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King Abdullah University of Science and Technology at Thuwal, Kingdom of Saudi Arabia
www.kaust.edu.sa
BEACONthe ة املنـار
June 2014 / Shaban 1435 Volume 4, Issue No. 9
KAUST GROUP’S SALIVA | Continued on p7
KAUST SOLAR CENTER| Continued on p2
NATURE-INSPIRED ADVANCES | Continued on p6
يقول البروفيسور محمد مصطفى حسين، أستاذ مشارك في قسم الهندسة الكهربائية بجامعة الملك عبداهلل للعلوم و التقنية،: "الماء النقي مصدر ضروري لتأمين مستقبل مستدام. ولكننا بصدد مواجهة أزمة مياه كبيرة نتيجة التزايد المضطرد لسكان العالم. كما أن تقنيات تنقية المياه الحالية تستهلك طاقة كبيرة جدًا مما سيشكل أزمة كبيرة في الطاقة مستقباًل خصوصًا في البلدان التي تواجه نقصًا كبيرًا في المياه". ويقوم فريق أبحاث مختبر تقنية النانو للبروفيسور حسين بالقيام بأبحاث فريدة لمواجهة مثل هذا التحدي عبر استخدام خاليا الوقود الحيوية )MFCs( ، وهي عبارة عن مولدات كهربائية صغيرة تحتوي على بكتيريا خاصة تتغذى على المواد أنه البروفيسور حسين يشرح و اإللكترونات. وتنتج والنفايات العضوية في حال تمكنهم من تطوير طريقة لجمع هذه اإللكترونات المنبعثة من البكتيريا بكفاءة عالية فسيمكنهم عندها جعل هذه الخاليا ذاتية الطاقة.
شهد الشهر الماضي حفل افتتاح مركز أبحاث هندسة الطاقة الشمسية والخاليا الضوئية في جامعة الملك عبداهلل. وتضمنت فعاليات االفتتاح العلماء رواد من نخبة وحضرها يومين لمدة استمرت علمية ندوة الجديد المركز مدير وألقى الشمسية. الطاقة مجال في والباحثين البروفيسور كارل ليو، كلمة بهذه المناسبة تحدث فيها عن أهمية الطاقة الشمسية للمملكة العربية السعودية ودور جامعة الملك عبداهلل ممثاًل دعم في الضوئية والخاليا الشمسية الطاقة هندسة أبحاث مركز في الصناعة عبر األبحاث األساسية وبالتالي اإلسهام في التنمية االقتصادية حيث قال: "ستكون جامعة الملك عبداهلل مركزًا رائدًا في مجال الطاقة
المتجددة والخاليا الضوئية في المملكة". تركزت موضوعات اليوم األول للندوة على األبحاث األساسية وبالتحديد على أبحاث وتطوير تقنية خاصة للخاليا الشمسية تدعى )CIGS(، وهي عبارة عن مركب أشباه موصالت مكونة من عناصر النحاس واألنديوم والغاليوم الرقيقة والسيلينيوم ويستخدم كمادة بديلة في تقنية األفالم الضوئية بحيث يشكل ركائز مرنة للغاية يمكن تصنيعها بصورة ألواح شمسية خفيفة الوزن. وتم تخصيص اليوم الثاني للندوة لموضوعات الصناعة حيث تم عقد اجتماعات بين ممثلي بعض الشركات الرائدة في العالم في مجال أبحاث الطاقة الشمسية تخللتها نقاشات حول التطوير الفعال لصناعات الطاقة
الشمسية في المملكة و دور الحكومة في تسريع هذه العملية. تتمه صفحة 2
تتمه صفحة 7
REPRESENTING 90% of the digital electronics market, silicon
electronics are instrumental in the development and the future
of consumer electronics and the digital world. As people have
become increasingly used to integrating advanced digital
devices into their everyday lives while on the go, the future
belongs to ultra-mobile and flexible computational devices.
In a paper recently published as the cover article in
Advanced Materials entitled “Flexible and Transparent
Silicon-on-Polymer Based Sub-20 nm Non-planar 3D
FinFET for Brain-Architecture Inspired Computation” (doi:
10.1002/adma.201305309), Associate Professor of Electrical
Engineering Dr. Muhammad Hussain and his team outlined
their groundbreaking research in silicon-based electronics
inspired by the human brain. “Our process sets a major step
towards the integration of state-of-the-art high performance
devices for ultra-mobile brain-inspired foldable computers or
ICs,” they explain.
Much like earlier scientists who were inspired by nature
to define their research, Prof. Hussain’s team carefully
observed the human brain. They mainly focused on the
brain’s surface, the cortex, and how its folded architecture
helps to compact its size. “The brain has billions of neurons.
And each neuron can be considered as the equivalent to
a state-of-the-art transistor,” said Prof. Hussain. By taking
the world’s most advanced transistors built at KAUST and
devising ultra-thin and flexible substrates to house them,
the research group was able to develop the world’s first
three-dimensional FinFET on a flexible platform without
losing the integration density or performance.
“CLEAN water is a necessity for a sustainable future,” says KAUST
Associate Professor of Electrical Engineering Muhammad Mustafa
Hussain. “However, with the growing global population, the water
crisis is increasing. Current water purification technologies are energy-
intensive to use, and the countries that will face water shortages in the
future will also have to face a huge power requirement to obtain clean
water.” Prof. Hussain’s Integrated Nanotechnology Lab research group
has been investigating a complementary and unique solution to this
energy challenge: microbial fuel cells (MFCs).
MFCs are miniature power generators containing electrogenic
bacteria that consume waste and release electrons. “If these
electrons are collected properly, they make the cell self-powered or
“IT’S OBVIOUS that solar energy has a major potential for the
Kingdom,” said Professor Karl Leo, Director of the recently
inaugurated Solar & Photovoltaics Engineering Research Center
(SPERC). The April inauguration and two-day seminar brought
together some of the world’s top leaders in solar energy.
Underlying the importance of combining basic research with an
application-led industry focus, Prof. Leo expounded: “The message
I want to transmit with this inauguration is that the Solar Center is
about basic research, but it’s also closely working with Economic
Development. KAUST should become the hot spot in renewables
and photovoltaics in the country and the region.”
The first day was focused on basic research and concentrated
on one specific photovoltaic technology, Copper Indium Diselenide
(CIGS), which is a semiconductor material composed of copper,
indium, gallium, and selenium. CIGS is an alternate solar cell
material used in thin-film photovoltaic technology. It can
effectively be deposited onto highly flexible substrates, making it
possible to devise such things as lightweight solar panels.
On the second day, industry-focused meetings were held
Vol. 26 • No. 18 • May 14 • 2014
www.advmat.de
D10488
ADMA_26_18_cover.indd 1 21/04/14 8:40 PM
NATURE-INSPIRED ADVANCES IN SILICON ELECTRONICS
KAUST GROUP’S SALIVA-POWERED MICROBIAL FUEL CELL PROVIDES
NOVEL POWER GENERATION SOURCE
توليد الطاقة من خالل اللعاب البشري
KAUST SOLAR CENTER OFFICIALLY INAUGURATED
مركز أحباث الطاقة الشمسية يف جامعة امللك عبداهلل للعلوم والتقنية : حنو طاقة املستقبل
INSIDE: Research 6-7 Community 8News 1-5
From L-R: Solar Center Director Karl Leo, President Jean-Lou Chameau, Vice Chairman of Rawabi Holding Ali Abdulaziz AlTurki, Vice President for Research Jean Fréchet, and Dean of Physical Sciences and Engineering Yves Gnanou.
Prof. Muhammad Mustafa Hussain and team’s saliva-powered microbial fuel cell is displayed for size next to a Saudi 50 halala coin.
Image credit: GA Torres Sevilla; JP Rojas; HM Fahad; AM Hussain; R Ghanem; CE Smith; MM Hussain: Flexible and Transparent Silicon-on-Polymer Based Sub-20 nm Non-planar 3D FinFET For Brain-Architecture Inspired Computation. Advanced Materials. 2014. 26. 2794-2799. Copyright Wiley-VCH Verlag GmbH & Co. KGaA. Reproduced with permission.
NEO OPEN AFTERNOON SHOWCASES RENEWABLE ENERGY TECHNOLOGIES
THE KAUST New Energy Oasis
(NEO), part of the Technology
Application and Advancement
Group (TAAG), hosted an open
afternoon to showcase its
renewable energy technology
on May 7.
