Smart Materials and Nanotechnology

Prof. Paul Mayrhofer from the Institute of Materials Science and Technology at Vienna University of Technology. The Austrian Academy of Sciences honors Mayrhofer's scientific achievements: he was elected to the Young Curia and officially accepted on 15 May. Paul Mayrhofer has already been awarded several important prizes, including the Start Prize, the Theodor Körner Prize and the Houska Prize of the B & C Private Foundation. In 2012, Paul Mayrhofer was appointed Professor of Materials Science at the Vienna University of Technology. Previously, he worked at Montanuni Leoben, the University of Illinois (USA) and RWTH Aachen University. At the Vienna University of Technology he heads the Christian Doppler Laboratory "Application Oriented Coating Development", where coatings for metals are developed in close cooperation with leading commercial enterprises.

Materials Science and Engineering

"Northwestern Engineering’s Manijeh Razeghi has received the 2018 Benjamin Franklin Medal in Electrical Engineering from The Franklin Institute, one of the oldest centers for science education and development in the country". Manijeh Razeghi is the Walter P. Murphy Professor of Electrical Engineering at Northwestern University and Director of the Center for Quantum Devices, which she founded in 1991 after a successful 10-year career as the Director of Exploratory Materials at Thomson-CSF, France. She is one of the leading scientists in the field of semiconductor science and technology, having pioneered the development and implementation of major modern epitaxial techniques. Her current research interest is in nanoscale optoelectronic quantum devices from deep-UV up to terahertz. At Northwestern University she has commercialized aluminum-free pump lasers, developed type-II superlattices for next generation infrared imagers (an area in which she holds key patents), and currently holds most of the quantum cascade lasers records for high power and tunability. She has authored 18 books, 31 books chapters, and more than 1000 journal publications. She is editor, associate, and board member of many journals, including Nano Science and Nano technology. Her awards include the IBM Europe Science and Technology Prize, the SWE Lifetime Achievement Award, the R.F. Bunshah Award, the IBM faculty award, Jan Czochralski Gold Medal, and many best paper awards. She is a fellow of SWE, SPIE, IEC, OSA, APS, IOP, IEEE, and MRS.

Quantum Devices

Ephraim Suhir has his expertise in materials science and engineering, with an emphasis on predictive modeling of the mechanical behavior and performance of electronic materials and systems. He is Life Fellow of the IEEE, the ASME and the SPIE and Fellow of the APS and IoP, UK. Ephraim received numerous professional awards and authored 400+ publications. and co-authored over

Applied Mathematics, Applied and Mathematical Physics, Materials Science and Engineering, Applied Mechanics, Applied Probability, Probabilistic Analyses and Probability-Based Physical Designs of Electron Devices, Probabilistic Methods in Reliability Engineering, Probabilistic Risk Assessment and Management, Analytical (Mathematical) Modeling in Applied Science and Engineering, Photonics, Fiber Optics, Mechanics of Optical Fibers and Systems, Design for Reliability (DfR) of Electronic, Opto-Electronic and Photonic Systems, Composite and “Smart” Materials and Systems, Thin Film Mechanics and Physics, Shock and Vibration Analyses, Shock and Vibration Testing, Dynamic Response of Materials and Structures to Shocks and Vibrations, Thermal Stress Analysis, Prediction and Prevention of Thermal Stress Failures, Solder Materials and Solder Joint Interconnections in Electronic and Optical Engineering, Embedded Systems, Polymeric Materials in Electronics and Photonics, Photovoltaic and Thermo-Electric Modules: Physical Design for Reliability, Nanotechnologies and Nanomaterials, Stretchable (Large Area) Electronics and Photonics: Physical Design for Reliability, Lattice-Misfit Systems: Stress Analysis and Reliability Evaluations, Technical Diagnostics, Prognostics and Health Monitoring (PHM), Vehicular (Automotive, Aerospace, Maritime) Electronics and Photonics: Design for Reliability, “Human-in-the-Loop”: Human-Equipment-Environment Performance and Interaction, Quantification of the Role of the Human Factor in Various Tasks, Missions and Situations, Aerospace Human Psychology

