leadership development program for space exploration and ... · multicultural symbiotic society...

http://www.frontier.phys.nagoya-u.ac.jp

Leadership Development Program for Space Exploration and Research

Nagoya University Program for Leading Graduate Schools

http://www.frontier.phys.nagoya-u.ac.jphttp://www.frontier.phys.nagoya-u.ac.jp

Leading Graduate School Program

National program to promote development of world-class degree programsInternational leaders in academia, business, and government

Transcending field bordersFunded by Ministry of Education, Culture, Sports, Science and Technology

Managed by Japan Society for the Promotion of ScienceCategories

All-round (PhD Professional: Gateway to Success in Frontier Asia)Only one (The Program for Cross-Border Legal Institution Design)Multidisciplinary

Life and HealthMaterialsInformation (Graduate Program for Real-World Data Circulation Leaders)Environment (Integrative Graduate Education and Research Program in Green Natural Sciences)SafetyMulticultural Symbiotic Society (Women Leaders Program to Promote Well-being in Asia)Interdisciplinary (Leadership Development Program for Space Exploration and Research)

Started in 201121 programs were selected out of 101 in 201124 programs were selected out of 124 in 201218 programs were selected out of 102 in 2013

Fostering Leadership in Space

Global leader to pioneer “Space, the final frontier”©Pioneer new industries related with space exploration and research

Expand utilizations and applications in SpaceIndustry leaders value broad experiences

Broad experience and solid expertise

ImplementationProblem solving

Project planning & management

Global communication skills

Program Overview

Practical, interdisciplinary approach to space science and engineeringFundamental physicsSpace science (astrophysics, solar-terrestrial science)Space engineering

Main program offeringsSpace and technology courses to build solid expertiseLeadership development seminars and global leadership training coursesProject-based instrument development for “ChubuSat” microsatellite

Emphasis on real-world, hands-on experienceInternship at either companies or foreign research institutionsResearch grants for successful applicants

Financial support85,000 JPY/month as basic scholarshipQualified doctor-course students receive 150,000 JPY/month as full scholarshipSpecial fellowship for selected international students: 150,000 JPY/month and possible tuition support

Started in Oct, 2012

Program Timeline (Spring Addmissions)

M1S

M1F

M2S

M2F

D1

D2

D3Certification examination

Qualifying examination

Solid expertise and broad vision

Lectures and/or short courses on space science and technology

Overview of space research and exploration

International communication, hands-on experiences and leadership development

Problem-solving skills, project management, and practical hands-on experiences

English training(if required)

Leadership development

seminar (Includes student-

organized activities)

Global leadership training course

Internship at companies and/or foreign institutions

Basics for space science

and technology, video lecture ChubuSat Instrument development projects phase 1

ChubuSat Instrument development projects phase 3

(optional)


Building Solid Expertise

Basics for space science and technologyReinforce knowledge of fields

Mechanics, thermodynamics and computer programmingTailored, online resources

Video lectures for space science and technologyVideo courses on four subjects, space fundamentals, space utilization, space development, advanced technologies

Overview of space research and exploration lectures on topics including space observatories, the solar-terrestrial environment, space propulsion, advanced materials, signal processing and simulations, as well as project management and intellectual property issues

Short courses on space science and technologySatellite development and applications, satellite project management, mission development process, satellite applications (mostly commercial use), history of micro-satelliteThermal and mechanical design, analysis and hands-on trainingEngineering and technical short courses

Lectures on space science and technologySatellite systems: Detailed description of satellite subsystems (mechanical system, thermal control, power supply, communication, data handling, attitude and orbit control, reaction control), parts and material control, launch, ground systems, and operations.“Monodukuri” (engineering, crafting) lecture“高度総合工学創造実験” (Advanced general engineering laboratory course)

