Ashutosh Tiwari is a Director at Institute of Advanced Materials, VBRI; Secretary General, International Association of Advanced Materials; Chairman and Managing Director of VBRI Sverige AB and AAA Innotech Pvt. Ltd; Editor-in-Chief, Advanced Materials Letters; and Guest Editor, 2D Materials in Biosensors & Bioelectronics for the Special issue of Biosensors and Bioelectronics, Elsevier. Prof. Tiwari has several honorary professorship affiliations since 2009. Just after completed his PhD from University of Allahabad in 2005, he joined as young scientist at National Physical Laboratory, India and later moved to University of Wisconsin, USA for postdoctoral research. He obtained various prestigious fellowships including Marie Curie, The European Commission; JSPS (regular and bridge fellow), Japan; SI, Sweden; and from INSA, CSIR & DST, India. He is actively involved in the translational research in the area of digital health, security, and cutting-edge technologies for new age devices. He taught courses on the intelligent materials, nanomaterials and atom-thick materials for biomedical, biosensing and energy devices. Dr. Tiwari is recipient of prestigious 'The Nano Award', 'Innovation in Materials Science Award' and 'Advanced Materials Medal' for his notable contributions to smart materials and biomedical nanotechnology. He has about 200 peer-reviewed publications in the field of materials science and nanotechnology including 50+ edited books on the advanced materials and nanotechnology. He is the series editor of the Advanced Materials book series and Advanced Nanomaterials Series and a founder member & chair of Advanced Materials Congress and Graphene Forum, USA, Europe and Asia; Smart Materials and Surfaces; International Conference on Material Science and Technology and Nanomaterials and Nanotechnology. Prof. Tiwari serves as scientific evaluator, member of experts in several panels and committee to various governmental and non-governmental agencies; member of PhD committee, and have been invited for 50+ plenary, keynote and invited lectures in the international conferences.
"The Institute of Advanced Materials focuses on developing new functional materials and has collaborators in Sweden and abroad. IAM follows a consortium approach for development of its technologies and for providing the total science and engineering package to its collaborators. The research objectives include to keep the orientation of the most focus aspects of environmental friendly nanomaterials and nanotechnology for example, stimuli-responsive nano-systems engineering to industries and end users, particularly those involved in the material and biocatalysis sectors for solving real practical environmental problems connecting the development of innovative analytical methods, as support tool to the interpretation of processes. Further, our research targets particularly challenges posed to modern society by key emerging medical issues so-called trace and/or new emergent super-thin medical diagnostic tools. These objectives are also including the development, testing and validation of advanced methodologies and biomedical indicators related to research needs arising from recent and envisaged medical devices such as digital healthcare and mHospitals."
Advanced Materials research lies in the design and developments of high-tech materials and their integrated standards which applies in the range of technological upheavals as summarized below:
Technologies integration of microsystems and microelectronics for a variety of industries including medical technology, aerospace, automotive, safety, engine performance, efficiency, navigation, comfort and entertainment energy technology or everyday consumer products. Smart tiny healthcare systems could provide faster, non-invasive,and cost-effective diagnosis for diseases.
In aerospace, flights mobility systems with effective communications, and smart systems and nanoscale engineering are overwhelmed in space technology for cutting-edge utensils.
Super-thin Power Electronics has significantly advancement over the last decade due to developments of atom-thick materials and nanoscale technology such as devices and circuits, which results a high and upgrade performance and flexible electronic systems. We take challenges to fulfill need of industry and market to provide technology for design and developments of integrated super-thin circuits of high-performance. Our team gaining interest in ultra-thin chips and provide technology and consultancy for various industry-based products for electrical, energy, thermal, computing, data storage etc.
Our recent and advanced Live Health Technology is open platform and one-stop doorstep solution for all kind of health issues. This Live Health Technology able to improve healthcare outcomes through advanced and integrated platform of patients, doctors, pharmacy, and diagnostic centers. This open platform manages patients, financial transactions in cost-effective and simplified manner. This platform integrated in mobile devices and monitor real time health statistics and data with standardized Live Health Technology and ready to exchange, information according to the status of patients.
In present scenario, water quality assurance is one of major obligation for hi-tech giants. Using engineered nanomaterials (ENMs) and advanced material for technological solutions considered as best initiative to warrant the water quality. Water nanotechnology provides a sustainable water quality management system for the future either through next-generation water monitoring systems or water purification systems such as nano-filtration, etc.
Our advanced research on water nanotechnology and nano-sensors for the purification and monitoring system provide solutions to all kind of water impurities.
Prof. Tiwari has made a significant contribution in the field of energy conversion and storage. Many works related to energy field, published and being tested in the laboratory for the commercialization purpose.
Dr. Ashutosh Tiwari has been involved for the cost-effective and efficient fabrication sensing/bio sensing devices for the society. Important contributions of his team are the early diagnosis of cancers and myocardial injury.
Dynamic bioelectronics for on/off-switchable devices have recently gained tremendous research attentions. Dr. Ashutosh Tiwari and his group first timedemonstrated an on/off‐switchable atom-thin zipper‐like bioelectrocatalysis using triggered functions for example, he reported the fabrication of temperature, light, pH-induced graphene bioelectronics forsequential and/or controlled enzymatic reactions.
Prof. Ashutosh Tiwari has reported a high turnover, on/off-switchable functionally popping reactive oxygen species (ROS) generator by using a smart mesoporous titanium dioxide popcorn (TiO2Pops) nanoarchitecture. His significant contributions in the field of smart theranostic nanomedicines and tissue engineering are well established.