1. MALAYSIA IN SPACE 1990 - 2007

2. NATIONAL SPACE AGENCY VISION Harnessing space as a platform for knowledge generation, wealth creation and societal well-being. MISSION To develop the country’s potential in the space sector to support the development of the new economy, generate knowledge, and strengthen the country’s security infrastructure.

3. Development Areas  Development areas under ANGKASA: Space ScienceSpace Science Space Education & AwarenessSpace Education & Awareness Space Technology & ApplicationSpace Technology & Application Ground InfrastructureGround Infrastructure Space Law & PolicySpace Law & Policy

4. RANCANGAN MALAYSIA KE-8 Space Sciences and Astronomy Services. ACTIVITY 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 RANCANGAN MALAYSIA KE-9RANCANGAN MALAYSIA KE-10 2011 2012 2013 2014 2015 DEVELOPMENT ROADMAP FOR SPACE : SPACE SCIENCE & EDUCATION Micro-gravity experiments Education and Outreach Programmes Astronomy and Astrophysics ResearchStudy on solar-terrestrial relationshipNational Planetarium Activities Micro-gravity experiments Design, development of a ground based radio telescope Development of a Robotic Optical Observatory

5. DEVELOPMENT ROADMAP FOR SPACE : SPACE-BASED INFRASTRUCTURE GEO-COMMS/SBAS Design, development and launch of a high resolution optical satellite Design, development and launch of a communications / SBAS satellite RANCANGAN MALAYSIA KE-8 Delivery of satellite services ACTIVITIES 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 RANCANGAN MALAYSIA KE-9RANCANGAN MALAYSIA KE-10 2011 2012 2013 2014 2015 NEqO-TIR / Hyperspect RAZAKSAT NEqO-SAR Design, development and launch of a microSAR satellite Design, development and launch of a Thermal-IR / Hyperspectral imaging satellite Design, development and launch of small research satellites to conduct studies of the space environment and space material science TiungSAT

6. RANCANGAN MALAYSIA KE-8 ACTIVITIES 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 RANCANGAN MALAYSIA KE-9RANCANGAN MALAYSIA KE-10 2011 2012 2013 2014 2015 Design, development and testing of sounding rockets (Phase I) Secondary Payload Auxiliary System Access to Space Design, development of maneuvering capabilities for satellite agility DEVELOPMENT ROADMAP FOR SPACE : SPACE-BASED INFRASTRUCTURE

7. DEVELOPMENT ROADMAP FOR SPACE : GROUND INFRASTRUCTURE SPACE SCIENCES LAB DATA CENTRE MISSION OPS CENTRE RANCANGAN MALAYSIA KE-8 Setting up of core infrastructure ACTIVITIES 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 RANCANGAN MALAYSIA KE-9RANCANGAN MALAYSIA KE-10 2011 2012 2013 2014 2015 CALIBRATION CENTRE RF, PCB DESIGN & FABRICATION AND MECHANICAL LAB PROPULSION LAB GEO-COMMS CONTROL CENTRE ENVIRONMENTAL TEST and AIT FACILITIES

8. DEVELOPMENT ROADMAP FOR SPACE : SPACE POLICY Study, develop and draft the National Space Policy RANCANGAN MALAYSIA KE-8 Space Policy and Space Law ACTIVITIES 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 RANCANGAN MALAYSIA KE-9RANCANGAN MALAYSIA KE-10 2011 2012 2013 2014 2015 Study, develop and draft the National Outer Space Bill

9. SATELLITE CONSTELLATION (Cabinet approval in Jan 2003)

10. DEVELOPMENT PROJECT SCOPE APPROVED BY EPU Phase 1 : Satellite Technology Development; Satellite Control and Receiving Centre Phase 2 : Staff Q uarters Phase 3 : AIT, Engineering & Satellite Technology Labs Phase 4 : Communication & Navigation Augmentation Satellite; Satellite Launch and Insurance

