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  • 1

    2017 Masdar Institute Overview

  • 2

    Independent, private, non-profit and established in collaboration with MIT

    Graduate level (MSc & PhD)

    Focused primarily on advanced energy and sustainability

    Dedicated to capacity development:

    • Human capital: manpower for economic development

    • Intellectual capital: knowledge and technology development and transfer

    Delivering Innovative Research

  • 3

    MIT contributes to the development of

    Masdar Institute degree programs and

    curriculum

    Masdar Institute issues a

    certificate jointly signed by Masdar

    Institute and MIT

    Collaborative research by MIT and

    Masdar Institute faculty

    MIT faculty serve on student Research

    Supervisory Committees (RSC)

    Masdar Institute PhD students may

    spend a semester at MIT

    MIT Collaboration A Partnership in Development

  • 4

    Masdar Institute (MI) The cornerstone of the Masdar Initiative

    SUSTAINABLE REAL

    ESTATES

    SUSTAINABILITY

    & BRAND

    HUMAN CAPITAL

    & SERVICES

    FINANCE &

    PORTFOLIO

    MANAGEMENT

  • 5

    Creating a Knowledge Hub

    Students may enroll in one of our nine academic programs within four departments or our interdisciplinary PhD program.

    Department of Chemical and Environmental

    Engineering (CEE)

    • MSc in Water & Environmental Engineering

    • MSc in Chemical Engineering

    • PhD in Interdisciplinary Engineering

    Department of Mechanical and Materials

    Engineering (MME)

    • MSc in Mechanical Engineering

    • MSc in Materials Science & Engineering

    • PhD in Interdisciplinary Engineering

  • 6

    Creating a Knowledge Hub

    Department of Engineering Systems and

    Management (ESM)

    • MSc in Engineering Systems & Management

    • MSc in Sustainable Critical Infrastructure

    • PhD in Interdisciplinary Engineering

    Department of Electrical Engineering and

    Computer Science (EECS)

    • MSc in Microsystems

    • MSc in Electrical Power Engineering

    • MSc in Computing & Information Sciences

    • PhD in Interdisciplinary Engineering

  • 7

    Creating a Knowledge Hub

    All qualified full-time students receive a full scholarship, including:

    100% tuition fee

    Textbooks and laptops

    Housing

    Health Insurance

    Monthly stipend

    Annual return ticket

    GRE/TOEFL fees reimbursement

  • 8

    MI Faculty – Dedicated and Distinguished

    • 92 world-class faculty from over 20 countries

    • PhD graduates from top international universities

    – 85 faculty (78%) obtained their PhD from the top 500 universities (Shanghai List 2015)

    • > 960 published articles in peer reviewed journals as of July 2016

    7 17 19

    39

    61 70

    75 82 78 74

    1

    3

    3

    4

    9

    12 17 18

    0

    10

    20

    30

    40

    50

    60

    70

    80

    90

    100

    2007 2008 2009 2010 2011 2012 2013 2014 2015 2016*

    Faculty Numbers

    UAE National

    International

  • 9

    Students Contribute to Diversified Knowledge Hub

    52% UAE

    12% MENA

    15% Asia

    7% Europe

    6% Americas

    8% Africa

    307 MSc Students 149 PhD Students

    MENA 12%

    Europe 7% Americas

    6%

    Africa 8%

    UAE 52%

    Asia 15%

    51% Females

    49% Males 456 students in 2016

  • 10

    Alumni Placement

    Employment at respected local and international organizations

    PhDs at globally recognized universities

    547 in total: creating a knowledge hub

    Employed 42%

    Pursuing PhDs 49%

    Other 9%

  • 11

    Mission

    • To establish and continually evolve interdisciplinary, collaborative research and development

    capabilities in advanced energy and sustainable technologies

    • To achieve global research impact through excellence in areas of regional importance

    Targeted Outcomes

    • Development of trained manpower, knowledge and technologies in areas of the greatest strategic

    importance to the UAE and both public and private sector partners

    Approach

    • Build on a strong academic foundation

    • Pursue scientific and technological advancements that are inspired by practical application

    • Build strong partnerships with leading universities as well as public and private sector organizations

    • Translate discoveries and inventions into innovations that create commercial value

    MI Research Strategy Mission and Means

  • 12

    MI Research Strategy Mission and Means

    Grand Challenges

    •Control material processes at the level of electrons

    •Design and perfect atom- and energy-efficient synthesis of new forms of matter with tailored properties

    •Understand how properties of matter emerge from atomic and electronic constituents and control these properties

    •Master energy and information on the nanoscale to create new technologies with capabilities rivaling those of living things

    •Characterize and control matter very far away from equilibrium

    Discovery Science

    • Engage in fundamental research to achieve new understanding of materials or systems that may revolutionize and transform today’s technologies

    • Develop new tools, techniques, and capabilities, including advanced modeling and computation

