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Lectures from School of Engineering
Application Guidance
April 2, 2020

Engineering Competency
-Project Base Learningn

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2018

Theme

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Project#!!#&!$##%"#$#"!"&('$"#!(

No

Company

1

East Japan
Railway Company

2 Ebara Corporation

Supervise, Advise
Supervisor+senior faculty,
Evaluate, Advise
Final Presentation(industry, faculty, students)*   ##!&!

Title
More efficient cleaning of rail cars
Human life enhancement by environmental control related tobio-engineering

3

Toshiba
Corporation

How the carbon free society should be formulated

4

Shimizu
Corporation

How to protect citizens from meteorological disasters

5

Ricoh Company
Ltd.

Next Generation Glass Device

6 Hitachi, Ltd.

Solution

Project manager+ industry ,Leader+"#$#,
Member+"#$#",
Facilitator+($$#(,

Proposal of the resolution of societal challenges by combining
data in different fields and the creation of new service business

Final presentation

Engineering Competency
-Research InternshipBasically 2, 3 month or much longer, to make asolution for theme provided from companyn Agreement between university and company,
regarding intellectual property and confidentiality
n Very good chance to widen your research
perspective and to know about company job stylenetc.
Also possible
Joint Research at University

Engineering Competency - Summer camp n UTokyo and world-leading universities
Ph.D students discuss and exchange ideas
n propose international research project ofinnovative device for the Japanese societyn 68 Participants from 18 universities of
13 countries & 3 companies
2018 Venue: UTokyo and LAFORET Shuzenji

11

Technical
Session

July
29

Break
fast

Team Meeting

July
30

Break
fast

Final
Presentation

4

Team
Meeting

Excursion
Team Meeting

Lunch

UTokyolab tour3

Opening/
Lectures

Photo

Checkout

2

Lunch

Break
fast

1 pm

Lunch

July
28

12

Lunch

July
27

Reg.

Fri.

10

Sat.

9

Sun.

8

Mon.

7 am

 Satisfaction

Award
Ceremony& Closing5

Travel to Camp

Return to Tokyo

6

7

Checkin Participants

Selfintroduction89DinnerDinnerDinner Which areas beneficial

 Schedule of Summer Camp

Engineering Literacy ,-Innovation / Technology Management, Business Strategy, Intellectual
Property @&aX\[#6~G87gíøÛõñ
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14:4514:50

14:5015:35

15:3516:25

6/2 (Thu)
Orientation
Session 1
Student 1
Presentation- Presentation-Q&A- Discussion- Feedback
Session 2
Student 2
Presentation- Presentation-Q&A- Discussion- Feedback

6/9 (Thu)
Session 3
Student 3
Presentation- Presentation-Q&A- Discussion- Feedback

11/10 (Thu)
Session 5
Student 5
Presentation- Presentation-Q&A- Discussion- Feedback

11/17 (Thu)
Session 7
Student 7
Presentation- Presentation-Q&A- Discussion- Feedback

1/12 (Thu)
Session 9
Student 9
Presentation- Presentation-Q&A- Discussion- Feedback

Session 4
Student 4
Presentation- Presentation-Q&A- Discussion- Feedback

Session 6
Student 6
Presentation- Presentation-Q&A- Discussion- Feedback

Session 8
Student 8
Presentation- Presentation-Q&A- Discussion- Feedback

Session 10
Student 10
Presentation- Presentation-Q&A- Discussion- Feedback

Involving presentation ininternational conferences

International Workshop
2017 International Workshop in BRAZIL-Global Business and Industry-University Collaborations-

March 20 -27, 2017

One of the largest aerospace companies in
the world. Market leaders in commercial jetswith up to 120 seats
Company operating on an
integrated basis andspecializing in the oil, natural
gas and energy industry

Universidade de Sao Paulo (USP)

Mechanical Sciences and Engineering,
Laboratory of Environmental and ThermalEngineering (LETE) ,Comfort Engineering Center (CEC)

NM-AIST Workshop

Takeshi Japanese School

Group Meeting at UAC

Best Proposal Award

ICFO Workshop

ALBA Synchrotron Facility

One of the largest global automotive suppliers
DENSO Do Brasil Ltda produce of airconditioning systems and cooling modulesNational Institute for Space
Research
Fostering science andtechnology in earth andspace context and be able
to offer products andregular services in benefitof the country

To be eligible to attend you must :- Have a deep interest to BRAZIL- Able to discuss on WS topics- Have an approval from your supervisor- Able to follow visiting countries immigration laws (visa and etc.)
To apply, send one-page abstract of your research topic
and your scanned passport to:office@gmsi.t.u-tokyo.ac.jp
by Wed., Jan. 18, 2017
*Travel and accommodation expenses will be covered

Call for participants
2018 International Workshop on

Global Research Challenges in Africa
Compared to Japan
2/16 - 2/25, 2018
Abomey – Calavi University in Benin Republic
Science and Engineering challenges in global area
Nelson Mandela African Institute of Science andTechnology (NM-AIST) in Arusha (Tanzania)

Activities:- Visit of Tanzanite Mines of Merelani- Experience rural life or daily life in family and more…
Selection Criteria (Max 8 students) :- Have a deep interest in African countries- Able to conduct discussions based on your own research in
English- Have the approval of your supervisor- Will comply with the laws of the visiting countries(vaccination, visa etc.)