Leadership Development

Leadership development seminarsSeminar and discussion on following categories coordinated by a designated faculty are given in English (in principle) on the first and third Friday. Student proposals on seminar speakers are accepted.Leadership seminars given by leaders in various fields including industries followed by discussions Interdisciplinary seminars on social matters such as government affairs, business and economy, space utilizations such as observations, exploration and manned space missions economy, human science and mass media.“Monodukuri” (engineering and crafting) seminarsStudent-organized activities such as sharing experiences with alumni in industries and discussions, exchange ideas and views on leadership between students and faculties, workshops

Global leadership training courseCombination of lectures and hands-on trainings on

international matters and international views (international affairs, businesses, law, projects and competitions, and space laws)global communication skills (cultural exchanges, negotiations and presentations) and project management and case studies

Broad Experience

Instrument development project for “ChubuSat” microsatelliteChubuSat: a microsatellite being developed by a group of universities and aerospace industries led by Nagoya UniversityHands-on experience on satellite instrument design, testing systems and implementation

Problem solving skills, project planning and managementInternship

Funding for all students to participate in a three- to six-month “internship”Research institution outside Japan

Global communication skillsCompany

Practical research activities

ChubuSat Instrument Development Projects

Project-based instrument development programNOT predefined laboratory work classMixture of students with different sets of interests, skills and expertise

science and engineering, theory and experimentHands-on experience on satellite instrument development

Design, testing systems and implementationProblem solving skills, project planning and management“Failure teaches success”

Phase 1 (less than 8 hours per week, 6 months)Produce a mission proposal utilizing ChubuSat* satellites including mission objectives, requirements, instrument design and operation plans

Phase 2 (less than 16 hours per week, 3 months)Instrument development or operations for ChubuSat satellites. Elect from following selections.

Fabrication and test of a prototype for a proposal in the phase 1This option takes 6 months at 8 hours or less per week

Fabrication and test of satellite component being developed for future ChubuSat satellitesGPS, expansion mechanism for solar cell panels, onboard computers with commercial parts

Operation of ChubuSat-1 satellite to be launched in early 2014Tuning of attitude control, software development for detection of wild fire

Phase 3 (optional)Development of instruments selected from phase-1 proposals be launched with future ChubuSat satellites

Students can work on any selected instruments.

ChubuSat Project Examples

Satellite bus instrumentsImprovement of communication systems

power efficient, broadbandMission instrumentsNew commercial services using satellites

Microsatellite constellationcomplete coverage of entire Earth with modest cost

Consumer entertainmentArtificial auroraArtificial shooting star

Program Timeline (Fall Admissions)

M1F

M1S

M2F

M2S

D1

D2

D3Certification examination

Qualifying examination

Solid expertise and broad vision

Lectures and/or short courses on space science and technology

Overview of space research and exploration

International communication, hands-on experiences and leadership development

Problem-solving skills, project management, and practical hands-on experiences

English training(if required)

Leadership development

seminar (Includes student-

organized activities)

Global leadership training course

Internship at companies and/or foreign institutions

Basics for space science

and technology, video lecture



(optional)


Admission Timeline

Multiple level of financial supportsAttractive financial options for excellent students and international studentsCompetitive environment among participants

before entrance 1st 2nd 3rd

RecruitingOutreach activities in Tokyo and Osaka area to attract students from other universities w/o similar programs

Pre-screening to admit top international students~5 students per year

April10 students

September8 students 2 students

Admission of working professionals with Master degrees2 students per year

Fall admission students

Admission by interviews

September April

Financial Supports

ScholarshipBasic scholarship: 85,000 JPY/monthFull scholarship: 150,000 JPY/month

Internship supportFinancial support for international internship up to 1.2M JPYFinancial support for internship at companies (not all companies accept international interns)

Research GrantsResearch proposals

up to 500k JPYTravel expense for international conferences

up to 300k JPYTravel expense for domestic meetings

up to 50k JPY

Requirements for Program Completion

Minimum requirements (eligibility for basic scholarship)Required coursework (completion before D1)

Basics for space science and technology (online course)Overview of space research and exploration (2 credits and GPA above 3.3)Video lectures for space science and technology (4 videos in one course plus 2 additional videos)2 or more credits and GPA above 3.3 from lecture courses on Satellite system (2 credits) or short sources on satellite development and applications (0.5–1 credits)