    Use-Inspired Fundamental

    Research

    • Engage in research with the goal of addressing showstoppers on real-world technology applications

    Applied Research

    • Engage in research with the goal of meeting technical milestones, with emphasis on the development, performance, cost reduction, and durability of materials and components or on efficient processes

    • Develop advanced proof-of-technology concepts

    Technology Maturation and

    Deployment

    • Perform scale-up development

    • Invest in at-scale demonstration

    • Seek cost reduction

    • Engage in manufacturing R&D

    • Provide deployment support

    University Core Competencies

    Industry Core Competencies Adapted from U.S. Department of Energy Office of Science: Grand Challenges and Science for Energy Technology

  • 13

    Renewable and Clean Energy

    Transportation

    Water

    Space

    Technology

    Health

    Education

    The UAE will become one of the most innovative countries globally by 2021

    Innovation priority sectors

    Human Capital, R&D and Innovation Infrastructure: build a first-rate education system, promote research and development across sectors, incentivize innovation incubators to sponsor and assist innovators

    Masdar Institute Impact

    NIS priority sectors for Masdar Institute Research:

    NIS sectors of secondary Masdar Institute focus: (Space and healthcare applications are relevant to core

    Masdar Institute research domains but not a focus)

    National Innovation Strategy (NIS) Vision

    MI Research Focus Sectors Based on UAE National Innovation Strategy

  • 14

    MI Research Focus Aligned with the UAE’s Economic Advancement

  • 15

    Purpose of Research Centers

    Provide large-scale, cross-disciplinary research units to address strategic

    research priorities set by the Institute

    Build upon the Institute’s core intellectual platform of integrated technology, policy, and systems research

    Serve as key interfaces to industry, government and academic partners and become the focal points for research partnerships

    Types of Research Centers

    Institute Research Centers (iCenters) - permanent homes to MI research and support the evolution of MI’s research capabilities and priorities in vertical application domains

    Sponsored centers - mission focused and address the needs of industry and government partners interested in sponsoring large-scale and focused research activities at MI for defined periods of time

    MI Research Delivery Model Research Centers are the Core of Activity

    Sponsored Research Centers

    Institute Research Centers

    Technology

    Policy Systems

    MI

  • 16

    MI Research Structure Research Centers are the Core of MI’s Research Agenda

    Energy and water are core, enabled by materials and smart systems

    Energy [iEnergy] • Institute Center for Energy

    – Energy research

    Water and Environment [iWater] • Institute Center for Water and Environment

    – Water and environmental research

    Materials and Microsystems [iMicro] • Institute Center for Microsystems & Advanced Materials

    – Materials and microsystems research

    Smart Engineering Systems [iSmart] • Institute Center for Smart and Sustainable Systems

    – Information science and systems analysis

  • 17

    MI Research Model Research Focus Areas

    – Institute Center for Water and Environment

    – Research Areas • Desalination [membrane technologies; hybrid technologies;

    pre and post treatment]

    • Waste treatment and utilization [wastewater; carbon capture

    and utilization; waste transformation]

    • Environmental resource management [hydrology and

    hydroclimatology; environmental sensing and modeling]

    – Institute Center for Energy

    – Research Areas • Clean energy production [solar PV; solar CSP; solar

    fuels]

    • Electrical power transmission and distribution [smart

    grid; microgrid]

    • Energy storage [electrochemical; chemical; thermal]

    • Energy efficient cities and buildings [energy efficient

    urban design; smart buildings; cooling systems]

    – Institute Center for Microsystems and Advanced Materials

    – Research Areas • Enhanced material systems [nanomaterials and

    nanocomposites, multifunctional materials, smart/meta materials]

    • Computational materials engineering • Electronics, photonics and sensors

    – Institute Center for Smart and Sustainable Systems

    – Research Areas • Information science [data mining; machine learning;

    statistics; artificial intelligence applications]

    • Systems analysis [optimization; systems modeling; forecasting

    and simulation; engineering and policy applications]

  • 18

    MI Research Model Research Laboratories

    Core Labs

    • Micro/Nano Fabrication • Electron Microscopy • MI Solar Platform • Solar and Device Characterization • Analytical Chemistry and Biochemistry • Machine Shop • 3D Printing

    Faculty Labs

    Faculty Labs

    Faculty Labs

    Faculty Labs

    Micro/Nano

    Fabrication Electron

    Microscopy

    MI Solar

    Platform

  • 19

    - Water desalination membranes - Waste water treatment

    - Energy storage: battery, super-capacitor - Renewable energy: solar, wind - Oil and gas exploration - Catalyst engineering

