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Call for research associate (RA) position in DBT sponserd project
Our laboratory's focal point resides in the development and utilization of microfluidic devices, a burgeoning field with far-reaching implications. Our endeavors encompass a spectrum of microfluidics facets, each tailored to address diverse applications. This endeavor converges elements of chemical engineering, chemistry, biology, and physics, manifesting as a tapestry of interdisciplinary initiatives. At the core of our group's proficiency lies the art of microfluidic device fabrication, a craft honed through conventional lithography techniques and innovative in-house strategies, meticulously tailored to the specific objectives of each project. Our expertise extends beyond device fabrication, as we possess a deep-rooted proficiency in the synthesis of a wide array of nanostructures. This capability is harnessed through microreactor-based flow chemistry methodologies, enabling the precise engineering of nanostructures to meet stringent requirements. In practice, we employ these nano-enhanced microfluidic systems in a myriad of applications, including but not limited to inline photocatalysis, high-precision cell sorting, and advanced drug delivery systems. Our multifaceted approach to microfluidics, coupled with a commitment to innovation, fuels our pursuit of groundbreaking solutions in these domains.
Our laboratory's focal point resides in the development and utilization of microfluidic devices, a burgeoning field with far-reaching implications. Our endeavors encompass a spectrum of microfluidics facets, each tailored to address diverse applications. This endeavor converges elements of chemical engineering, chemistry, biology, and physics, manifesting as a tapestry of interdisciplinary initiatives. At the core of our group's proficiency lies the art of microfluidic device fabrication, a craft honed through conventional lithography techniques and innovative in-house strategies, meticulously tailored to the specific objectives of each project. Our expertise extends beyond device fabrication, as we possess a deep-rooted proficiency in the synthesis of a wide array of nanostructures. This capability is harnessed through microreactor-based flow chemistry methodologies, enabling the precise engineering of nanostructures to meet stringent requirements. In practice, we employ these nano-enhanced microfluidic systems in a myriad of applications, including but not limited to inline photocatalysis, high-precision cell sorting, and advanced drug delivery systems. Our multifaceted approach to microfluidics, coupled with a commitment to innovation, fuels our pursuit of groundbreaking solutions in these domains.
With our dedicated and dynamic team of students and collaborators, we are actively exploring innovative frontiers within the realm of microfluidics. Our expanding research horizons encompass several exciting domains:
With our dedicated and dynamic team of students and collaborators, we are actively exploring innovative frontiers within the realm of microfluidics. Our expanding research horizons encompass several exciting domains:
- Microfluidics for Energy Harvesting: We are pioneering the development of microfluidic systems tailored for energy harvesting, specifically designed to power low-consumption sensors and devices. This endeavor seeks to harness the potential of microfluidics in generating sustainable energy solutions.
- Flexible Microfluidic Sensors in Biomedical Applications: Our research extends to the creation of flexible microfluidic sensors optimized for biomedical contexts. These cutting-edge sensors promise to revolutionize diagnostics and monitoring in healthcare by providing real-time, adaptable solutions.
- Flexible Substrates and Microfluidic Devices for Chemical and Gas Sensing: We are at the forefront of innovation in the design and fabrication of flexible substrates and microfluidic devices for chemical and gas sensing. This work has far-reaching implications for environmental monitoring, safety, and chemical analysis.
- Nature-Inspired Microfluidic Devices (Biomimicry): Drawing inspiration from nature's intricate designs, we are engaged in the development of microfluidic devices that mimic natural systems. This biomimetic approach holds the potential to unlock novel solutions in fields ranging from fluid dynamics to material science.
Our commitment to exploring these emerging facets of microfluidics underscores our dedication to pushing the boundaries of knowledge and contributing to transformative breakthroughs in science and technology. Together with our enthusiastic team, we are poised to make significant strides in these exciting areas of research.
Our commitment to exploring these emerging facets of microfluidics underscores our dedication to pushing the boundaries of knowledge and contributing to transformative breakthroughs in science and technology. Together with our enthusiastic team, we are poised to make significant strides in these exciting areas of research.