Specified credits and GPA above 3.3 for each topic of leadership development seminar. Credit requirements are slightly different for international students since some of seminars are given in Japanese.Participation and GPA above 3.3 in ChubuSat instrument development projects 1,2

Students are required to retake a project if they did not meet the minimum required participation (attendance, contribution to the project)

Internships (completion before D3, international students may be exempt)More than 2 weeks per case, more than 3 months in totalA certain level of English test score is required for international internshipsInternship at foreign institutions and/or companiesGPA above 3.3

English test score (TOEFL, TOEIC or IELTS) above a certain level (to be announced)English language test is administered right after the admission and one year before graduation

Exact test dates are under considerationIf requirements are not fulfilled on time, financial aid is suspended

Financial aid is resumed after interviews upon fulfillment of requirements

Requirements for Full Scholarship

Qualification for full scholarship is evaluated every 6 months for doctor-course studentsStudents who qualify will receive the full scholarship

4 or more credits and GPA above 3.5 from lecture courses on space science and technology

“Monodukuri” (engineering and crafting) short courses (0.5–1 credits), “Monodukuri” lecture (2 credits), 高度総合工学創造実験 (Advanced general engineering laboratory course) 2 or more credits from lecture courses on Satellite system (2 credits) or short sources on satellite development and applications (0.5–1 credits)

2 credits and GPA above 3.5 from global leadership training courseEnglish test score above a certain level (to be announced) Sum of leadership points above 3.3 (coordination of leadership development seminar, student delegates, major contributions in leading ChubuSat instrument development projects, management of student-organized activities such as student workshops and annual reviews) Participations in optional activities (company visits, LGS related symposiums, LGS forums) Internships at foreign institutions AND companies (completion before D3) and GPA above 3.5If requirements are not fulfilled on time, the scholarship will be downgraded to the basic scholarship

The full scholarship is resumed after interviews upon fulfillment of requirements

Qualifying Examination

Students need pass qualifying examination before starting PhD researchBefore the end of 3rd year (1st year of doctor course)

RequirementsCredits and GPA for following coursework

Basics for space science and technologyOverview of space research and explorationVideo lectures for space science and technologyLecture courses on Satellite system or short sources on satellite development and applications

GPA for ChubuSat instrument development projectsGPA for leadership development seminarsMaster thesis or equivalent

Thesis proposal interviewExamination of thesis proposals by students

Admission Policies

EligibilityGraduate students who are committed to complete a PhD course at Nagoya University

20 students are accepted every yearSpring admission: 10

Application in April, interview in May, admission in JuneFall admission: 8

Application in Oct, interview in Nov, admission in DecDoctor course admission: 2

Temporary admissionAdmission is temporary until completion of 1st year of Master courseContinuation of program is contingent upon achievements in courseworkStudents may resign during temporary admission periodBasic scholarship is provided during the temporary admission period

Special winter admissionApplication period: 12/17/2013–1/4/2014 5PM

Last Words…

from International Advisory BoardIndustry requires new employees broad views as well as solid expertise産業界は新人に専門知識だけではなく幅広い基礎知識を要求しているIndustry is looking for smart talents with excellent 5 senses and 6th sense企業が求める人材は、頭だけでなく５感に秀でる人、第６感を使える人

It is necessary to learn from broad experiencesいろいろな経験から学ぶことが必要ChubuSat program is a good example. Learn from your own mistakes (not trivial mistakes)ChubuSatプログラムはよい例、どんどん失敗して学べばよい

Hands on experiment is important. University of Colorado provides opportunities for student to produce something by themselves as well as nominal courseworkHands on experimentが大事。コロラド大では、座学だけでなく自分の手で作れる場を与えている

Supplemental Slides

Introduction

Japanese space related budget is flat1/8 of US, 1/3 of EU, comparable with China/India/Canada in 2009 Space IndexExpansion of private sector and new space services is critical

Satellite service is expandingShortage of global leaders to explore and utilize space

Plan and implement new space projects

0!

1000!

2000!

3000!