Dr. Ivoyl P. Koutsaroff is a Principle Engineer working on new acoustic materials targeting improvement of microacoustic device performances by lowering their viscous losses and development of improved new piezoelectric materials suitable for high performance RF front-end components, Technology R&D with Qualcomm Technologies Inc., Maitland, Florida, USA. Prior to joining Qualcomm, he has been working at Qorvo Inc. Since 2005, for a decade, he was working as a Principle Research Engineer at New Technology Center, Murata Manufacturing Co., Ltd., Kyoto, Japan, responsible for ferroelectric thin film research, new functional oxides (oxynitrdes) and electrode materials development, process integration and performance improvement of various RF front-end devices (e.g., BST varactors and piezo-MEMS). He was core member of a national join collaborative project supported by the Japan Society for the Promotion of Science (JSPS) for development of tunable SAW filters combined with BST varactors monolithically integrated on the same chip. Dr. Koutsaroff has given invited lectures at ISIF Symposia, MRS Symposia, FMA, ISAF, Ceramics Society of Japan, ICC3, ISSP, WCAM-2013, WCSM-2015, E-MRS 2015, etc. conferences as well various industrial R&C Centers in Japan, USA, Canada, Germany, France and Switzerland, co-edited proceedings in the ferroelectric thin films field, and he holds more than 40 patents in areas such as high density thin film capacitors, oxynitride perovskites materials and tunable SAW filters. He is a member of the IEEE, the Materials Research Society (MRS), the American Chemical Society (ACS), and the Electrochemical Society (ECS). He also an Editorial Board Member of AU Journal of Technology, Assumption University, Thailand. Regular referee for JAP, APL, APL Materials, J Chem Phys, American Institute of Physics (AIP) publications.

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Hao GONG completed his PhD 26 years ago from Delft University of Technology, the Netherlands. He is a full professor at Department of Materials Science and Technology, National University of Singapore. His research areas are in electronic, functional, and sustainable energy materials thin films, nanostructures, heterostructures and devices. He has published more than 200 papers in reputed journals and has served as reviewers for more than 30 internation journals including Nature communications, Advanced Materials, Nano Letter, ACS Nano, JACS, etc. He is an editorial board member of Scientific Reports, and guest editors of some special issues of a few journals. He has been chairman for a few international conferences. His research areas are in electronic, functional, and sustainable energy materials thin films, nanostructures, heterostructures and devices. Considerable efforts have been made in the design, fabrication and study of electronics and functional thin films and structures. PVD, CVD and chemical solution techniques are used for thin film deposition and nanostructure fabrication. Transmission electron microscopy (TEM), electron diffraction and several other material characterisation methods are also of interest to his research group. Of particular interest and concentration are supercapactors, solar cells and transparent and functional semiconducting and conducting oxide (TSO and TCO) and compound semiconductor thin films; nanostructures and devices, owing to their unique and special applications; supercapacitors; solar cells; functional devices. One of the most challenging and difficult parts of the TSOs work is the fabrication of highly conductive p-type TSOs and compound semiconductors, whose success can lead to new generation devices and applications. The p-type TSOs we have fabricated successfully include Cu-Al-O (a USA patent has been issued), ZnO (a USA patent has been filed), and Cu2O. The n-type TSOs and TCOs his team successfully fabricated include nanostructured or/and amorphous ZnO, SnO2, IZO (indium zinc oxide), and ITO (indium tin oxide) thin films. Transparent p-n junction diodes have also been succeeded. Other functional II-VI and III-V semiconductor thin films for photovoltaic applications are also our interest. High energy density supercapacitors have been succeeded. In addition, gas sensors based on semiconducting oxide films have been studied. Furthermore, his group has studied various layers of films in solar cells and integrated circuits through collaboration with solar cell and semiconductor wafer fabrication industries.

His research Interest are in electronic, functional, and sustainable energy materials thin films, nanostructures, heterostructures and devices. Considerable efforts have been made in the design, fabrication and study of electronics and functional thin films and structures. PVD, CVD and chemical solution techniques are used for thin film deposition and nanostructure fabrication. Transmission electron microscopy (TEM), electron diffraction and several other material characterisation methods are also of interest to his research group.

