participation
5. www.themegallery.com
Design Diversity In Application
S/C
Applications
Scales Platforms for Different Needs
5
Communication
Navigation
Remote sensing
Inter planetary
Small satellites
Nano & Micro Satellites
6. www.themegallery.com
Spacecraft Systems
6
Areas of Challenges & Strategies :
1. Quantity & Quality balance
2. Schedule – Quick turn around time
3. Technology complexity
4. Project Life Cycle Management
5. Judicious Costing depending upon missions goals
Larger in number, Quicker in Time, Affordable in Cost still Better in QUALTY
7. www.themegallery.com
7
Bunching of
5 Satellites Pros
Get priority
Cons
Others loose
attention
INS- 1A, 1B
1C,
SCATSAT,
Microsat,
Niusat
IRNSS-1E,
1F,1G &1H
Astrosat,
RS-2A,
Cartosat-2C,2D
2E, & 2F
GSAT-15,17, 9
19, INSAT-3DR
Implemented successfully for three
Consecutive years & effective
Sliding Project Focus
13. www.themegallery.com
Outsource
Focus on Production
In-house
Strong thrust on
R&D
ISRO
Paradigm
Shift
• Opportunity for vibrant Industry
participation
• Established production entity
• Technical Know-how Sharing
• Standardization: Off-the-shelf availability
of Subsystem
• Quicker turn around realization time of
Satellite
• Infrastructure Augmentation
Paradigm shift
• Advanced Satellite Technologies
Developments Entity
• Model Philosophy: Qualification of new
technologies
• Joint Development - Academia & Research
Opportunities
• Establish platform – Encouraging young
minds for innovative ideas/ research
proposals
14. www.themegallery.com
3-4
S/c per
year
Industry support 8-10 spacecraft
(present )
Outsourcing of Spacecraft subsystem / AIT
Fully industry supported
Outsourcing of End-to-End
Spacecraft realisation
Manpower contract
5 yrs back (Past)
Satellite manufacturing Capacity: Past , Present, Future
8-10
S/c per
year
18-20
S/c per
year
15. www.themegallery.com
Productionizati
on Efforts
Productionizati
on Efforts
1
In-house
Testing at ISAC/ISITE
Fabrication& Testing at ISAC/ISITE
Fabrication& Testing at Vendor Site
End-to-end Subsystem Realization
1
In-house
Subsystem Outsourcing
2
Subsystem Outsourcing
Testing at ISAC/ISITE
Fabrication& Testing at ISAC/ISITE
Fabrication& Testing at Vendor Site
End-to-end Subsystem Realization
3
AIT Outsourcing
2
1
In-house
AIT at ISAC/ISITE
Consortium + AIT at
ISAC/ISITE
Productionizati
on Efforts
1
In-house
Subsystem Outsourcing
2
Testing at ISAC/ISITE
Fabrication& Testing at ISAC/ISITE
Fabrication& Testing at Vendor Site
End-to-end Subsystem Realization
Subsystem Outsourcing
Testing at ISAC/ISITE
Fabrication& Testing at ISAC/ISITE
Fabrication& Testing at Vendor Site
End-to-end Subsystem Realization
3
AIT Outsourcing
2
1
In-house
Subsystem Outsourcing
Testing at ISAC/ISITE
Fabrication& Testing at ISAC/ISITE
Fabrication& Testing at Vendor Site
End-to-end Subsystem Realization
3
AIT Outsourcing
AIT at ISAC/ISITE
Consortium + AIT at
ISAC/ISITE
4 QA
Outsourcing
2
1
In-house
Subsystem Outsourcing
Testing at ISAC/ISITE
Fabrication& Testing at ISAC/ISITE
Fabrication& Testing at Vendor Site
End-to-end Subsystem Realization
3
AIT Outsourcing
AIT at ISAC/ISITE
Consortium + AIT at
ISAC/ISITE
4 PM/QA
Outsourcing
4
5
Facility
Outsourcing
2
1
In-house
End-to-end
Satellite
Realization
6
17. www.themegallery.com
Roadmap for Space Industry Development
End-to-end satellite Realization
End-to-end satellite Realization
Satellite AIT
Subsystem Production
Off-the-shelf availability of
satellite subsystems
Industry participation in
Satellite AIT Activity
Paving for End-to-End
Satellite Realisation
Self Reliant Industry
1.0
2.0
3.0
4.0
Avionics Subsystems
Mechanical subsystems
(Fabrication & Testing)
Vendor development in
Spacecraft Assembly
Integration & Testing
Satellite Readiness at
ISRO premises
Mechanical and avionics
subsystems & satellite AIT
at Vendor’s premises
23. www.themegallery.com
Objective
Capacity building of satellite technology in developing countries, who
have no exposure to satellite making, by providing hands-on training in
building and testing of Nano satellites
Programme highlights
• A comprehensive programme on ‘Capacity Building on Small
Satellites Realisation’ of 8 weeks duration
• The programme will have theoretical courses and hands on
training in assembly, integration & testing of nanosatellites
• The programme will be conducted under CSSTEAP
• ISRO in coordination with CSSTEAP, will invite nominations from
various countries through UNOOSA
• The programme is envisaged for a period of three years with one
batch every year.
23
Capacity Building Programme on Small Satellites Realisation
24. www.themegallery.com
Overview
Each year, the programme will select 3 teams to realize
3 nanosatellites
Each team may have 10 members from maximum 5
countries
Each participating country shall nominate a team of
2(one mechanical engineer & one
electrical/electronics engineer)
The 3 selected teams will undergo two weeks of basic
theoretical course on satellite technology and its
applications.
Subsequently an intense two weeks course on
nanosatellite missions and its realisation aspects.
Further each team will be provided hardware and
infrastructure required towards preparing a nanosatellite
and a 4 weeks’ hands on training on assembly,
integration and testing will be provided.
24
25. www.themegallery.com
Indian Space programme aligned to National needs
Building a Strong base of Satellite Technology for Increasing
productive Space Assets
Thrust for higher efficiency and higher performance
Accepting the innovation as part of fast changing demands
Goal of achieving a balance of Tradition ,Trend, Co-operation
and Colloboration
25
Sum up