1995! 2000! 2005!

その他 JAXA

0!20!40!60!80!100!

米欧露日中加印

人的資源民間政府

13

2009 Futron report (Billion USD)

Futron’s 2009 Space Index

■ Satellite service■ Satellite hardware■ Launch■ Ground equipment

■ Others■ JAXA

■ Human resource■ Private sector■ Government sector

Japanese government budget (100MJPY≈M$≈M€)

US EU Ru J Ch Ca In

150

100

50

02003 2004 2005 2006 2007 2008

/3724

講義タイトル(Lecture Title) 想定内容(key words) Lecturer

宇宙基礎１(素粒子)(Elementary Particles)

素粒子とその相互作用(Elementary particles and their interactions)久野純治J. Hisano

宇宙基礎１(素粒子)(Elementary Particles)

強い相互作用とハドロン物理(Strong interaction and hadron physics) 久野純治J. Hisano

宇宙基礎１(素粒子)(Elementary Particles) 弱い相互作用と素粒子の質量の起源(Weak interaction and origin of elementary particle

masses)

久野純治J. Hisano

宇宙基礎２(天文・宇宙)(Universe)

ビッグバン(Big bang)竹内努T. Takauchi


宇宙膨張(Expansion of the universe) 竹内努T. Takauchi

宇宙基礎２(天文・宇宙)(Universe) 構造形成(Structure formation)

竹内努T. Takauchi


銀河の形成と進化(Formation and evolution of galaxies)

竹内努T. Takauchi

宇宙基礎３(太陽・地球)(Solar-Terrestrial System)

太陽地球環境システムの概要(Overview of the solar-terrestrial environment system)塩川和夫K. Shiokawa


太陽と太陽圏(Sun and heliosphere) 塩川和夫K. Shiokawa


宇宙線の加速と伝搬(Acceleration and propagation of cosmic ray) 塩川和夫K. Shiokawa

宇宙基礎３(太陽・地球)(Solar-Terrestrial System) 磁気圏・電離圏・大気圏の構造とダイナミクス(Structure and dynamics of magnetosphere,

ionosphere, and atmosphere)

塩川和夫K. Shiokawa

宇宙基礎４(宇宙工学)(Space Technology)

宇宙機の分類(Spacecraft classification) 長野方星H. Nagano

宇宙基礎４(宇宙工学)(Space Technology)

宇宙機の曝される環境(Spacecraft environment) 長野方星H. Nagano

宇宙基礎４(宇宙工学)(Space Technology) 宇宙機の熱制御(Spacecraft thermal control)

長野方星H. Nagano

「フロンティア宇宙」コースワーク（ビデオ講義) 　　　2013.2.1版


宇宙利用１(天文衛星観測)(Astronomical Observatories in Space)

天文観測(Astronomical observations) 田島宏康H. Tajima

宇宙利用１(天文衛星観測)(Astronomical Observatories in Space)

機器開発(Instrument development) 田島宏康H. Tajima

宇宙利用１(天文衛星観測)(Astronomical Observatories in Space) 人工衛星(Satellites)

田島宏康H. Tajima

宇宙利用２(宇宙プラズマ観測)(Space Plasma Observations)

プラズマ直接観測(In-situ plasma observations) 平原聖文M. Hirahara

宇宙利用２(宇宙プラズマ観測)(Space Plasma Observations)

電磁場計測(Electric and magnetic field observations) 平原聖文M. Hirahara

宇宙利用２(宇宙プラズマ観測)(Space Plasma Observations) 惑星探査計画(Planetary exploration missions)

平原聖文M. Hirahara

宇宙利用３(地球観測)(Earth Observations)

宇宙からの大気と地球表面の観測(Observations of atmosphere and surface from space) 柴田隆

T. Shibata宇宙利用３(地球観測)(Earth Observations) 衛星観測の手法(Methods of observations by satellite)

柴田隆T. Shibata

宇宙利用３(地球観測)(Earth Observations)

衛星観測の代表的な例(Typical examples of observations by satellite)