Held at the NEO site located
near the campus’s Innovation
Cluster buildings, the open
afternoon enabled the wider KAUST community to experience “up close” guided tours to learn
more about the site’s different types of renewable energy technologies.
The technologies on-site come from 11 different international technology providers, with the
unique environment of Saudi Arabia providing an excellent opportunity to test these technologies
in real-world conditions. Renewable energy is a key solution to the Kingdom’s growing energy
demands, and is an important area of research for the University.
NEO’s goal is to provide both quantitative and qualitative information, to a variety of providers
in the Renewable Energy value chain, which can enable them to select the most appropriate
technologies for instantiation in the Kingdom.
Technologies on-site include solar energy technologies, including photovoltaic (PV) and
concentrating solar power (CSP) technologies, and dust mitigation technologies designed to
address the problem of soiling (dust accumulation) on solar panels.
KAUST SOCIETY OF PETROLEUM ENGINEERS STUDENT CHAPTER TO ATTEND PETROBOWL 2014
THE KAUST Society of Petroleum Engineers (SPE) student chapter successfully qualified for
PetroBowl, a prestigious competition which will take place at the Annual Technical Conference
& Exhibition (ATCE) in Amsterdam, the Netherlands on October 27.
PetroBowl is a tournament where teams from different universities’ SPE student chapters are
matched against each other to answer a series of quiz questions related to petroleum engineering.
The KAUST team competed against more than 70 other teams from universities around the world
to qualify for the event. Teams came
from other schools such as Stanford
University, the Colorado School of
Mines, Texas A&M, and TU Delft.
The team members noted they
were excited to receive one of the
36 spots in the competition. “We
will be proud to represent KAUST
and Saudi Arabia at PetroBowl,”
they said. “We are happy to have
the opportunity to showcase the
capabilities of KAUST students, and
in particular to show our high level
of petroleum engineering knowledge
which is so critical to Saudi Arabia
and the world.”
News2 June 2014 The Beacon
IN CASE you’ve been busy with research, studies, and work, the end of the 2014 academic year
has been an exciting time. In April a stirring inauguration ceremony was held for the Solar
& Photovoltaics Engineering Research Center (SPERC). In May 185 KAUST employees were
formally recognized for five years of service to the university. A gala was also held in May to
celebrate the accomplishments of our university’s faculty and to formally welcome our newest
faculty members.
On pages 1 and 6-7, read about KAUST research that is making big headlines in Advanced
Materials and Nature Asia Materials. Research groups led by Prof. Muhammad Mustafa Hussain
are breaking ground in silicon-based electronics and microbial fuel cells.
This issue also covers an important milestone for the university community—the formation of
the first KAUST alumni chapter, which was announced by President Jean-Lou Chameau at an
event hosted by Saudi Aramco in April.
The Beacon, Volume 4, Issue 9, June 2014. Published by The Communications Department, King Abdullah University of Science and Technology, Thuwal 23955-6900, Saudi Arabia. Contact Salah Sindi [email protected], or Michelle D'Antoni [email protected] © King Abdullah University of Science and Technology. Printed on partially recycled paper.
—THE BEACON Editorial
KAUST SOLAR CENTER| | Continued from p1 تتمة الصفحة األولى:جامعة الملك عبداهلل كمركز عالمي ألبحاث الطاقة الشمسية
كما شملت فعاليات افتتاح مركز أبحاث هندسة الطاقة الشمسية والخاليا الضوئية في جامعة الملك عبداهلل حدثًا مهمًا وهو توقيع مذكرة تفاهم بين جامعة الملك عبداهلل ومركز األبحاث األلماني للطاقة الشمسية والهيدروجين بادن فورتمبيرغ. وتنص هذه المذكرة على تفعيل شراكة الخاليا أفالم تقنية مجال في األلماني األبحاث مركز و عبداهلل الملك جامعة بين تعاونية الضوئية الرقيقة. وقام البروفيسور مايكل بواال بتمثيل مركز األبحاث األلماني للطاقة الشمسية الخاليا أفالم رفع كفاءة في مجال العاملين العلماء أحد وهو فورتمبيرغ، بادن والهيدروجين الضوئية الرقيقة حيث حققت أبحاثه معدل كفاءة قياسي وعالمي بلغ %20.8. وأشاد البروفيسور الشمسية الطاقة هندسة أبحاث مركز في األولى خطوتنا "ستكون بقوله: المعدل بهذا ليو
والخاليا الضوئية هي تأسيس هذه التقنية العالمية وتطويرها في جامعة الملك عبداهلل". ثم تحدث البروفيسور ليو عن دور المركز الجديد وكيف تطور بصورة كبيرة منذ البدء بإنشائه أول مرة في عام 2010. فأصبح يغطي اليوم 300 متر مربع من المرافق والمختبرات بما في ذلك عن فضاًل الليزر، تقنية ومختبر التجهيزات، بأحدث والمجهزة الكبير النظيفة الغرفة مختبر ثالثة منهم التدريس، هيئة أعضاء الرقيقة. كما يضم حاليًا سبعة من األفالم لطباعة مختبر في مجال الخاليا الضوئية. وهناك جهود تجري اآلن لزيادة عدد أعضاء هيئة التدريس والعلماء والخاليا الشمسية الطاقة هندسة أبحاث مركز وأصبح المركز. في الدكتوراه بعد ما وباحثي الطلبة من العديد ويجذب واسع عالمي باهتمام يحظى عبداهلل الملك جامعة في الضوئية المهتمين في هذا المجال نظرًا للموقع االستراتيجي للمملكة وتزايد االهتمام العالمي بمصادر
الطاقة المتجددة.
أهمية الطاقة الشمسية للمملكة الموارد وفرة بسبب السعودية العربية المملكة في كبير باهتمام الشمسية الطاقة تحَظ لم النفطية. ولكن وفقًا للبروفيسور ليو فإن هذا الوضع قد تغير بشكل جذري. واستشهد بمدينة حكومة التزام على واضحة كعالمة ،)K.A.Care( والمتجددة الذرية للطاقة عبداهلل الملك المملكة في المضي قدمًا نحو الطاقة المتجددة من أجل بناء مستقبل مستدام للمملكة. كما تطرق المتحدثون في الندوة إلى وفرة الطاقة الشمسية في المملكة وأنه إذا تم استغاللها بصورة كبيرة فيمكن عندها إنتاج الكهرباء من الطاقة الشمسية بداًل من حرق النفط والغاز، مما قد
يوفر الكثير من األموال و يعود بالنفع على االستثمارات في المملكة. مجال في والصناعة األبحاث في عقود لثالثة الممتدة الخبرة ذو ليو كارل البروفيسور وقال الطاقة الشمسية و الخاليا الضوئية، إنه أعجب كثيرًا بتطور ونمو تقنيات الطاقة الشمسية في المملكة حيث يوجد اهتمام كبير من قبل العديد من الشركات المحلية والقطاع الصناعي في هذا المجال مما يؤكد على الدور الكبير والقيادي لمركز جامعة الملك عبداهلل للطاقة الشمسية
في المملكة والمنطقة على المدى البعيد. وذكر البروفيسور كار ليو أن هدف المركز على المدى القريب هو التركيز على تطوير الخاليا الضوئية و توليد الكهرباء مباشرة من أشعة الشمس. أما هدف المركز على المدى البعيد فهو الخاليا أكبر عيوب "إن من بقوله: ليو البروفيسور الطاقة. وختم تخزين وحفظ تقنيات تطوير نحتاج لذلك الشمس. أشعة غياب في الشمسية الطاقة توليد على قدرتها عدم هو الضوئية
." لتطوير تقنيات فعالة جدًا لتخزين هذه الطاقة في المستقبل
amongst representatives of some of the world’s leading
companies in the field present at KAUST for the SPERC
inauguration. The topics of discussion focused on how the
solar energy manufacturing industry can be effectively
developed in Saudi Arabia and also how the government
can enact policies and intervene to speed up the process.
KAUST AS A GLOBAL HUB OF SOLAR RESEARCH
In addition to celebrating the opening of KAUST’s
world-class laboratory facilities, the inauguration also
resulted in a noteworthy memorandum of understanding
between the University and the Stuttgart-based Centre for
Solar Energy and Hydrogen Research Baden-Württemberg
(ZSW) to develop thin-film photovoltaic technology.