11. PHASE 1 Satellite Control and Receiving FacilitySatellite Control and Receiving Facility Satellite Technology DevelopmentSatellite Technology Development

12. TT&C Centre RazakSAT LEO & MEO Satellites TT & C X-band data X-BAND DATA RECEPTION PHASE 1A – MISSION CONTROL FACILITY Completion 2005 Equipment fully operational 2006 Outcome: Capability to command and control satellites (currently Giove A)

13. PHASE 1B : OPTICAL CALIBRATION LAB Handover 2006 (Outcome: Capability to design, calibrate and validate camera performance to conform to international end user requirements)

14. Calibration of RazakSAT camera

15. SATELLITE TECHNOLOGY DEVELOPMENT

16. TiungSAT (Outcome: Capacity to design and build remote sensing satellites)  Collaborative project with Surrey Satellite Technology Satellite Ltd  Mass: 50 kg  Payload: Multispectral cameras; 78 m resolution  Launched: 20 September 2000  Lifetime: More than 4 years  Design lifetime: 3 years

17. RazakSAT (Outcome: Capacity to design and build high resolution remote sensing satellite)

18.  Collaboration project with SaTReCi, Korea  Mass: 180kg  Camera resolution: 5 m multispectral; 2.5 m panchromatic  Orbit: Near Equatorial  Launch: 2008  Rocket: Falcon1 500kg capacity RazakSAT SATELLITE TECHNOLOGY DEVELOPMENT

19. Based on Cubesat design Initiated in 2005 Completion in 2008 (exploit Falcon 1 spare capacity) (Outcome: Capacity to design and build innovative satellite payloads ) INNOSAT – research satellite

20. ThrusterSAT: Microthruster demonstration Commenced 2005 Completion 2008 SATELLITE TECHNOLOGY DEVELOPMENT (exploit Falcon 1 spare capacity) (Outcome: Capability to enhance satellite performance)

21. Initiated 2005 Completion 2007 SECONDARY PAYLOAD LAUNCHER ADAPTER (exploit Falcon 1 spare capacity) Outcome: Commercial capability to incorporate secondary satellites on launch vehicle

22. PHASE 2 Staff Quarters Staff Quarters

23. PHASE 2 : QUARTERS AND MESS

24. PHASE 3 AIT, Engineering, and Satellite Technology Labs AIT, Engineering, and Satellite Technology Labs (Outcome: Capability to build and test satellites that conform to international standards)

25. VIBRATION TEST SYSTEM Procurement 2005 Delivery early 2008 THERMAL VACUMM CHAMBER Procurement 2005 Delivery early 2008 MASS PROPERTY MEASUREMENT SYSTEM Procurement 2005 Delivery early 2008 PHASE 3A : AIT EQUIPMENT PROCUREMENT (designed to international standards)

26. ACOUSTIC CHAMBER Procurement 2005 Delivery mid 2008 EMC TEST FACILITY Procurement 2005 Delivery mid 2008 PHASE 3A : AIT EQUIPMENT PROCUREMENT

27. PHASE 3B : AIT, DATA AND SPACE SCIENCE LABS

28. PHASE 3B : AIT, DATA AND SPACE SCIENCE LABS

29. PHASE 3B  Centralised national facilities will enable future satellites to be designed, fabricated, and tested in Malaysia (all previous satellites built overseas)  Utilisation of facilities is open to industry and academia  Can be used by automotive and aviation industry  Open for regional cooperation  Buildings specially designed to accommodate specific requirements of equipment procured  Tendering documentation 100% completed since May 2007  Tender process for construction of buildings in 2008

30. PHASE 4 Communication & Navigation Augmentation SatelliteCommunication & Navigation Augmentation Satellite Satellite Launch & InsuranceSatellite Launch & Insurance (Outcome: Telecommunication and navigation services to public sector)

31. THANK YOU