To apply, please send the required documents to:
office@gsdm.t.u-tokyo.ac.jp
Application deadline: 12:00, Dec 1st, 2017
*Travel and accommodation expenses will be covered.

2018 International
Workshop on EU
Research Institutes
February 28 –March 7, 2018
The Institute of Photonic Science
visits to e.g. Alba synchrotron facility,
Barcelona Super Computer facility, otherresearch centre and/or local company
Building Realization and Robotics
Prof. Thomas Bock laboratory atTechnical University of Munich
Selection Criteria (Max 8 students) :- Have a deep interest in EU Research Institutes- Able to conduct discussions based on your own research in
English- Have the approval of your supervisor- Will comply with the laws of the visiting countries (visa etc.)
To apply, please send the required documents to:
office@gmsi.t.u-tokyo.ac.jp
Application deadline: 12:00, December 15, 2017
*Travel and accommodation expenses will be covered.

Barcelona Supercomputing Center

TUM Prof. Bock Lab.

Open Seminars
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Manufacturing of 3D Carbon Nanotube SurfacesProfessor John Hart

Massachusetts Institute of Technology
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Physiologically-Based Models of Human Thermal
and Respiratory Systems and Their Application
in Engineering and Medical Sciences

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Optical detection and spectroscopy of individual nano-objects

Professor Brahim LounisProfessor Jurandir Itizo Yanagihara
Professor and Head, Department of Mechanical Engineering
Polytechnic School - University of São Paulo

Univ Bordeaux, Institut d’Optique & CNRS,
LP2N, F-33405 Talence, France.

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The focus of this presentation is the development of physiologically-based computatonal
The skins of many plants and animals have intricate
models of the human thermal and respiratory systems and their application in engineeringand medical sciences. The models allow the determination of temperature, blood flow rate,
micro-scale surface features that give rise to
The optical microscopy and spectroscopy ofcontent of oxygen, carbon dioxide and carbon monoxide in different tissues of the humanproperties such as directed water repellency andbody, depending on the ambient conditions and the physical activity levels. The human body
single nanoobjects has recently beenadhesion, resistance to fouling, and camouflage.
was divided into 15 segments: head, neck, trunk, arms, forearms, hands, thighs, legs andHowever, engineered mimicry of these designs has
beneficial for many applications, in particularfeet. Each segment contains an arterial compartment and a venous compartment which
represent the large vessels. The blood in the small vessels is considered together with the
been restrained by the tradeoff between complexity
in condensed matter science and biology. It
tissues – muscle, fat, skin, bone, brain, lung, heart and viscera. The gases – O2, CO2 andand throughput of top-down patterning processes,
CO – are transported by the blood and stored by the tissues dissolved and chemicallyallows a sub-wavelength localization ofand the properties of the constituent synthetic
reacted. Metabolism takes place in the tissues, where oxygen is consumed generating
isolated objects, the study of theirmaterials. As a new platform for large-area surface
carbon dioxide and heat. The skin exchanges heat with the environment by conduction,
convection, radiation and evaporation. The respiratory tract exchanges heat by convectionengineering, we are exploring the use of aligned
photophysical properties and subtle probing ofand evaporation. In the lungs, mass transfer happens by diffusion between an alveolar
carbon nanotubes (CNTs), which can be fabricatedtheir local environments. In this talk, I willcompartment and several pulmonary capillary compartments. Some important geometricalby self-organization on substrates, and transformedfeatures were included: 3D heat conduction, the use of elliptical cylinders to adequately
present results we have obtained on single
into three-dimensional shapes using self-directed
approximate body geometry, the careful representation of tissues and important organs. The
models were validated by comparing their results with experimental data and the agreement
quantum dots and carbon nanotubes
forces. I will present our recent research on thewas excellent. These models were used to predict the behaviour of the human body underfabrication, mechanics, and potential applications ofspectroscopy, and on the use of individual
different hazardous environmental conditions such as thermal stress, decompression
4.20>*! 7zCNT surfaces, along with strategies for scalable5/31@+! 8~accident in airplanes, compartment fire, urban atmospheric pollution,
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with very interestingnono-objects in biological imaging.
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manufacturing including electrostatic patterning of u,({v
results. Other developments include the use of the human thermal
system model embebbed
:A(qw{A,6r<D*u{D.7vin a commercial CFD software to be used in thermal comfort=D*u{D.8vand air quality simulations.
the catalyst material for CNT growth, and roll-to-roll ;D)u{D.7v&?
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These models were also used forthe exergy analysis of humanbody performance underchemical vapor deposition on
flexible substrates..
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physical activities and for the assessment of the thermal comfort
conditions.
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ssssssss )C6042t.*~ z~u}[^`\I tttttttt 'A5/31u,({v~\_a]Hssssssss (B6042t-)~ z~u}[^`\H)>E+tz~E/9u_X\]
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Generating and probing semiconductor
quantum
dots
Plasma assisted combustion:
The study on the field enhancement
factor)
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Experimental
studies on SWNT bundling during FC-CVD synthesis(?7 )C6042.*!s" GGG;
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with single-atom precisionProgress, Challenges, and Opportunitiesof carbon nanotubes field emitters