ZSW, represented at the inauguration by Prof. Michael
Powalla, is the current world-record holder in thin-film
photovoltaics cells efficiency - recently achieving an
efficiency rate of 20.8%. “Our first step will be to establish
their world-record technology here at KAUST to be on par
with them, and then move in new directions such as cells
made from abundant materials” said Prof. Leo. Another
center collaboration is with Rawabi Holding, a leading
industrial player in the region for over thirty years, which
established the Rawabi Holding Research Chair in Solar
and Photovoltaics Engineering.
“When KAUST was founded, it was clear that the Solar
Center should be an important part of KAUST,” said Prof.
Leo. Since the decision was made in 2010 to start building
it, it has developed extensively. Today, the center boasts
300 square meters of laboratory facilities, including a
large and well-equipped clean room lab, a laser lab, and a
fine lab for thin film printing. “These labs were basically
completed and commissioned last summer or fall; so now
the Solar Center is picking up speed and we are also in
the process of expanding faculty,” Prof. Leo said.
SPERC currently has seven faculty members, with three
focusing mainly on photovoltaics. More faculty members
are in the process of joining, and active recruiting efforts
are also bringing in new postdocs and research scientists.
Given Saudi Arabia’s prime location for the study of solar
energy and the growing global interest in renewables,
KAUST’s Solar Center is attracting a lot of international
interest, including from potential students.
THE IMPORTANCE OF PHOTOVOLTAICS FOR THE KINGDOM
Due to the Kingdom’s rich resources in fossil fuels,
solar energy has not always been a central focus in
Saudi Arabia, but “this has drastically changed” as Prof.
Leo explained. He points to King Abdullah City for
Atomic and Renewable Energy (K.A. CARE) as a clear
sign of the government’s commitment to push forward
with renewable energy and, as K.A. CARE's mission
states, to “build a sustainable future for Saudi Arabia.”
Speakers at the SPERC seminar demonstrated that
if Saudi Arabia would produce its electricity by solar
instead of burning oil and gas, the Kingdom would save
a significant amount of money even today. The return
on investment would be positive and very high.
With his three decades of experience in photovolataics
research and industry, Prof. Leo said he was “very much
impressed with how PV technology is taking off in the
Kingdom.” Many local companies are now preparing
activities and manufacturing in the sector. Prof. Leo
believes this places KAUST’s Solar Center at “the center
in the Kingdom and the region on this topic.”
Prof. Leo explained that SPERC's short-term goal is to
“concentrate on photovoltaics and all direct electricity
generation from the sun.” In the mid- to long-term
range, the plan is to expand the center’s topics –
mainly on energy storage and energy conservation.
As Prof. Leo explained, “The biggest disadvantage of
photovoltaics is that you can only generate energy as
long as the sun is shining; but if it doesn’t shine you
are limited. Therefore, in the long term, you need also
storage technologies.”
L-R: Klemens Katterbauer, Ayrat Abdullin, Dias Urozayev, Xiaolin Fan
The NEO Team
“A UNIVERSITY is as distinctive as its faculty,” said KAUST
President Jean-Lou Chameau at the 2014 Faculty Recognition
Dinner. The evening’s purpose was to celebrate the University’s
faculty, as well as to highlight faculty promotions and welcoming
new faculty members.
Remarking on the impressive amount of publications and
citations data generated from KAUST research output in just a few
years, President Chameau commended the faculty for placing the
University on par with some of the best science
and engineering-focused institutions in the world.
“You should be proud of the research and academic
contributions you are making,” said Dr. Chameau. He
added that it’s also exciting to see KAUST faculty
being advertised in the media in a variety of ways,
and referred to the back cover Apple advertisement
in the April edition of Time Magazine, which featured
Professor Michael Berumen demonstrating his much-
heralded iDive device in action.
While introducing a dozen new faculty members
who have joined KAUST in recent months, Dr.
Chameau encouraged the faculty to take advantage
of the dinner discussions to make new friends. “I encourage you
to spend some time talking to someone you don’t know very well
in another discipline. There should be new research ideas coming
out of this evening!” said Dr. Chameau.
The new faculty members included: Moussa Benhamed
(Assistant Professor, Bioscience), Carlo Liberale (Assistant
Professor, Bioscience), Andrea Falqui (Associate Professor,
Bioscience), Diogo Gomes (Associate Professor, Applied
Mathematics and Computational Sciences), Daniele Daffonchio
(Professor, Bioscience), Takashi Gojobori (Distinguished Professor
and Associate Director of the Computational Bioscience Research
Center), Wolfgang Heidrich (Professor and Director of the Visual
Computing Center), Heribert Hirt (Professor, Bioscience), Omar
Knio (Professor, Applied Mathematics and Computational
Sciences), TorOve Leiknes (Professor, Environmental Science and
Engineering), and Xixiang Zhang (Former Director of Core Labs,
now Professor, Materials Science and Engineering).
Later in the evening, the president invited the deans of
the three divisions to introduce recently promoted faculty
members: Michael Berumen (Associate Professor, Marine
Science), Markus Hadwiger (Associate Professor, Computer
Science), Samir Hamdan (Associate Professor, Bioscience),
Ibrahim Hoteit (Associate Professor, Earth Sciences and
Engineering), Andy Kuo-Wei Huang (Associate Professor,
Chemical Science), David Ketcheson (Associate Professor,
Applied Mathematics and Computational Science), Peng
Wang (Associate Professor, Environmental Science and
Engineering), and Udo Schwingenschlögl (Professor, Materials
Science and Engineering).
News 3June 2014www.kaust.edu.sa
May 2014 marked a milestone for 184 KAUST employees who
celebrated five years of service at the University. Combined, the
cohort represents over 60 departments or units and 925 years of
service. At a recognition ceremony honoring the individuals on
May 5, remarks were given by President Jean-Lou Chameau and
Human Resources Vice President Patricia Ann Hughes.
At the event, President Chameau encouraged all staff to take
pride in their many contributions to the mission of KAUST.
“Every day you contribute to our research and education
environment, and your work honors KAUST’s commitment to
discovery, learning, and excellence;” said President Chameau.
“Our standard of excellence is what we strive for in every task
we complete and every project we initiate — whether in the
laboratory, within the community, or in the office.”
The event also launched the inaugural KAUST Awards
for Excellence to recognize the dedication of employees.
Following a peer-nomination and final selection committee
process, three individuals were selected for upholding
the KAUST values of excellence, integrity, and passion.
The award winners were acknowledged by the selection
committee and the President for their exemplary service in
the following categories:
Outstanding Contribution: Mohammed A. Balamesh, Lab
Fit-Out Specialist, Engineering & Project Management
Service Excellence: Doreena Chen, Special Projects
Coordinator, Graduate Affairs
Community Spirit: Scott Herrington, MYP Humanities and
Accreditation Chair, The KAUST School
“As staff, we support our faculty, researchers, postdocs,
and students, and we do this day after day, often with few
accolades or praise of a ‘job well-done.’ In a university
environment, this is often the role of the unsung hero,” said
President Chameau. “We have heroes across the campus
and community who deserve our gratitude and appreciation
— from the staff who help support researchers in our
laboratories, to those who help support the community and
those who keep our days on track, to those who teach our
children and those who recruit new staff. I encourage each of
you to remember that every task you complete contributes to
our mission and our culture of excellence.”
