1 (13) Utbildningens benämning (och alternativt lärarinriktningens benämning) Masterutbildning i rmdvetenskap och rmdteknik, 120 Master of Science in Space Science and Technolog Program, 120 Fastställande Fastställt datum 2004-12-21 Fastställt av Reviderat datum Reviderat av Läsår 2009 / 2010 Dean of the Facult of Science and Engineering Eamensbenämning Svensk Eamensbenämning Engelsk Eamensbenämning (kan vara flera) Mastereamen I rmdteknik Master of Science with a Major in Space Technolog Inriktningar (kan vara flera) Svensk benämning Engelsk benämning Dnamics and Control of Sstems and Structures (CU, Cranfield, UK) Space Robotics and Automation (TKK, Helsinki, Finland) Automation, Control and Communication of Space Robotics (JMUW,, German) Space Technolog and Instrumentation (LTU, Kiruna, Sweden) Electrical Engineering and Informatics in the stud field Control Engineering, Space Automation and Control (CTU, Prague, Czech Republic) Astrophsics, Space Science, Planetolog, research oriented (UPS, Toulouse, France) Space Technique and Instrumentation, professional oriented (UPS, Toulouse, France) Atmospheric and Space Science, research oriented (LTU, Kiruna, Sweden) Utbildningens omfattning Utbildningens innehåll och upplägg Poäng (endast ett alternativ) 120 - / The objective of the Joint European Master Program in Space Science and Technolog is to combine the great diversit of space epertise at si European universities to a common platform of competence within the guidelines of the Bologna process. European and Third-countr students will in the framework of SpaceMaster have the possibilit to stud space science and technolog at leading universities in Europe in a research oriented environment. SpaceMaster will bring together as a
2 (13) core group students from the whole world to share the eisting space competence, to develop it together and distribute it to benefit the international space industr and research communit. The 120 are divided as following: - compulsor core modules 60 (JMUW, LTU) - optional modules up to 30 (JMUW, LTU, TKK, UPS, CTU), 15 (CU) - Master s thesis min 30 (JMUW, LTU, TKK, UPS, CTU), 45 (CU) Behörighet/Urval Successful completion of an engineering program or a Bachelor s degree with a minimum of 180 in the areas of phsics, space phsics, astronom, engineering, electronics, mechatronics, space technolog, mathematics, computer science or equivalent. A minimum of 22.5 in mathematics at the universit level is required. Students from non-eu countries are required English proficienc tests provided b Cambridge Certificate A-C, TOEFL test (score 580/237/92 or higher), IELTS test (score 6.5 or higher with a part test of 5.5) or equivalent test. Students from EU countries are required to have obtained a pass in an English language course in their upper secondar school leaving certificate.
3 (13) Obligatoriska kurser och poängfördelning Kurskod Benämning på kurs (eller kursgrupp) Poäng Introduction in Space Ev. övergångsregel Kurskod Från/Till Termin 8 HT09 Phsics Spacecraft Sstem Design 8 HT09 Space Dnamics 4 HT09 The Object-oriented Approach and Java Programming 3.5 HT09 Internet Technologies 3.5 HT09 Data Bases 3.5 HT09 CanSat 3 HT09 R7004R Spacecraft Environment Interaction VT10 Kiruna E7003R Electronics in Space VT10 Kiruna R7002R Image Processing and Remote Sensing VT10 Kiruna F7003R Optics- and Radar-based Observations VT10 Kiruna