Dr. Stefan Fölsch Paul-Drude-Institut für Festkörperelektronik

pppp"CC#KIJMCCJJC$CMC"-CCJLSIIFJMSLI
CCpppp&<K BL@9KScanning tunneling microscopy (STM) at cryogenic
temperatures provides the unique possibility to place
individual atoms at selected positions at a surface. We
applied this technique to III-V semiconductors and found thatnative adatoms can be repositioned at will, allowing us tocreate functional structures with atomic-scale precision. On
the InAs(111)A surface, donorlike In adatoms can bepositioned one at a time to form linear chains. The positive
charge state of these adatoms has several interesting
consequences. It can be exploited, for example, to engineer
multistable systems by coupling binary atomic switches via
electrostatic interactions.
More recently, we found that a chain of ionized adatoms
acts as an atomically precise quantum dot that confines
surface state electrons. This enables to strictly control andtune the quantum mechanical coupling in quantum dot
assemblies ('quantum dot molecules') constructed witheffectively zero error. Quantum dots with precisely defined
wave functions and energy levels – as realized here – willoffer benefits to future technological applications in which
exact fidelity is important.

pppppppp &?4.20q+'{}w{rzX[]YE&:A(qw{A,6r\UYZ
& 81 7vzzq/)|ustzAzrDX]V[E%;5
&?4.20+'p
CC||yp X[]Yz pWFh^dgSCbhldFjaad_`Tk_dgGmGnFmjfojG^_GekCC\cji`SCCILFNQMJFIOROProf. Yiguang Ju

Department of Mechanical and Aerospace Engineering, Princeton University
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FFtttt '=N EOBOMX: Plasma assisted combustion is a promising technology to improve engine
performance, increase lean burn flame stability, reduce emissions, and enhance lowtemperature fuel oxidation and processing. Over the last decade, significant
progresses have been made towards the applications of plasma in engines and theunderstanding of the fundamental chemistry and dynamic processes in plasma
assisted combustion via the synergetic efforts in advanced diagnostics, combustion
chemistry, flame theory, and kinetic modeling. New observations of plasma assisted
ignition enhancement, ultra-lean combustion, cool flames, flameless combustion, andcontrollability of plasma discharge have been reported. Advances in understanding of
non-thermal and thermal enhancement effects, kinetic pathways of atomic O
production, diagnostics of electronically and vibrationally excited species, plasma
combustion kinetics of sub-explosion limit ignition, plasma assisted low temperature
combustion, flame regime transition of the classical ignition S-curve, dynamics of theminimum ignition energy, and the transport effect by non-equilibrium plasma
discharge. These findings and advances have provided new opportunities in thedevelopment of efficient plasma discharges for practical applications and predictive,
validated kinetic models and modeling tools for plasma assisted combustion at low
temperature and high pressure conditions.
This article is to provide a comprehensive overview of the progress and the gap ofknowledge of plasma assisted combustion in applications, chemistry, ignition andflame dynamics, experimental methods, diagnostics, kinetic modeling, and discharge
control.
Professor Yiguang Ju is a Robert Porter Patterson Professor at Princeton University. His bachelor degree inEngineering Thermophyiscs from Tsinghua University in 1986, and his PhD degree in Mechanical andAerospace Engineering from Tohoku University in 1994. He was appointed as an Assistant and Associate
Professor at Tohoku University in 1995 and 1998, and as a Changjiang Professor and the Director of
Thermophysics Institute at Tsinghua University in 2000. He joined Princeton University in 2001 and became afull professor in 2011. He received a number of awards including the Distinguished Paper Award from the Thirtythird International Symposium on Combustion (2010), the NASA Director’s Certificate of Appreciation award(2011), the Friedrich Wilhelm Bessel Research Award by the Alexander von Humboldt Foundation (2011), andthe Robert Porter Patterson Professor of Princeton University (2013).  tttttttt 'A5/31u,({v~\_a]H';D)u{D.7v`Y]^' 92 8z~~u0*y wx~D~vG\aZ_H&<6'A5/31,(t FF>%tC\_a]~ t[IlbhkVFflphIneehcdWochkJqJrIqnjsnJbcJioFF`gnmdVFFLOIQTPMILRUR