Congratulations to the following members of the University
family celebrating five years of service:
2014 EMPLOYEE AWARDS
Abbas Alsaihati
Abdel Amwas
Abdul Kutty
Abdulaziz Alfaraj
Abdullah Zubair
Abdullah Aldossary
Abdullah Alabdullatif
Abdullah Al-Zahrani
Abdullah Almojel
Abdulrazaq Al-Morjan
Ahmed Abuzaid
Ahmed Khalaf
Aida Palero
Aleksandar Radovanovic
Ali Madi Idris
Ali Makki Idris
Ali Behzad
Alma Hobson
Andres Alarilla
Antonio Valenzuela
Antonios Dakas
Anwar Al Ghanmi
April Bailey
Aram Amassian
Arinnola Joseph
Asif Naqvi
Ayman Bajnaid
Badr Mesha
Bantwal Ahamed
Basem Shihada
Bashir Warsama
Belal Abdrabboh
Bienvenido Jr Yu Caparaz
Biju Reghuvaran
Boon Ooi
Brian Moran
Chao Zhao
Cherine Fayad
Christina Guindy
Chun Lu
Daniel Acevedo-Feliz
David Keyes
David Ketcheson
Deborah Stacey
Dina Garatly
Diya Al-Saihati
Dodie Dolorito
Dwight Valencerina
Emad Abdulghani
Emad Bakr
Eman Khankan
Enrik Jani
Fabrizio Bisetti
Faisal Alamoudi
Faisal Alzubi
Faisal Muhammed
Faraj Afana
Gary Amy
Gemma Aglanao
Georgiy Stenchikov
Gerard Schuster
Gerardo Valle
Giridharan Dharan
Gregory Wickham
Gowry Hodge
Guodong Li
Hamad Al Qahtani
Haris Siddiqui
Hedaya Bakhorji
Heikki Lehvaslaiho
Helmut Pottmann
Huoming Zhang
Husam Alshareef
Hussam Harakeh
Hussam Khatib
Ibrahim Hoteit
Iman Roqan
Imran Nasrullah
Imtiaz Ahmad
Ingo Pinnau
Inji Jaber
Ismail Al-Nizami
Jamshed Mian
Jasmeen Merzaban
Jatinkumar Shah
John Larson
Jurgen Kosel
Kevin Harrington
Khaled Salama
Khalid Al-Qurashi
Krishnaraja Kinialevoor
Krishni Reddy
Liming Xiong
Long Chen
Longqing Chen
Madathil Pindali
Madhusudhanan Srinivasan
Madonna Sanchez
Mahmoud Muati
Majed El Mir
Mani John
Mario, Jr. Ardiente Portallo
Masateru Takahashi
Meng Zhang
Michael Berumen
Mikhail Moshkov
Moawya Masry
Mohamed Sobhy
Mohamed Eddaoudi
Mohamed Abdel-Aal
Mohamed Al-Ali
Mohamed-Slim Alouini
Mohammad Alshawaf
Mohammad Akhtar
Mohammad Bakhdar
Mohammed AlFaifi
Mohammed Ahmed
Mohammed Alkubaish
Moin Khan
Moody Altamimi
Naif Al Sama
Nestor Tiongco Jr.
Nicholas Martin
Niveen Khashab
Norberto Inocencio
Nouf Alsaleh
Nover Ardiente
Oliver Balagtas
Omar Al-Harbi
Omar Al-Omar
Omar Bukhari
Osama Mandurah
Osman Bakr
Panagiotis Kalnis
Paul Mai
Pauline Nolan
Pervez Aibara
Philip Joseph
Qiang Zhang
Rachid Sougrat
Rainnier Lauguico
Rajesh Unnithan
Rajneesh Pandey
Ramzi Aljahdali
Raul Tempone
Reema Khashoggi
Rimantas Kodzius
Romeo Maputi
Saajida Ooni
Sadik Karolia
Saeed Bawazir
Saham Al-Husseini
Sahrawi Chaib
Salah Sindi
Saleh Abdulaziz
Sami Alqarawi
Samir Hamdan
Sharafuddin Muhammad
Sharfraz Shah
Sheik Basha
Shirley Cadiz
ShouDong Zhang
Sigurdur Thoroddsen
Sigurjon Jonsson
Somayah Algashgari
Sulaiman AlThunayan
Susan Hemp
Susanne Cunningham
Syed Ali
Syed Mahmud
Tanveer Shahid
Tariq Alkhalifa
Teresa Doxen
Thaslim Jakson
Udo Schwingenschloegl
Victor Calo
Vladimir Bajic
Wendy Keyes
Xianrong Guo
Xixiang Zhang
Yousef Ayyad
Yu Han
Yuqin Qiu
Zhihong Wang
FACULTY RECOGNITION DINNER
AS DR. JACQUELINE PHILLIPS, coordinator of the Teacher
Development Program (TDP) puts it, “rockstar Saudi interns”
train in The KAUST School (TKS) for several years to become top
teachers. When they finish, they’re qualified to work
as International Baccalaureate (IB) teachers. Better still,
they’re equipped to help train the next generation of
Saudi educators at an IB level as well.
This year, three women are completing the arduous,
two-year journey from intern to IB certified teacher. And
thanks to the success of the program, all three — Hadiah
Alghumayri, Alanud Alfaqir, and Marwah Ashrour —
will stay on as teachers in the fall.
“We do mentor teaching, constant observation, and
teacher assessments four times each semester. So our
teachers get the total support and feedback that is vital
to their development as professionals,” said Dr. Phillips.
It starts with daily mentor impressions—a mentor
watches the interns interact with students and then
rates their communication, delivery, pedagogy, and more. These
impressions are then compiled and put into a weekly mentor
reflection, which is given to the interns during a weekly meeting.
“We get really tough feedback,” said recent graduate Alanud
Alfaqir. “When I started out I thought I would do really well. But I
was shocked to find that I had so much room for improvement—it
motivated me to grow.”
On top of exhaustive training, the interns also get the opportunity
to attend an international Teacher Training Course. This year’s course
will be held in London, where all three of the interns will get to learn
from and share ideas with thousands of other IB teachers.
“We are so grateful for all of the opportunities we’ve been given.
We get to grow as people and as teachers,” said Alanud. “In truth,
the greatest joy for us is seeing an improvement in our students.”
The teachers all talked about their appreciation for the program,
the administrators, and even the students who made their training
possible. “They allow us to do what we want,” said Marwah Ashrour.
“They give us the feedback and support we need to fail, to learn, and
then to succeed.”
ON APRIL 2, Saudi Aramco hosted the KAUST
Alumni Celebration, honoring the achievements
of alumni living and working in the Kingdom.
Attendees from KAUST and throughout the
Kingdom participated in this unique celebration,
which featured a day of career development
and industry workshops, VIP tours of company
operations, and presentations by six alumni now
working at Saudi Aramco, SABIC, or pursuing
doctoral degrees at KAUST.
SHARED FUTUREMr. Amin Nasser, Senior Vice President of
Upstream Operations at Saudi Aramco and
Co-Chairman of the Saudi Aramco – KAUST
Collaboration Oversight Board, organized the event
in collaboration with KAUST, and described three
key goals of the celebration. First, it promoted and
strengthened the bond among alumni and enlisted
them as partners in a shared and promising future.
Second, it celebrated the unique education afforded
by KAUST and the University's crucial work in
producing key talent. Third, it demonstrated the
strategic partnership between KAUST and Saudi
Aramco.
Building on these themes, Mr. Nasser affirmed
Saudi Aramco’s commitment to talent development
as the largest employer of KAUST alumni in the
Kingdom. To those alumni already at Saudi Aramco,
he promised, “We aim to make the most of your
careers at our company.”
DREAM TO REALITY The partnership between Saudi Aramco and
KAUST began in 2006 when the University was still
a dream of King Abdullah. His ambitious vision was
the creation of a leading international university
that would provide the world with innovative
research, boost economic development within the
Kingdom, and enhance global connectivity.
“The dream is a reality today, manifested by
you,” Mr. Khalid Al-Falih, President and CEO of
Saudi Aramco, told the alumni. “And you are just
at the beginning. The best of ‘you’ is still ahead.
The dream is already a reality — not only in terms
of numbers, not only in terms of the geographic
representation within the Kingdom, but really in
terms of the quality, the energy, the can-do attitude
we are seeing and the ability to deliver results in
an incredibly short period of time.” Mr. Al-Falih
then urged the alumni to “keep on dreaming and
stay bold.”
LEADING CHANGEDr. Jean-Lou Chameau, President of KAUST,
emphasized the importance of educating students
and engaging them in an environment that
promotes a culture of excellence, curiosity, integrity,
and a passion for contributing to society through
cutting-edge research and innovation.
“I encourage you as KAUST alumni to make
contributions that showcase our culture of
cross-disciplinary problem-solving as well as
curiosity-driven research,” said Dr. Chameau. He
encouraged alumni as leaders in science and
technology to become change agents, inventors, and
entrepreneurs, advancing KAUST as a “beacon of
attraction for the Kingdom.” In this way, alumni are
shaping the future of KAUST and its reputation as
a great university and an “active hub of education,
discovery, innovation, and entrepreneurship.”