4 (13) tracks: Space Robotics (TKK) Automation, Control and Communication of Space Robotics (JMUW) Space Technolog and Instrumentation (LTU) Up to 30 for each track HT10 at LTU, JMUW, UPS, CTU, TKK. Space Automation and Control (CTU) Astrophsics, Space Science, Planetolog, research oriented (UPS) Space Technique and Instrumentation, professional oriented (UPS) Atmospheric and Space Phsics, research oriented (LTU) Dnamics and Control of Sstems and Structures (CU) 15 at CU New Master Thesis preparation Min 30 (JMUW, LTU,UPS, CTU, TKK) 45 (CU) VT11 Poäng valfria kurser 0 (endast ett alternativ) - 1 st ear students 2009 2009 / 2010 Kurskod Benämning alt. Poäng Lp 1 Lp 2 Lp 3 Lp 4 Kommentar Introduction in 8 Space Phsics Spacecraft Sstem Design 8 Comulsor
R7004R E7003R R7002R F7003R Space Dnamics 4 Internet 3.5 Technologies Data Bases 3.5 The Object.- 3.5 oriented Approach and Java Programming CanSat 3 Spacecraft Environment Interaction Electronics in Space Image Processing and Remote Sensing Optics- and Radarbased Observations 5 (13) Kiruna Kiruna Kiruna Kiruna
6 (13) 2 nd ear students Engineering Track 1, Dnamics and Control of Sstems and Structures, 15 (CU) 2008 2009 / 2010 Kurskod Benämning alt. Poäng Lp 1 Lp 2 Lp 3 Lp 4 Kommentar Space Propulsion 5 Design and Analsis of Composite Structures Classical Control Engineering Multivariable Control for Aerospace Application GPS and INS with Sensors and Data Fusion Finite Element Method 5 5 5 5 5
7 (13) 2 nd ear students Engineering Track 2, 2008 2009 / 2010 Autoation and Space Robotics, 30 (TKK) Kurskod Benämning alt. Poäng Lp 1 Lp 2 Lp 3 Lp 4 Kommentar Machine Perception 3 Introduction to Robot Kinematics 4 Seminar in Automation Technolog 3 Estimation and Sensor Fusion Methods Field and Service Robotics Behavior-Based Robotics Computer Services at TKK Embedded Sstems in Space Technolog 3 4 3 2 4 Finnish 1A 2 Finnish 1B 2 ; for whose with TKK BSc ; for whose with TKK BSc ; for whose with TKK BSc Finnish students with TKK BSc instead of Finnish 1A, 1B, IT Services might have 3 of Master level language and 3 of an Master course.
8 (13) 2 nd ear students Engineering Track 3, 2008 2009 / 2010 Automation, Control and Communication of Space Robotics, 30 (JMUW) Kurskod Benämning alt. Poäng Lp 1 Lp 2 Lp 3 Lp 4 Kommentar Robotics 8 Advanced Automation and 8 Control Astronautic 5 seminar Team Design Project 9
9 (13) 2 nd ear students Engineering Track 4, Space Technolog and Instrumentation, 30 (LTU) 2008 2009 / 2010 Kurskod Benämning alt. Poäng Lp 1 Lp 2 Lp 3 Lp 4 Kommentar R7008R Space Vehicle Sstems new Space Instruments P7001R Space Project II 15 new Remote Sensing F7008R Solar Sstem Phsics F7006R Solar Phsics F7004R Atmospheric F7002R Phsics Numerical Methods
10 (13) 2 nd ear students Engineering Track 5, Space Automation and Control, 30 (CTU) 2008 2009 / 2010 Kurskod Benämning alt. Space Sstems, Modeling and Identification Optimal and Robust Control Design Estimation, Filtering and Fault Detection Distributed Real time Sstems for Space Applications Hardware Support in Space Engineering Poäng Lp 1 Lp 2 Lp 3 Lp 4 Kommentar 7 7 7 7 7
11 (13) 2 nd ear students Science Track 1, Astrophsics, Space Science, Planetolog, research oriented, 30 (UPS) 2008 2009 / 2010 Kurskod Benämning alt. Poäng Lp 1 Lp 2 Lp 3 Lp 4 Kommentar Radiation and gravitation 6 Fluids and Plasmas 6 Space and numerical techniques Specialization in Astrophsics, space science and planetolog (3 modules out of 8 to be chosen) 9 9
12 (13) 2 nd ear students Science Track 2, Space Technique and Instrumentation, professional oriented, 30 (UPS) 2008 2009 / 2010 Kurskod Benämning alt. Poäng Lp 1 Lp 2 Lp 3 Lp 4 Kommentar Techniques and Sstems 6 Complusor Technolog for Missions 6 Practical lectures 6 Spatial Data Analsis 6 Languages 3 ECST World Industr 3
13 (13) 2 nd ear students Science Track 3, 2008 2009/ 2010 Atmospheric and Space Science, 30 (LTU) Kurskod Benämning alt. Poäng Lp 1 Lp 2 Lp 3 Lp 4 Kommentar F7004R Atmospheric Phsics F7001R Space Plasma Phsics F7006R Solar Phsics F7002R Numerical Methods F7008R Solar Sstem Phsics new Remote Sensing new Space Instruments