Alexander M. Seifalian (AMS) who is Professor of Nanotechnology and Regenerative Medicine and Head of Department with a multidisciplinary background from nuclear physics to physiology, nanotechnology, bio-materials, interaction of cells with nano-composite materials as well as working on stem cells. He is Fellow of the Institute of Nanotechnology (FIoN) and Society of Biology (FSB), and has published over 630 peer-reviewed articles, 41 book chapters and 10 international patents. He is currently serving as a Guest editor for Nano Reviews Journals. His current projects have led to the development of cardiovascular implants using nano-materials and stem cell technology, development of organs using tissue engineering and nano-particles for the detection and treatment of cancer. He was awarded the top prize in the field of nano-materials for cardiovascular implants in 2007 by Medical Future Innovation, and in 2009 received a Business Innovation Award from UK Trade & Investment (UKTI) in the Life Sciences and Healthcare Category. He received the most innovative new product award in 2012 for the ‘synthetic trachea’ by European Life Science, Hamburg, Germany, and in 2013 was acknowledged by the international community for his outstanding achievements in Nano-science and Nanotechnology with the prestigious Nanosmat prize award in Granada, Spain. AMS has a significant track record with regard to generating impact through the translation of technology from the laboratory directly to the clinic, and has demonstrated that nano composite polymers are core to the next generation of surgical implants with highly successful outcomes in a number of pioneering projects. This led to the development of the world’s first synthetic trachea, nasal and ear reconstruction, lacrimal duct conduit, and small diameter bypass grafts for coronary artery and vascular replacemnet, which has enter clinical trials, all of which have been used as first-in-man. His experience in translational research has led to a number of cutting edge projects at various stages of development. For example, we have developed abdominal aortic aneurysm (AAA) stent-grafts, cardiac patches and transcatheter heart valves at the pre-clinical stage of development and will be ready for clinical trials in early 2015.

His research team is highly experienced in reaching planned objectives and delivery of projects of this nature. During his career he has led many large projects with multidisciplinary teams composed of scientists, engineers, and clinicians in collaboration with UK industry, all with very successful outcomes in terms of commercialization and translation to benefit patient healthcare including; i) commercialization of bypass grafts for vascular access and dialysis; and ii) development of laser activated vascular sealants, which have been commercialized, and many others medical devices currently in development

Dr. Abbas Amini is an associate lecturer, a registered member of Western Sydney University graduate supervisory board at the School of Computing, Engineering and Mathematics, and the member of Work Health and Safety Committee of the same university. Before joining the Western Sydney University, he had conducted research with other Australian universities and CSIRO, at Monash University, Deakin University, and the University of Melbourne. His fine outcomes have been presented in high impact factor journals, e.g., Nature publication group, and a book published in 2016. Abbas started his teaching, industrial and scientific journey from obtaining an associate’s degree in mathematics, BSc and MSc in mechanical engineering, and PhD in both nanotechnology and mechanical engineering from the Hong Kong University of Science and Technology. He has also updated himself by several Australian and Canadian nationally recognized professional certificates and diplomas, e.g., FULT (Foundations of University Learning and Teaching from Western Sydney University), TAE, WHS, CNC etc., since then. With his intense schedule, he has been extensively involved in teaching for many years, and worked in industry, e.g., Magna Powertrain, Toronto, Canada, as a professional engineer and industrial designer for a period of six years. Dr Amini is a member of American Society of Mechanical Engineers (ASME), an active reviewer for and editor of several ISI journals, and a committee member of 14 international conferences to-date, including the co-chair of 8th International Conference of ICCAE 2016, Melbourne, Australia, Mar. 3-4, 2016. Dr Amini is supervising four PhD candidates at present, and is open for scientific and funding collaborations

Dr. Amini's research focus in particular covers a wide range of multidisciplinary aspects: biomedical materials, bioplastics, shape memory alloys, water treatment, drug delivery systems, piezoelectric materials, graphene, graphane, CNTs, biodegradable polymeric nano-composites, TiO2, ZnO, environmental sustainability and water efficiency, experimental analysis, multi-scale (nano to macro) modelling of multi-physics phenomena, indentation methods, 3D printing, phase transition, mechanics of materials, fabrication of modern composites, manufacturing, offshore naval structures, and ship design. Key words: Bionanotechnology; Biodegradabple polymers; 3D printing; Biomedical materails; Shape memory alloys; Bio-applications of carbon-base materials