FIRST ALUMNI CHAPTER In a timely complement to the celebration’s
closing session, Dr. Chameau announced the
formation of KAUST’s first alumni chapter in
Saudi Arabia. “As the birthplace of KAUST, it is
fitting that the first alumni chapter be established
here in the Kingdom, where so many of you are
contributing to the future of the country,” he said.
Dr. Chameau added that alumni would
be engaged in forming the chapter, which
would represent the growing alumni body
in the Kingdom. The inaugural chapter will
facilitate alumni communication, build
future partnerships within the Kingdom, and
support alumni as they go on to accomplish
advancements in their fields.
The BeaconResearch4 June 2014
استضافت شركة أرامكو السعودية في الثاني من أبريل الماضي حفاًل لتكريم خريجي جامعة الملك المملكة في ويعملون يعيشون الذين عبداهلل ورش على الحفل واشتمل السعودية. العربية عمل للتطوير الوظيفي والصناعة ، وجوالت لكبار عروض إلى إضافة الشركة، داخل الشخصيات الذين الموهوبين الخريجين من لستة تقديمية وشركة ، السعودية أرامكو شركة في يعملون جامعة في الدكتوراه درجة حملة أو سابك، الملك عبداهلل للعلوم والتقنية. وقد شهد الحفل
حضورًا من الجامعة ومن خارجها.
مستقبل واحداألعلى النائب الناصر، حسن أمين وقام للرئيس لالستكشاف واإلنتاج في شركة أرامكو التعاون لمجلس المشارك والرئيس السعودية بين أرامكو السعودية وجامعة الملك عبداهلل،
بتنظيم هذا الحدث بالتنسيق مع الجامعة. يسعى التكريم هذا أن الناصر أمين وقال لتحقيق أهداف رئيسية ثالثة هي : أواًل: دعم باعتبارهم وتعزيزها الخريجين بين الروابط االحتفاء ثانيًا: واحد. مستقبل في شركاء جامعة توفره الذي والعالمي المتميز بالتعليم تخريج في الكبير ودورها عبداهلل، الملك الشراكة تأكيد ثالثًا: المواهب. من العديد االستراتيجية بين جامعة الملك عبداهلل وشركة
أرامكو السعودية.وانطالقًا من هذه األهداف، أكد الناصر التزام أرامكو السعودية بمواصلة تطوير هذه المواهب بكونها أكبر شركة تعمل على توظيف خريجي وجه ثم المملكة. في عبداهلل الملك جامعة رسالة لجميع الخريجين الذين يعملون اآلن في بأنكم نعدكم ": قال حيث السعودية أرامكو ستجدون في شركتنا بيئة تطويرية مثالية تحقق
طموحاتكم الوظيفية ".
تحقيق الحلمالسعودية أرامكو شركة بين الشراكة بدأت عندما ،2006 عام في عبداهلل الملك وجامعة الملك الجامعة مجرد حلم طموح لدى كانت عبداهلل ، بإنشاء جامعة أبحاث دولية رائدة تدعم االقتصادية التنمية وتعزز العالم في االبتكار
والمكانة العالمية للمملكة العربية السعودية. وكبير رئيس الفالح العزيز بن عبد وألقى خالد السعودية أرامكو لشركة التنفيذيين اإلداريين كلمة بهذه المناسبة خاطب فيها الخريجين بقوله : "بوجودكم أصبح الحلم واقعًا اليوم، ليس فقط داخل الجغرافي التمثيل أو األرقام؛ حيث من والعزيمة، الجودة، حيث من ولكن المملكة، والمثابرة والقدرة على تحقيق النتائج في فترة زمنية قصيرة، إننا نتوقع منكم أن تقدموا أفضل
ما لديكم وأنتم في بداية حياتكم المهنية ".
قيادة التغييرجامعة رئيس شامو، جان-لو الدكتور وتحدث الطلبة تثقيف أهمية عن اهلل، عبد الملك والفضول، التميز، ثقافة تعزز بيئة وإشراكهم في تنمية في المساهمة شغف عن فضاًل والنزاهة، والهادفة، المتطورة األبحاث خالل من المجتمع والتقنية العلوم قيادة على الخريجين شجع كما وأن أعمال ورواد ومخترعين علماء يصبحوا وأن
يسهموا بتقدم جامعة الملك عبداهلل لتصبح منارة للتعليم واالكتشاف واالبتكار وروح المبادرة تشع
من خاللها المملكة العربية السعودية.
أول فرع محلي لخريجي الجامعةوفي ختام الحفل أعلن الدكتور شامو عن تشكيل أول فرع محلي لخريجي جامعة الملك عبداهلل في من "إنه : قال حيث السعودية. العربية المملكة لخريجي محلي فرع أول تشكيل يتم أن البديهي السعودية كونها هي العربية المملكة الجامعة في وأضاف عبداهلل". الملك لجامعة المنشأ أرض لخريجي المحلي الفرع هذا أن شامو الدكتور في المتنامية الخريجين هيئة سيمثل الجامعة بين التواصل عملية يسهل وسوف المملكة داخل المستقبلية الشراكات وبناء الخريجين،
المملكة، ودعم األبحاث الرائدة.
نبذة عن االحتفالشركة مع بالتعاون السعودية المبادرات قامت عبداهلل الملك جامعة وقيادة السعودية أرامكو وشؤون الدراسات العليا فضاًل عن مكتب الخريجين االحتفال هذا برعاية عبداهلل، الملك جامعة في المملكة في الموهوبين الخريجين يكرم الذي في وفاعلة كبيرة إسهامات لهم ستكون والذين بتحويل تسهم كي عبداهلل الملك جامعة تقدم
اقتصاد المملكة إلى اقتصاد قائم على المعرفة.للعلوم عبداهلل الملك جامعة خريجي عدد وبلغ خريجًا 148 االحتفال هذا الذين حضروا والتقنية في عدة مدن في ويعملون مختلفة جنسيات من المملكة مثل جدة، والظهران، والرياض، والجبيل، الممثلة: الشركات والمؤسسات الهفوف. وشملت عبداهلل الملك مركز سابك، السعودية، أرامكو للدراسات والبحوث البترولية، وزارة التعليم العالي، الجوية الخطوط الوطنية، الموانئ خدمات شركة اآللية، للحاسبات السعودية الشركة السعودية، ومدينة الملك عبداهلل للطاقة الذرية والمتجددة.
الملك جامعة قيادات من عدد الحفل وحضر عبداهلل وهم المهندس نظمي النصر، نائب الرئيس الدكتورة والمالية، اإلدارية للشؤون التنفيذي السعودية، للمبادرات الرئيس نائب عشري، نجاح البروفيسور جيمس كالفين، نائب الرئيس للشؤون شؤون عميد موران، براين البروفسور األكاديمية، العليا األكاديمية والقيادة العليا الدراسات
.ومشرفي كراسي البرنامج في الجامعة
DR. CHAMEAU ANNOUNCES FIRST ALUMNI CHAPTER AT CELEBRATION HOSTED BY SAUDI ARAMCO
يف احتفال برعاية شركة أرامكو السعودية :الدكتور شامو يعلن عن أول فرع حملي خلرجيي جامعة
امللك عبداهلل
FROM INTERN TO IB-CERTIFIED TEACHER
(From left to right) Jacqueline Phillips, Alanud Alfaqir, Hadiah Alghumayri, and Marwah Ashrour.
Alumni in Dhahran
THE SPRING 2014 VentureLab showcase, hosted recently by
the New Ventures & Entrepreneurship team, featured finalists
from six teams who presented their business ideas to a high-
profile panel of judges. Comprised of a diverse group of KAUST
researchers, Jeddah-based entrepreneurs, and professionals from
Saudi Aramco in Dhahran, the presentations were the result of the
eight-week VentureLab, KAUST's competitive business accelerator
program, which began on March 1.
Through the program, which provides real world, hands-on
learning experience on how to successfully start a company, the
teams were encouraged by a team of entrepreneurship coaches
and mentors to test their business ideas with real potential
customers. Collectively, the teams interviewed 522 people about
their startup idea and went trough 1,500 hours of training.