柴田隆T. Shibata

宇宙利用４(無線システム)(Wireless Systems)

衛星通信と衛星放送(Satellite communication and broadcasting systems) 片山正昭M. Katayama

宇宙利用４(無線システム)(Wireless Systems)

衛星測位(Satellite positioning systems) 片山正昭M. Katayama

宇宙利用４(無線システム)(Wireless Systems) 衛星無線応用システム(Applications of satellite wireless)

片山正昭M. Katayama

/3725


宇宙開発１(宇宙輸送システム)(Space Transportation Systems)

ロケット(Rocket)佐宗章弘A. Sasoh


スペースデブリ(Space debris) 佐宗章弘A. Sasoh


大気圏再突入(Reentry)

佐宗章弘A. Sasoh

宇宙開発２（地球周回衛星）(Earth-Orbiting Spacecraft)

人工衛星の軌道運動(Spacecraft orbital motion)山田克彦K. Yamada


人工衛星の姿勢運動(Spacecraft attitude motion) 山田克彦K. Yamada


人工衛星のセンサとアクチュエータ(Spacecraft sensors and actuators)

山田克彦K. Yamada

宇宙開発３(宇宙環境・宇宙天気)(Space Environment and Space weather)

宇宙天気：その社会と経済への影響 D. N. Baker(編集:関)

宇宙開発３(宇宙環境・宇宙天気)(Space Environment and Space weather) (The impacts of space weather on society and the economy)

D. N. Baker(編集:関)

宇宙開発４(宇宙探査システム)(Space Exploration Systems)

はやぶさが挑んだ人類初めての往復の宇宙飛行、その7年間のあゆみ。そして太陽系大航海時代

川口淳一郎J. Kawaguchi(編集: 佐宗)

宇宙開発４(宇宙探査システム)(Space Exploration Systems)

(Hayabusa, its seven years voyage and another age of new discovery)

川口淳一郎J. Kawaguchi(編集: 佐宗)


先端基盤１(材料・ものづくり)(Materials and Processing)

材料選定 (Materials selection) 梅原徳次T. Umehara

先端基盤１(材料・ものづくり)(Materials and Processing) 機能性表面創成 (Processing of smart surfaces)

梅原徳次T. Umehara

先端基盤２(光学的計測技術)(Optical Diagnostic Techniques)

希薄気体流(Rarefied gas flow) 新美智秀T. Niimi

先端基盤２(光学的計測技術)(Optical Diagnostic Techniques) 光学的計測技術(Optical diagnostic techniques)

新美智秀T. Niimi

先端基盤３(放射線計測)(Radiation Measurement)

放射線と検出器(Radiation and detectors) 幅淳二J. Haba

先端基盤３(放射線計測)(Radiation Measurement) 放射線計測システム(System integration of radiation detectors)

幅淳二J. Haba

先端基盤４(数値実験)(Numerical Simulations)

数値解析の基礎 (Basics of numerical analysis)犬塚修一郎S. Inutsuka


格子を用いた流体計算法 (Computational fluid dynamics: Finite volume method) 犬塚修一郎S. Inutsuka


粒子を用いた流体計算法 (Computational fluid dynamics: Particle method)

犬塚修一郎S. Inutsuka

「フロンティア宇宙」コースワーク（ビデオ講義) 　　　2013.2.1版

Nagoya University

One of the seven major national universities (former imperial universities)~16,000 studentsActive researches in particle physics (e.g. Kobayashi-Maskawa), high-energy astrophysics and Space engineering

Photo by Takao Aoki

Nagoya City, Aichi Prefecture

The 3rd biggest city in Japan (1st and 2nd are Tokyo and Osaka)Industrial area of TOYOTA, Mitsubishi Heavy Industries (rockets and satellites)~30 minutes to Kyoto, ~1.5 hour to Tokyo (by Shinkansen bullet train)

© Google Maps

Nagoya

TokyoOsaka

KyotoCentral Part of the City

Nagoya Castle TV Tower

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~10% of 16,000 students are from overseas

leadership development program for space exploration and ... · multicultural symbiotic society...

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