Professor Manas Chandra Ray is a professor of Mechanical Engineering at Indian Institute of Technology, Kharagpur, India. He earned the B.E. degree in Mechanical Engineering from Jadavpur University, Calcutta in 1986, the M.Tech degree in the specialization of Machine Dynamics and the Ph.D. degree in Mechanical Engineering from the Indian Institute of Technology, Kharagpur in 1988 and 1995, respectively. Professor Ray worked for five years at M/S Jessop & Co. Ltd., Kolkata where he gained substantial experience in design, development and manufacturing of sophisticated cranes, mining machinery and earth moving equipment. Professor Ray carried out his postdoctoral research on active constrained layer damping of smart structures in the Department of Mechanical Engineering of the Catholic University of America, Washington, D. C. during November 1995 to May 1997. For carrying out further research on Smart structures, he joined University of Maryland at College Park, Maryland, USA as a Visiting Assistant Professor and worked on Smart Structures during May 1999 to December 2000. He was a Visiting Associate Professor at Texas A&M University, College Station, Texas, USA during 2003 to 2004. He also held several Visiting Positions for carrying out collaborative research on smart structures at Virginia Tech., Blacksburg, USA, University of Maryland at College Park, USA, Massachussetts Institute of Technology, Cambridge, MA, USA, University of California at Irvine, California, Texas Tech. University, Texas and Rensselaer Polytechnic Institute, Troy, New york. Prof. Ray published more than 115 international journal papers in the peer reviewed international journals and guided 10 Ph.D. Theses on Smart Structures/Fuzzy Fiber Reinforced Composites as a sole supervisor. He is an elected Fellow of the Indian National Academy of Engineering. Professor Ray is one of the pioneering researchers in the area of smart materials and structures. So far, he is the first researcher on smart composite structures in Europe and Asia. Deriving the exact solutions of Smart Structures is one of his notable contributions in the field of Smart Structures. The pioneering research on the development of the novel methods for active structural-acoustic control and active constrained layer damping of nonlinear vibrations of smart structures using 1-3 piezoelectric composites goes to his credit. Towards the development of new smart composite materials his novel research revealed that the piezoelectric coefficients of the existing 1-3 piezoelectric composite are significantly improved by growing radially aligned carbon nanotubes (CNTs) on the surface of the piezoelectric fibers. Use of the wavy CNTs for developing multifunctional CNT-reinforced hybrid nanocomposites is his novel idea. He derived several micromechanics models to authenticate that if the fibers of the polymeric composites are coated with radially grown wavy CNTs, the effective elastic and thermo-elastic properties of the augmented composite called the fuzzy fiber-reinforced composite are significantly improved as compared to those of the composite without CNTs. Recently, he explored that the thermal conductivities of fuzzy carbon fiber heat exchanger can be dramatically enhanced by exploiting wavy CNTs. Most recently, he published benchmark papers on the flexoelectric responses of nanobeams for developing smart nano sensors and actuators. He is now focused on the modeling of flexoelectric effects in living biological membranes.

Smart Materials

Dr Anshuman Srivastava, obtained his Ph.D in the field of Material Science and Engineering from Indian Institute of Technology (BHU) Varanasi, India. He has worked as a Joint Director (R and D), IIP Mumbai, Government of India. Presently, he is working as Associate Professor in Mechanical Engineering Department, SIET Allahabad, India. He has published many research papers in journals like Composites Science and Technology, Journal of Power Sources, Material Research Bulletin and many others. He is life member of various professional bodies like Electron Microscopy Society of India, International Association of Engineers (IAENG), IAENG Society of Industrial Engineering, IAENG Society of Mechanical Engineering, Material Research Society of India, Indian Society for Technical Education, Asian Polymer Association, Indian Society for Advancement in Material Processing and Engineering. Presently he is guiding several under graduate and post graduate research work.