    Convergence

    MI Research Laboratories A Platform for Sustainable Innovation

    - Sensors - Flexible electronics - 3D electronics/packaging

    - 3D manufacturing - Smart city technologies

  • 20

    MI Research Strategy Sponsored Centers

    • Energy – Research Center for Renewable Energy Mapping and Assessment

    (ReCREMA) • Sponsors: UAE MoFA, EAD, DSCE, IRENA • Focus: development of solar and wind resource mapping tools for the

    UAE and the region and research in the areas of solar resource assessment, solar technologies and remote sensing

    • Water – Sustainable Bioenergy Research Consortium (SBRC)

    • Sponsors: Boeing, Etihad, UOP-Honeywell, Takreer, GE, Safran • Focus: development of an economically viable bioenergy platform that

    leverages non-potable water and non-food crops for production of a sustainable aviation biofuel

    Sponsored centers are mission focused and address the needs of industry and government partners interested in sponsoring large-scale and focused research activities at MI for defined periods of time

  • 21

    MI Research Strategy Sponsored Centers

    • Microsystems

    – ATIC-SRC Center of Excellence for Energy-Efficient Electronic Systems (ACE4S)

    • Collaboration with Khalifa University of Science Technology and Research (KUSTAR) for center operation

    • Research collaboration with KUSTAR, UAE University, American University of Sharjah (AUS), NYU Abu Dhabi

    • Sponsors: Mubadala Technology, SRC • Focus: development of extremely low power electronic systems through

    innovation in energy scavenging, power management, sensor technologies and communications networks

    – TwinLab Microelectromechanical Systems (MEMS)

    • Collaboration with the A*STAR Institute of Microelectronics (IME) and GLOBALFOUNDRIES

    • Sponsors: Mubadala Technology, Singapore Economic Development Board (EDB)

    • Focus: development of MEMS devices, design methods and process platforms with focus on MEMS energy harvesting, inertial measurement units (IMU), opto-MEMS sensors, ultrasonic MEMS sensors and MEMS simulation, modeling and computer-aided design

  • 22

    Research Partners

    Masdar Institute Partners (Non-Exhaustive)

    Government Industry Academic

    https://www.google.ae/imgres?imgurl&imgrefurl=http://www.uaeinteract.com/docs/_Borouge_promotes_recycling_as_sustainable_solutions_for_plastic_litter_at_EcoWaste_2014/59593.htm&h=0&w=0&tbnid=zb3qIMWfefKa8M&zoom=1&tbnh=165&tbnw=305&docid=fzA3DiCP5DWNhM&tbm=isch&ei=mtxQU-nBN8Kj0QWY2YHgAQ&ved=0CAIQsCUoAA

  • 23

    Technology transfer

    Intellectual property development and exploitation via licensing and company/joint venture pathways

    Translational research programs focused priority research areas

    Funding for promising yet still-unproven research with a potentially large commercial impact

    MI-MIT Innovation Program (MMIP) joint with MIT Deshpande Center for Technological Innovation

    Innovation and entrepreneurship education

    Academic concentrations for Technology Management, Innovation and Entrepreneurship (“TMIE”) within Engineering Systems and Management

    Technopreneurship Boot Camps to provide faculty and students with experience, insights, training for technology innovation

    Innovation Scholarships for MSc students who may establish startup companies before graduation

    Innovation outreach

    Industry-university partnerships for technology innovation

    Seminars and Forums on Innovation and Entrepreneurship

    Moving Research Towards Commercial Value Technology Transfer

    WMS Metal Industries and MI interactive recycling bin

  • 24

    Moving Research Towards Commercial Value Technology Transfer

    Pre-Spin Offs 5 pre-spin-offs

    2008 2009 2010 2011 2012 2013 2014 2015 2016

    2 4 11

    25

    45

    62 72

    117

    142

    2 6 7

    15 27

    39 49

    65

    92

    1 1 3 6 14

    9 12 3 7

    Invention disclosures US Patent Applications Issued* Patents POC / Prototypes^ Pre-SpinOffs

    2016 (est) 2015 2014

    • Invention Disclosures 25+ 45 10 • Patent Applications 27+ 16 10 • US Issued + Assigned 8 3 0

    Invention Disclosure 142 Disclosures

    Innovation Idea, Concept, or Discovery

    US Patent Applications 92 applications

    Issued / Assigned Patents 14 Patents

    Pre-Spin Offs 7 pre-spin-offs

    POC / Prototypes 12 Development

    Invention Protection

  • 25

    Masdar Institute Key Figures

    14 US Patents Issued

    90+ US Patents Filed

    140+ Invention Disclosures

    5.2 Published Articles per

    Faculty in Peer-Reviewed Journals

    #14 In US News and World Report Arab Region Universities 2016

    #1 Engineering School in UAE

    As per US News and World Report Arab Region Universities 2016

  • 26

    Masdar Institute Key Figures

    92 Faculty Members

    149 PhD Students

    307 MSc Students

    52% UAE National Students

    $78m Sponsored Research Funds

  • 27

    Thank You