The teams who presented at the Spring 2014 VentureLab
showcase were:
• Burtoga – An online platform designed to help graphic
designers visualize their flat design work into a photo-
realistic mock-up. Their tool allows the designs to be viewed
from different angles and against multiple backgrounds and
settings. The team interviewed over 70 designers from seven
countries, and 83% of participants said they would be willing
to pay for the service.
• Trochet – As their name’s formulation indicates (Trochet
= Trash + Crochet), Trochet is a social enterprise that sells
products made of repurposed plastic bags crocheted by Saudi
women. Tackling the huge problems of wasted plastic bags
and women’s unemployment in the Kingdom, Trochet collects
thousands of discarded plastic bags and offers employment
to underprivileged women, who then knit or crochet them as
stylish bean bags, cushions, stress balls, bags and more. The
project started in 2013 with two women who were able to
produce 288 prototypes, and today they work with around 75
women to produce over 1,000 prototypes, all of which sold.
• Tilez – A mobile application to assist users purchasing tiles
for their homes or businesses. The tool lets them select tile
patterns, design, material (ceramic, porcelain, or marble) and
the optimal amount they need to purchase to avoid waste.
The team, comprised of an architect, IT specialist, systems
programmer, and marketing MBA, pooled their collective
talents to devise this mobile application. Their goal is to
simplify the process of design and implementation.
• SaudiMLS – Saudi Multiple Listing Service (MLS) is
an online real-estate platform devised to improve and
standardize the traditional process of buying and selling
homes in Saudi Arabia. The service aims to certify
realtors, offer a subscription platform for sellers to list
their properties and agents, and provide transparency and
convenience for buyers. They have interviewed over 100
customers and have already garnered interest from King
Abdullah Economic City (KAEC).
• Nations Bazaar – A social and cultural e-commerce website
aiming to act as a bridge between local Saudi Artisans, the
non-profit organizations representing them, and online
buyers looking for authentic Saudi traditional arts and crafts
products (such as baskets and pottery). The team has begun
working with both the Saudi Commission of Tourism and
Antiquities and the Jeddah Chamber of Commerce to help
establish contacts with social organizations in Saudi Arabia.
• 3enDmeD – An augmented reality system allowing
neurosurgeons to use 3D visualization medical technology
with the use of special goggles to visualize the structure of the
brain directly and track the position of surgical probes inside
a patient’s head. This could greatly improve medical science
by helping surgeons to be more precise and productive.
As VentureLab instructor Mark Searle, Senior Fellow at the
Lester Center for Entrepreneurship at UC Berkeley, explained:
“We challenge the teams to get out and challenge their own
hypotheses.” They accomplish this by interviewing potential
customers, people they’ve never talked to before, and ask
them about problems they are facing and if their startup idea
can offer a viable solution. “This can be very uncomfortable
because entrepreneurs are by nature passionate people,” adds
Searle. “People get really upset when they go out there to
present their idea, their baby, and the market says that their
baby is really ugly.”
It’s particularly noteworthy, as Searle also points out, that half
of the above teams had a completely different business idea just
eight weeks prior when they began the program. “They discovered
that by turning hypotheses into facts they found new business
opportunities that are real and that actually have some chance of
success,” said Searle.
The teams competed for three awards as part of the showcase
event: the People’s Choice Award (as voted by member of the
audience), the Intel Nomination (awarded by Intel Corporation),
and the Most Promising Startup Award (as determined by the
panel’s judges). The panel of judges included:
• Mohammad Al-Suwaileh - Chairman of Oqal Jeddah Chapter
• Ibrahim Al-Suwaiyel - Intel Saudi Arabia Corporate Affairs
Group Manager responsible for the national strategy of
Intel's Corporate Affairs
• Karl Leo - Director of KAUST’s Solar & Photovoltaics
Engineering Research Center (SPERC)
• Mark Searle - VentureLab Instructor, Senior Fellow at
the Lester Center for Entrepreneurship at UC Berkeley,
and an award-winning international serial entrepreneur
and instructor
• Khalid Suleimani - A Saudi serial entrepreneur, IT consultant,
and public speaker
• Tuba Terekli - Cofounder and CEO of Qotuf Al Riyadah
Development Company. She is considered among the top five
female CEOs of her generation in Saudi Arabia.
While the People’s Choice Award went to Nations Bazaar and
the Intel Nomination was awarded to 3dnDmeD, the above panel
of judges selected Trochet for the Most Promising Startup Award.
Trochet also previously won first prize at Harvard University as
the best social impact project – allowing them to win a scholarship
to spend five weeks in Silicon Valley where they were able to
prominently display their products in the offices of leading tech
companies such as Google and Yahoo.
5Newswww.kaust.edu.sa June 2014
THE KAUST Gifted Student Program (KGSP) has seen a record number of admissions offers from top
universities in the United States for its 2014 Foundation Year students. Countless hours over the last year
were dedicated to TOFEL and SAT preparation and coursework in math, writing, and STEM labs, resulting
in admissions offers for 100 percent of students at top institutions in the US.
This fall, these KGSP students will join the Class of 2018 at 43 prestigious universities including
Princeton, Yale, Columbia, Stanford, MIT, the University of Pennsylvania, the Universities of California,
Berkeley, and Los Angeles, and many more.
In addition to the record number of new university
placements, KGSP students have secured internships
at a range of leading institutions around the world.
Notable offers include General Electric, NASA’s
Jet Propulsion Laboratory at Caltech, CERN, and
Schlumberger, among others.
As the next academic year approaches, KAUST
would like to thank the KGSP Academic Oversight
Committee for the vital role it has played and will
continue to play in student selection, engagement,
and development. The Committee is chaired by Dr.
Najah Ashry, Vice President of Saudi Initiatives, which
administers the program. Members include academic
division Deans Mootaz Elnozahy, Yves Gnanou, and
Pierre Magistretti, as well as Associate Deans Mohamed-Slim Alouini, Udo Schwingenschlögl, and Suzana
Nunes, and KGSP Director Saham Alhusseini.
KGSP is a scholarship dedicated to cultivating the next generation of scientists and researchers in
Saudi Arabia. It supports high-achieving Saudi students pursuing baccalaureate degrees in science and
engineering at top-tier universities in the United States and prepares them for eventual post-graduate
study at KAUST.
KAUST congratulates all KGSP students on this year’s many successes and looks forward to supporting
them in their academic journeys.
THE SPRING 2014 VENTURELAB SHOWCASE
KGSP STUDENTS RECEIVE RECORD NUMBER OF ADMISSIONS OFFERS AND SECURE TOP INTERNSHIPS
“THIS INVENTION can really shape the future of medical testing
and diagnosis,” said Professor Aamir Farooq, speaking to The
Beacon about his team’s research on an advanced breath sensor.
Dr. Farooq is Assistant Professor of Mechanical Engineering
and Principal Investigator of the Chemical Kinetics and Laser
Sensors Laboratory at KAUST. His paper in Applied Physics B
(doi: 10.1007/s00340-013-5701-1), published with co-author Kyle
Owen, a KAUST MS student, outlines a novel approach to sensing
the presence of chemical compounds in human breath using a
quantum cascade laser and wavelength-modulation spectroscopy.
“We have developed a portable, accurate, non-invasive
sensor for the detection of ammonia in human breath,” Prof.
Farooq said.
From that initial prototype, the team believes a “lab-on-a-
chip” can be brought to market. “Electronics, nanotechnology,
and sensors are converging to enable early clinical diagnoses,
accurate treatment, and monitoring of patients in intensive care,
under anesthesia, and in other scenarios,” Prof. Farooq said.
The team chose to focus on ammonia in exhaled breath, partly
because it was such an important avenue of research, and partly
because they were able to partner with the International Medical
Center in Jeddah to test dialysis patients.
According to the International Society for Nephrology,
around 600 million people worldwide suffer from some form
of kidney disease—a number expected to increase by 17% over
the next decade.
Prof. Farooq’s team analyzed breath samples of patients
diagnosed with chronic kidney disease. Baseline readings showed
elevated ammonia concentrations in the range of 1 – 5 ppm. The
sensor was then used to monitor the decrease in breath ammonia
as these patients underwent dialysis treatment.
“The reduction in breath ammonia correlated almost perfectly
with the urea reduction measured by blood samples,” Prof.
Farooq said.
