The 1st APSCO & ISSI-BJ Space Science School

The 1st APSCO & ISSI-BJ Space Science School

The 1st Space Science School ระหว่างวันที่ October 17-26 ที่ Sirindhorn Center for Geo-Informatics, located in Space Krenovation Park, Si Racha district, Chon Buri province, Thailand.

Space Mission Complete

1st SSS:
How to Design a Space Science Mission is jointly organized by the International Space Science Institute in Beijing (ISSI-BJ) and the Asia-Pacific Space Cooperation Organization (APSCO), in cooperation with the Geo-informatics and Space Technology Development Agency (GISTDA). The School will be held on October 17-26 at the Sirindhorn Center for Geo-Informatics, located in Space Krenovation Park, Si Racha district, Chon Buri province, Thailand.

The lecturers are expected to cover the following general themes

Past, present and future space science missions for different space agencies
Scientific objectives: from the science case to the scientific requirements
Payload design: achieving state of the art instruments in space
Orbital constraints
Spacecraft AOCS (attitude & orbit control system & Service module), Solar panels, thrusters & Sails
GNC (Guidance, Navigation, & Control & communications)
Spacecraft design and optimization
Operations ground segment: spacecraft and payload health monitoring
Scientific management: data rights and policy (observatories vs PI missions)
Project management: planning and mission cost & risk management
Micro-satellite launching and operation
Cubesat mission design and integration
Designing of space science experiment to be done in China Space Station
International collaborations

ผู้ช่วยศาสตราจารย์ ดร.กิตติพงษ์ เยาวาจา
หัวหน้ากลุ่มวิจัยวิทยาการหุ่นยนต์และระบบอัตโนมัติขั้นสูง เข้าร่วมงาน

Resources – click to download

PRESENTATIONS – click to download

October 17

01_Maurizio Falanga-General Introductionand Introduction to the School.pdf

02_Roger M Bonnet – Space Science a Tool for International Cooperation.pdf

03_Claude Nicollier-Step in Space.pdf

October 18

01_Roger M Bonnet-ESAs Past, Present and Future Space Science Program.pdf

02_Fujimoto Masaki-JAXAs Past, Present, and Future Space Science Program.pdf

03_Natan Eismont-History of Cosmonautics in Russia.pdf

04 Liu Jann Yenq-Taiwan’s Past, Present, and Future Space Science Program.pdf

05_Wu Ji-Strategic Priority Program of CAS on Space Science.pdf

06_Wu Ji-APSCO States Past, Present and Future Space Science Program.pdf

October 19

01_Ikkoh Funaki-Designing a Sample Return Mission to an Asteroid.pdf

02_Toshiyoshi Kimura-From Science to Mission Design.pdf

03_Ueno Munetaka-From Science Cases to a Mission (ISAS Case).pdf

04 Shi Jiankui – From Science To Double Star Program (DSP) (Part 1).pdf

04 Shi Jiankui – From Science To Double Star Program (DSP) (Part 2).pdf

05_Student_Varvara Andreeva-Modeling the Space Magnetosphere from Spacecraft Data using Radial Basis Functions.pdf

06_Student_Muhammad Riwan Mughal-Design Intregration and Testing of Small Satellites.pdf

October 20

01_Natan Eismont-Orbits Design for Space Mission.pdf

02_Uneo Munetaka-Venus Climate Orbiter Akasuki Story.pdf

03_Roland Walter-Data Centre, Infrastructure and Science.pdf

04_Student_Shashanka Gurumath-Exoplanets Distinct Worlds from Solar System.pdf

05_Student_Sergey Shuvalov-Development of a physical Mock-up of the electron Sppectrometer for studying fine Aurora Structures.pdf

October 21

01 Zhou Yuanying-Long Mars Lunch Vehicles Technology.pdf

02_Peter Kretschmar-Ground Segment (Science and Mission Operations).pdf

03_Peter Kretschmar_Scientific Management (Data Rights and Policy).pdf

04_Chao Chi Kuang-Project management Planning and Mission Cost & Risk Management.pdf

05_Student_Niu Shu-Ultraviolet Emission Mapping of the Intergalactic Medium and Nearby Galaxies.pdf

06_Student_Wang Xinwei-Multiple Agile Earth Observation Satellites Scheduling Algorithm on Area Targets.pdf

October 22

02_Claude Nicollier-Hubble 26 Years of Utilization and on Orbit Servicing.pdf

October 24

01_Claude Nicolliier-Space Mission Design and Operations.pdf

02 Wu Shufan – 01-01-Satellite System Engineering.pdf

02 Wu Shufan – 01-02-Satellite System Engineering(Requirements).pdf

02 Wu Shufan – 01-03-Satellite System Engineering(Mission Timeline and System Modes).pdf

02 Wu Shufan – 01-04-Satellite System Engineering(Budget and Margin).pdf

02 Wu Shufan – 01-05-Satellite System Engineering(Optionand Trade Offs).pdf

02 Wu Shufan – 02-01-Satellite Subsystems(Attitude and Orbit Control System-AOCS).pdf

02 Wu Shufan – 02-02-Satellite Subsystems(Power System Design).pdf

02 Wu Shufan – 02-03-Satellite Subsystems(Communication).pdf

03_Chao Chi Kuang-Payload Design (An Example of AIP).pdf

04_Student_Chia Jiun Wei-Attitude Determination System of Small Satellite.pdf

05_Student_Bin Yuan-Modeling Optimization and Realization of Spacecraft System Design Process based on DSM.pdf

October 25

01 Wu Shufan – 03-01-CubeSat_Introduction.pdf

01 Wu Shufan – 04-00-CubeSat_Design&Implementation.pdf

01 Wu Shufan – 04-01 TW-1 for Spacecraft Networking Experiments.pdf

01 Wu Shufan – 04-02 IAC-2015-B443-Presentation-Final.pdf

01 Wu Shufan – 04-03 SSC16-III-09-The STU-2 CubeSat Mission & In-Orbit Test Resuls.pdf

01 Wu Shufan – 04-04 SSC-CubeSat-ADCS.pdf

01 Wu Shufan – 04-05 IAC-16,C3,4,2,x32822-EPS-PPT.pdf

01 Wu Shufan – 04-06 IAC-16 D1.7.pdf

01 Wu Shufan – 04-07 IAC_2016_B4.4.pdf

01 Wu Shufan – 04-08 IAC-16,B5,2,9,x35059-ADS-B.pdf

02_Loren Chang-INSPIRE Micro-satellite Design and Integration.pdf

03_Student_Madhu Sudan Dahal-Significance of Satellite Communication.pdf

04_Student_Renhe Shi-Multidisciplinary Design Optimization for an All-electric GEO Satellite.pdf

05_Student_Sergey Simakov-Determination of Relative Position and Orientation of Nanosatellites.pdf

06_Student_Amrita Khakurel-Design of Ka-Band Satellite Network for Nepal.pdf

October 26

SSS Summary Presentation.pdf

ผู้ช่วยศาสตราจารย์ ดร.กิตติพงษ์ เยาวาจา
และผู้รับผิดชอบหลักสูตรหุ่นยนต์และระบบอัตโนมัติ (นานาชาติ)​
คณะวิศวกรรมศาสตร์ศรีราชา เกษตรศาสตร์ วิทยาเขตศรีราชา

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