Professor Esko KauppinenProfessor Miao Wang

Professor,
Department of Physics, The University of Zhejiang, Hangzhou, China

tttt$FF% NLMPFFMMF&FMT$/tMQ LLIMR OL
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analytical expression of enhancement
factor for an individual carbon nanotube (CNT)
field emitter has been obtained by calculating
the electrical potential and field at the end of
the individual CNT with the image charge
model. The results showed that the aspectratio is of big influence to the enhancement
factor. We then further carried out calculationon the aligned CNT arrays system andobtained some of the optimized conditions thatcan be utilized to improve the field emission
performance of aligned CNT arrays. We foundthat in spite of small modulation to the fieldemission performance by changing the anodecathode distance, reduction of thresholdvoltage and operating voltage could beachieved by decreasing the anode-cathodedistance, which makes it appealing for realapplications.
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Department of Applied Physics,
Aalto University School of Science

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Rare metals have high socio-economical andtechnologicalimportance, while being prone to supplydemand fluctuations. In order to replace indium whichis the typical rare metal heavily used for transparent
conductive films (TCF), we are developing singlewalled carbon nanotubes (SWCNT). We report recent
studies on the synthesis of high quality SWCNTs witha ferrocene-based floating catalyst CVD reactor andshow that SWCNT networks consisting of highly
individualized SWNTs exhibit substantially improved
TCF performance. In addition, we used our novel FCCVD reactor based on spark discharge catalyst
generation to experimentally study the effect ofbundling on the performance of TCF and thin filmtransistors (TFT). The synthesis of SWCNTs relies on
generation of iron catalyst particles in the diameter
range of 4±3 nm with precisely tunable concentration
into nitrogen carrier gas with a spark generator,
allowing to grow individual and high-quality SWCNTs
from CO with well-defined diameter and length
distributions. Network TFTs of individual SWCNTs
exhibit higher uniformity in terms of both mobility and
ON/OFF ratio compared to larger bundles.
 tttttttt (B5/31u-){v~\_a]H(<D*u{D.7v`Y]^( :2"8z~~u0+y wx~D~vG\aZ_H'=6(B5/31-)!t" t9
\_a]~ t[IlbhkVFflphIneehcdWochkJqJrIqnjsnJbcJioFF`gnmdVFFLOIQTPMILRURInternational Practice for Future Society

Global Field Exercise Urban Eng.

 3717-016019, Environmental Field Excercise1E-4E )Schedule .Sep. 2020

Schedule .Feb.Mar. 2021

1st day: Departure and Orientation Session
2nd day: Lecture and Group discussion
3rd day: Field survey
4th day: Lecture and Group discussion
5th day Intermediate Presentation
6th day Field survey
7th day Group discussion
8th day Group discussion
9th day Field survey
10th Day Final Presentation
11th Day Return to Japan

1st day Departure
2nd day Lecture and Group Discussion
3rd day: Field survey
4th day: Field survey
5th day Field survey
6th day Group discussion
7th day Preparation for presentation
8th day Final Presentation
9th day Return to Japan

China (Wenzhou) Unit

Vietnam Unit

Practice for Interdisciplinary Discussion

Urban Redesign Studio( 3713-086/3714-136/3716-152 )Schedule 2020.4S1/S2

Pre-Disaster improvement of Tokyo Lowland 2050
- Designing for Pre-reconstruction in preparation for a Metropolitan
earthquake

Guidance2020.Apr. 6th Mon. 12:45 @Zoom Online

C f . 2019：De s i g ni ng Nanyo ( 南予地域)
ー Pr e - Di s a s t e r i mp r o ve me nt a nd R e g e ne r a t i o n o f p a e ni ns u l a a nd ci t y ce nt r e• Interdisciplinary Special Lecturer and Esquisse Researcher, Architect,
Urban planner, Interiadesigner, Administrative official etc.
• Field work and Presentation @ Ehime() prefecturePractice for Future Society Co-Creation

Internship in Civil Engineering
 3713-109 

Institutions: University,
Research institutions, Public
institutions and Private firm etc.
Country: UK, USA, France,
Germany, Italy, Czech Republic,
Iran, Vietnam, China, Cambodia
etc.

ADBAsian Development Bank
Internship Program

École nationale des ponts etchaussées

Double-degree Programme
for Master Course students

1111http://cfs.t.u-tokyo.ac.jp