The ammonia sensor designed at KAUST is based on the concept
of laser absorption spectroscopy. Breath samples are collected in
a custom-designed breath bag, which is then connected to an
optical cell. A quantum-cascade laser beam is passed through
the cell, and the resulting decrease in laser intensity indicates the
concentration of ammonia in the breath sample.
Human breath contains several biomarkers, such as ammonia,
acetone, carbon monoxide, carbon dioxide, formaldehyde, nitric
oxide, and water vapor. “These biomarkers are clear signatures
for a range of conditions including asthma, liver disease, kidney
disease, peptic ulcer, diabetes, nephritis, and heart disease,” said
Prof. Farooq.
The implications are exciting and potentially far-reaching.
At the bedside, breath sensors could help patients avoid
more invasive testing, and clinical teams could gain access
to real-time information while reducing their dependence on
lab-based testing.
Research6 The Beacon
Since announcing preliminary research into flexible and
transparent computing last year, Prof. Hussain’s research group has
been able to demonstrate every step and components required to
make this a reality. “I’m pretty much sure that by the end of this year
that we will be able to demonstrate the world’s first fully flexible
silicon-based computer. That will be the big news,” he expounded.
A COLLABORATIVE APPROACH INVOLVING STUDENTSAs made evident by the composition of his group, Prof. Hussain is
a strong believer in the value of involving and developing students
through his research efforts. “My group is built of really only
the students,” said Prof. Hussain. In fact, the recently published
Advanced Materials paper not only involved KAUST graduate
students, but also included a TKS (The KAUST School) student,
17-year-old Rawan Ghanem.
Unlike many other universities that routinely engage
undergraduate students as a great resource to assist in research,
KAUST doesn’t have an undergraduate program. But Prof. Hussain
has been taking the opportunity to engage TKS students for the past
few years. “We opened the door and we integrated them like senior
students, PhD students, so some of them were really energetic. They
showed their enthusiasm,” he explained. Through those outreach
efforts, Rawan contributed to the project by collecting important
electrical measurements which were used to determine the optimal
devices with which to pursue further research.
“As an academic, I see that KAUST can play a role in developing
the community. As a long-term goal, a good, strong school system
will one day ensure that my kids go to a good college. If we give
TKS students the opportunity, they will come work with us and gain
valuable experience,” said Prof. Hussain.
EXPANDED FUTURE APPLICATIONSThis innovative and collaborative approach to research has enabled
Prof. Hussain’s group to become the first academic group unassisted
by external research foundries or collaborators to develop these
types of advanced devices. In addition to maintaining integration
density, performance, and energy efficiency, they’ve been able to do
this at an additional cost of only $0.45 per square centimeter.
Beyond traditional electronics, Prof. Hussain is also enthusiastic
about the biomedical applications of this research. As he explained:
“Today when you look at muscle pain, there's a population of
50 million people in the US who have arthritis, and 300,000 of
them are children.” The conventional remedy has been thermal
therapy. Sufferers routinely purchase pain-relieving patches
which they place on the affected areas. But these products have
a limited range as they’re one-time use, are often not suitable for
kids, and are only effective for three to four hours. Moreover, if
a patch is required for finger joints, the same patch can’t be used
on the kneecaps.
In new research which Prof. Hussain in planning to publish
soon, his group, through the use of the same technology, devised
a thermal heater integrated with a thermal sensor. The new patch
is stretchable to fit onto various body parts. What’s more, it can
be controlled with a cell phone. “Basically you have an inflamed
area, then you set the temperature, say at 45 degrees Celsius.
Through the sensor, it is continuously taking the temperature
and it’s heating up accordingly, even when the user falls asleep.
So when the inflammation goes away it’s lessening and then it
will be turned off. And it’s reusable and it costs only $1.50,” Prof.
Hussain explained.
June 2014
NATURE-INSPIRED ADVANCES | Continued from p1 تتمة الصفحة األولى:
AMMONIA BREATH SENSOR PROMISES MEDICAL BENEFITS
Left panel: Graduate student, Ehson Nasir, is exhaling his breath in the breath bag. Right panel: Professor Farooq is aligning the laser cavity to analyze the breath sample.
Research 7www.kaust.edu.sa
WHEN you ask most grade 11 students but what they did over the summer,
you don’t expect to hear that they spent it in a lab testing devices under a
microscope. But that’s exactly what Rawan Ghanem did.
“It was a great experience and something I had never done before. It was
something I had wanted to do, but getting the chance to do it in an area that I
may be interested in working in the future made me want to do it even more,”
said Rawan.
Rawan is a high school student at The KAUST School (TKS). She says that
even though the work was during her summer vacation, she still enjoyed
getting up and going to the lab each day. For about seven weeks she would
come in from 10 a.m. to 3 p.m. or from 10 a.m. to 5 p.m., depending on how
much work she had to do.
“At first I was nervous because I didn’t want to mess up,” she said. “But
the PhD students made me feel like I was in my school lab. They made it
feel normal.”
Rawan found out about the chance to work in the lab from her science
teacher, who recommended it for any student thinking about a career in science.
Because Rawan is considering studying chemical engineering in university, it
worked out perfect for her. But she wasn’t the only TKS student there.
“There were other students from my class in the group, but they were working
with other PhD students,” she said.
Much of the work Rawan did in the lab was checking to see if the devices the
group were developing worked or not, but she says the best part of the summer was
seeing science in action.
“My PhD student, Mohamed Ghoneim, told me they were going to make the
devices flexible. That was something I didn’t know was possible. I wondered how
they were going to do that. Then when they were able to do it, I thought, ‘Wow!’,”
she said.
Rawan’s hard work over the summer paid off. The group’s research on flexible
and transparent silicon polymer was published in Advanced Materials.
June 2014
KAUST GROUP’S SALIVA | Continued from p1
A SUMMER SPENT UNDER A MICROSCOPE
self-sustained,” Prof. Hussain explains. “However, the challenge
of these devices is that they are still lab-based, and it can take
many months to get a performance analysis of the incremental
improvement of the device. Using a micro-version of the MFCs
which uses a readily available fuel source provides an interesting
opportunity to expedite these analyses.”
In a paper recently published in NPG Asia Materials (doi: 10.1038/
am.2014.1), Prof. Hussain’s group, including former PhD student
Justine Mink (class of 2013), showed power generation from human
saliva using a micro-MFC.
The 25-μl MFC was produced using graphene as an anode to
produce efficient current generation and with an air cathode to make
the entire device freely mobile.
“Power generation from our MFC is significant because such
small-scale power generation devices can be easily integrated into
lab-on-chip or portable point-of-care diagnostic devices to power
them,” explains Prof. Hussain. “Such simple devices fueled by the
organic material in saliva or other waste liquids provide a novel and
amazing way to serve humanity by enabling the rapid dissemination
of advanced healthcare technologies to dangerous or difficult to
reach areas.”
The researchers were surprised to discover that the use of saliva
could generate a large amount of power. The MFC produced
higher current densities (1190 A m-3) when compared to any
previously produced air-cathode micro-MFC, and the graphene
anode produced 40 times more power than through the use of
a carbon cloth anode. The group found that the high power
generation was produced by the large amount of organic material
in saliva, demonstrating a linear relationship between the organic
loading and current.
“We hope that our study will cause the scientific community
to think ‘outside the box’ for different uses of MFCs,” says
Prof. Hussain. “In the past, MFCs have been explored only as
possible options for alternative and energy-efficient water
purification technologies, but in the past three years, my group
has established that other interesting opportunities and uses exist
for these devices.”
Prof. Hussain’s group is currently investigating the use of MFCs
for dialysis applications and as sensors and illness detection devices
for advanced healthcare. “Our work is a wonderful step towards a
sustainable future through the use of a multidisciplinary approach
involving the semiconductor industry’s state-of-the-art technology,
environmental science and engineering, and biochemistry,” he
says. “It shows that, once again, engineering can help overcome
fundamental scientific challenges and provide important solutions
to issues affecting the global community.”