Polymer matrix composites, Metal matrix composites, Natural fibre reinforced Epoxy based Composites, Biocomposites and Nanocomposites.

Prof. Ch. Sanjay had joined GITAM University, Hyderabad as a Founder Campus Director in June 2009 till July 2014. At present, he is Dean and Principal, School of Technology, GITAM University and has been a member of Board of Management and Academic Council since 2009. He is a certified Corporate Director of World Council for Corporate Governance, UK and visited most of the South Asian Countries for Research and presenting papers in various International Conferences. He has more than 24 years of experience in Industry, Research & Teaching and had worked four years as a Associate Professor of Manufacturing Engineering and Management at Government Universities in Malaysia and Singapore. He was a key note speaker for more than 40 international and national conferences and a member of advisory and technical committee for more than 60 international conferences and had successfully organized 65 international and national conferences / workshops. He is member, Editorial Board and Reviewer for more than 20 international journals and evaluated 16 doctorial theses in mechanical / manufacturing / management / information technology of various universities and he is currently guiding 5 research scholars for their doctoral work. He has to his credit 4 books published by reputed publishers and authored more than 60 research papers and published in peer reviewed and indexed journals and conference proceedings. He is a Member of Academic council / Board of Studies / Research & Development Cell / Recruitment and Selection/purchasing/curriculum Design/ university inspections for various International / State / Deemed Universities since 2001.He is in recipient of many International and National award such as Academic Excellence, Research Excellence , Best Engineer, Best Principal award, Best Academic Administrator, Education leadership and Engineers Educator award.

IT applications in Manufacturing Engineering, Machine Tools & Cutting Tools, Materials Engineering, Artificial Intelligent Systems, Smart Materials & Composites, Industrial Engineering & Management, Product Design & Development, CAD/CAM/CIM, Robotics & Automation, Non-conventional Energy & Energy Management and Human Resource Management.

Alexander M. Seifalian (AMS) who is Professor of Nanotechnology and Regenerative Medicine and Head of Department with a multidisciplinary background from nuclear physics to physiology, nanotechnology, bio-materials, interaction of cells with nano-composite materials as well as working on stem cells. He is Fellow of the Institute of Nanotechnology (FIoN) and Society of Biology (FSB), and has published over 630 peer-reviewed articles, 41 book chapters and 10 international patents. He is currently serving as a Guest editor for Nano Reviews Journals. His current projects have led to the development of cardiovascular implants using nano-materials and stem cell technology, development of organs using tissue engineering and nano-particles for the detection and treatment of cancer. He was awarded the top prize in the field of nano-materials for cardiovascular implants in 2007 by Medical Future Innovation, and in 2009 received a Business Innovation Award from UK Trade & Investment (UKTI) in the Life Sciences and Healthcare Category. He received the most innovative new product award in 2012 for the ‘synthetic trachea’ by European Life Science, Hamburg, Germany, and in 2013 was acknowledged by the international community for his outstanding achievements in Nano-science and Nanotechnology with the prestigious Nanosmat prize award in Granada, Spain. AMS has a significant track record with regard to generating impact through the translation of technology from the laboratory directly to the clinic, and has demonstrated that nano composite polymers are core to the next generation of surgical implants with highly successful outcomes in a number of pioneering projects. This led to the development of the world’s first synthetic trachea, nasal and ear reconstruction, lacrimal duct conduit, and small diameter bypass grafts for coronary artery and vascular replacemnet, which has enter clinical trials, all of which have been used as first-in-man. His experience in translational research has led to a number of cutting edge projects at various stages of development. For example, we have developed abdominal aortic aneurysm (AAA) stent-grafts, cardiac patches and transcatheter heart valves at the pre-clinical stage of development and will be ready for clinical trials in early 2015.

His research team is highly experienced in reaching planned objectives and delivery of projects of this nature. During his career he has led many large projects with multidisciplinary teams composed of scientists, engineers, and clinicians in collaboration with UK industry, all with very successful outcomes in terms of commercialization and translation to benefit patient healthcare including; i) commercialization of bypass grafts for vascular access and dialysis; and ii) development of laser activated vascular sealants, which have been commercialized, and many others medical devices currently in development