Our lab work is highlighted in DST Media and the Ministry of Science and Technology entitled "New paper-based device can simplify sensing of the contaminants" - Click here to read and Read more here
Our lab work is highlighted in DST Media and the Ministry of Science and Technology entitled "New technology can help fabricate cost-effective & efficient piezoelectric devices for wearable applications." - Click here to read and Read more here
Our laboratory maintains an ongoing search for exceptionally talented and driven individuals from diverse academic backgrounds encompassing Materials Science, Physics, Chemistry, Biochemistry, Biotechnology, and Engineering. We invite applications for various positions within our research team, including:
Our laboratory maintains an ongoing search for exceptionally talented and driven individuals from diverse academic backgrounds encompassing Materials Science, Physics, Chemistry, Biochemistry, Biotechnology, and Engineering. We invite applications for various positions within our research team, including:
- PhD Candidates: We welcome aspiring doctoral researchers who aspire to pursue a PhD in our laboratory. Our research environment fosters intellectual growth and innovation, making it an ideal setting for those seeking to make significant contributions to their respective fields.
- Project Researchers: We have opportunities for researchers to join our ongoing projects, contributing their expertise and insights to our collaborative efforts. These positions offer a unique platform to work on cutting-edge research with a multidisciplinary team.
- Postdoctoral Researchers (RA): We invite postdoctoral researchers to explore collaborative research opportunities within our laboratory. These positions are designed for individuals who have recently completed their doctoral studies and seek to further their research careers in a stimulating and supportive environment.
- Internship Opportunities: We encourage motivated students interested in internships lasting six months or longer to reach out to the group leader via email. Our internships provide valuable hands-on experience and exposure to our exciting research endeavors.
At our laboratory, we value diversity, innovation, and a collaborative spirit. If you are passionate about pushing the boundaries of knowledge and exploring the exciting world of microfluidics and related disciplines, we encourage you to get in touch with the group leader via email to explore opportunities for joining our dynamic research team. Together, we can embark on a journey of discovery and innovation that promises to shape the future of science and technology.
At our laboratory, we value diversity, innovation, and a collaborative spirit. If you are passionate about pushing the boundaries of knowledge and exploring the exciting world of microfluidics and related disciplines, we encourage you to get in touch with the group leader via email to explore opportunities for joining our dynamic research team. Together, we can embark on a journey of discovery and innovation that promises to shape the future of science and technology.
New: Vacancy (1) RA in the field of microfluidics. Interested candidates kindly email to bhanup@inst.ac.in
New: Vacancy (1) RA in the field of microfluidics. Interested candidates kindly email to bhanup@inst.ac.in
New: Vacancy (1) for project JRF and (4) PhD students in the field of microfluidics. Interested candidates kindly email to bhanup@inst.ac.in
New: Vacancy (1) for project JRF and (4) PhD students in the field of microfluidics. Interested candidates kindly email to bhanup@inst.ac.in
Note: PhD positions are available subject to the selection through INST application & interview process. Prospective candidates who are interested in pursuing a PhD in our research group are encouraged to initiate contact via email. This initial correspondence will serve as a platform for discussion, enabling us to provide you with guidance on the application process.
Note: PhD positions are available subject to the selection through INST application & interview process. Prospective candidates who are interested in pursuing a PhD in our research group are encouraged to initiate contact via email. This initial correspondence will serve as a platform for discussion, enabling us to provide you with guidance on the application process.
For latest opportunities/vacancy or for collaboration with our research group, please contact:
For latest opportunities/vacancy or for collaboration with our research group, please contact:
Dr. Bhanu Prakash
Dr. Bhanu Prakash
Scientist & Group Leader
Scientist & Group Leader
Microfluidics Research Laboratory
Microfluidics Research Laboratory
Office # 104, Institute of Nano Science and Technology
Office # 104, Institute of Nano Science and Technology
Sector 81, Knowledge City, SAS Nagar
Sector 81, Knowledge City, SAS Nagar
Pin: 140306; Office# 0172-229-7021
Pin: 140306; Office# 0172-229-7021
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