التقنية حيث التحدي يكمن في طبيعة هذه أن إال أنها ال تزال محصورة في حيز المختبر فقط وتحتاج بعض عمل أجل من أدائها لتحليل شهور عدة التحسينات. ولكن بتطوير نوع دقيق جدًا من خاليا الوقود الحيوية التي تستخدم مصدر وقود جاهز قد
نتمكن من تسريع نتائج هذه التحليالت. NPG Asia وفي ورقة بحثية نشرت مؤخرا في مجلةMaterials قامت مجموعة البروفيسور حسين، بما السابقة د.جوستين منك الدكتوراه في ذلك طالبة )من خريجي عام 2013(، بتوليد الطاقة من اللعاب الدقيقة. الحيوية الوقود خاليا باستخدام البشري توليد ": بقوله ذلك حسين البروفيسور ويشرح نظرًا جدًا مهم الحيوية الوقود خاليا من الطاقة الرقاقات على دمجها يتيح الذي الصغير لحجمها الكهربائية أو األجهزة المحمولة واستخدامها مواد عضوية متوفرة كاللعاب لتوليد الطاقة. وبالرغم من بساطتها فإنها تعتبر طريقة جديدة ومدهشة لخدمة الرعاية أجهزة تشغيل عبرها يمكن إذ اإلنسانية، الصحية المتقدمة واستخدامها في المناطق الخطرة
أو التي يصعب الوصول إليها". وقد تفاجأ الباحثون من قدرة اللعاب على توليد كمية كبيرة من الطاقة والذي تبين أن سببه احتواء اللعاب البشري على كمية كبيرة من المواد العضوية مما يدل المواد العضوية على وجود عالقة خطية بين كمية
وتوليد التيار الكهربائي. وأضاف البروفيسور حسين: "نأمل أن تساعد دراستنا اإلبداعي التفكير على العلمي المجتمع حث على لالستخدامات المختلفة لخاليا الوقود الحيوية . حيث خاليا على الماضي في تجرى التي األبحاث كانت الوقود الحيوية موجهة الستخداماتها كخيارات بديلة لتقنيات تنقية الماء الموفرة للطاقة. ولكن أكد فريق إمكانية الماضية، الثالث سنوات على مدى أبحاثنا استخدام خاليا الوقود الحيوية ألغراض أخرى مهمة
ومفيدة". ويجري فريق البروفيسور حسين حاليًا أبحاثُا الستخدام أجهزة تطبيقات في الدقيقة الحيوية الوقود خاليا والكشف على االستشعار وأجهزة الكلوي، الغسيل ويقول المتقدمة. الصحية الرعاية األمراض وأجهزة نحو رائعة نخطو خطوات "إننا البروفيسور حسين: مستقبل مستدام من خالل استخدام منهج متعدد التخصصات يشمل أحدث تقنيات أشباه الموصالت والكيميائية البيئية والهندسة والعلوم الصناعية، الهندسة قدرة مدى أيضًا يظهر وهذا والحيوية. العلمية التحديات على التغلب في مساعدتنا على التي للمشكالت المهمة الحلول وتوفير األساسية
."تواجه العالم
تتمة الصفحة األولى:
THUWAL SCHOOLKIT FUNDRAISER
THIRD ANNUAL
What:KAUST is collecting donations to purchase school supplies for Thuwal schoolchildren. This year, we hope to beat last year’s record and raise funds to benefit 606 children in 9 schools.
When:June 15 to August 15, 2014
More information:This project is administered by the Social Responsibility department of KAUST’s Saudi Initiatives organization.For more information, please contact 808-3432.
Where and How to Help:Visit any Tamimi store, the campus diner, or the Matjar gift shop, and purchase a voucher from the cashier. Simply place it in the donation box at the checkout counter, and we are one step closer to reaching this year’s goal!
Rawan Ghanem
Community8 The Beacon
AKRAM EL ASHYAKRAM El Ashy, Budgeting and Planning Analyst in Saudi
Initiatives, feels his three years at KAUST have made him part
of “one big KAUST family.” Originally from Palestine, but
born in Kuwait and raised in Canada, Akram came to KAUST
with his wife and daughter and hoped for a “new adventure”
in his career. “KAUST has great potential with a clear vision,”
he says, “and I wanted to be a part of it. Here I am learning every day and
working with amazing professionals.”
As a Canadian, Akram says he is used to diversity, but was not expecting
to find such an international community at KAUST. “Our community and its
different cultures and backgrounds is remarkable,” he says. “Saudi Initiatives
alone has around 15 different nationalities, and this has enabled me and my
family to learn more about different cultures. I believe one of the key success
factors for KAUST is its great diversity.”
Akram advises new KAUST residents to take time to get to know the nearby
communities of Thuwal and Qadimah while at the University. “Opening up
to these communities will enable you to not only experience the diversity of
KAUST, but also the diversity around us,” he says.
SCOTT HERRINGTON“IT’S AS though I’m the final runner in a winning relay team,”
Scott Herrington said of his work to gain IB accreditation for
The KAUST School (TKS). “Helping the school achieve this goal
has been such a great honor both personally and professionally.”
2014 saw TKS sprint across the finish line, thanks in part to
Scott’s tireless efforts. He was involved throughout the entire
process and took a leadership role in 2013.
Scott moved his family to KAUST in 2009 to work as a Curriculum Coordinator in
the secondary school, and has since returned to the classroom to teach humanities.
He loves to travel and enjoys doing so with his family of five. His most
adventurous trek to date is a trip to Antarctica. He visited as part of a sustainability
curriculum development team. “It is the coldest, driest, and windiest place on
earth and it’s jaw-dropping in its beauty,” Scott said.
Scott brought Ultimate Frisbee to KAUST by setting up a self-directed group
(SDG). He is also very active with the Boy Scout troop, supporting a range
of activities around campus including the Winter Enrichment Program (WEP),
Flavors, the World Health Expo, and other events.
Scott’s work on behalf of the community has not gone unnoticed. This year he
was asked to chair the President’s Task Force on community, arts, and cultural life.
He also collected two awards at the employee awards ceremony on May 5 — one for
his fifth work anniversary and one for his exceptional service to the community.
“I love collaborating on big projects,” said Scott. “I love playing and
coaching sports, and I love teaching. To be honest, I can’t imagine what else
I’d rather do.”
AMAL HYADI“I’m so glad I decided to come to KAUST,” says Amal Hyadi,
PhD student in Applied Mathematics & Computational Science.
“I thought about going to Europe or America for my studies,
but I wanted to come to a ‘newborn’ university to be part of
something new. And KAUST is already proving its presence and
research excellence worldwide.”
Amal works with her supervisor, Dr. Slim Alouini, Professor of Electrical
Engineering, on two main projects. The first, she explains, covers relay selection
techniques and performance analysis, and the second involves physical layer
security from an information theoretical perspective. So far, Amal has made three
contributions to renowned international conferences, and has also published one
high-impact journal publication.
“Becoming a successful researcher is one of my main goals,” she says, “and my
experience at KAUST is helping me to evolve and move forward in this direction.”
She cites the assistance and guidance of her supervisor as contributing factors to
her success, and also acknowledges the great help and advice from other researchers
and professors. “The friendly environment at KAUST and the excellent facilities
we have here are extra elements that help you do well and focus on your research
work,” she notes.
“I’m so proud a university of this level exists in the region,” Amal says. “From the
facilities to the international mix of students and faculty and the different activities
taking place in the community, studying and living in KAUST is certainly a once-
in-a-lifetime experience.”
MY UNIVERSITY
ON MAY 13, The KAUST School (TKS) Elementary
Choir held their annual Spring Concert, which was
organized by Elementary Performing Arts Teacher
Gulnara Takizhbayeva.
The audience was treated to a performance
comprised of songs about friendship, the joy of
music, and songs from other countries, showcasing
the children’s confident singing, harmony, and
accuracy. The Little Musicians from Grade 1
were especially enthusiastic and the entire TKS
Elementary Choir was well organized and created
a wonderful atmosphere, with the appreciative
audience participating in one of the songs.
NORANI Nordin, Planning & Program Analyst of the Technology Application and Advancement
Group, recently captured a flamboyance of flamingos along the Jeddah Corniche. Norani has been
an avid photographer since 2005 when she bought her first DSLR camera, and has been a member of
KAUST’s Photography self-directed group (SDG) for four years. “The Photography SDG often plans
photo excursions within the Kingdom, and when I heard about a trip to capture the annual migration
of flamingos through Jeddah, I knew I wouldn’t want to miss this rare opportunity," she said.
Have a photo to be considered for Photo of the Month? Send your photo to
PHOTO
OF THE
MONTH
June 2014
TKS ELEMENTARY SPRING CONCERT