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RESEARCH THEME:
RESEARCH THEME:
The prime target of our research activities is to develop advanced biopolymeric materials e.g., hydrogel fiber, carbon fiber, carbon and polymeric materials composites for novel applications such as energy and bioelectronics; environmental and agricultural applications. We mainly focus on the development of novel technologies for device fabrication and for smart applications. Together we have made a strong group who are working together with chemical engineer, chemists, biomedical engineers, and material scientists for achieving these goals. Our multidisciplinary research activities basically combine the fundamental and translational studies at the interface between material science, chemistry, chemical engineering, nanotechnology, and plant biology with the aim of:
Improving the performance of the state of art materials and develop novel techniques to fabricate smart materials for unique applications by developing simple, sensitive and low-cost methods.
Generating breakthroughs in fundamental sciences and engineering.
Incorporation of multidisciplinary unit to bring the best ideas.
CURRENT PROJECTS:
CURRENT PROJECTS:
i. Natural polymers based biodegradable hydrogel fiber for soft bioelectronics and agricultural materials.
[Synopsis: Development of totally natural polymer and natural macromolecule-based hydrogel without using any toxic cross-linkers.]
ii. Development of biodegradable hydrogel for pesticide delivery in plant
[Synopsis: Development of hydrogel for pesticide delivery.]
iii. Development of natural polymer-based hydrogel for ion detections from the environment.
[Synopsis: Development hydrogel for ion detection.]
iv. Development of polymer-based carbon nanostructures doping for electrical and energy applications”. Project funded by NRF, South Korea.
[Synopsis: Development of carbon fiber-based free stranding electrodes for electrical and energy applications.]
RESEARCH THEME:
RESEARCH THEME:
The prime target of our research activities is to develop advanced biopolymeric materials e.g., hydrogel fiber, carbon fiber, carbon and polymeric materials composites for novel applications such as energy and bioelectronics; environmental and agricultural applications. We mainly focus on the development of novel technologies for device fabrication and for smart applications. Together we have made a strong group who are working together with chemical engineer, chemists, biomedical engineers, and material scientists for achieving these goals. Our multidisciplinary research activities basically combine the fundamental and translational studies at the interface between material science, chemistry, chemical engineering, nanotechnology, and plant biology with the aim of:
Improving the performance of the state of art materials and develop novel techniques to fabricate smart materials for unique applications by developing simple, sensitive and low-cost methods.
Generating breakthroughs in fundamental sciences and engineering.
Incorporation of multidisciplinary unit to bring the best ideas.
CURRENT PROJECTS:
CURRENT PROJECTS:
i. Natural polymers based biodegradable hydrogel fiber for soft bioelectronics and agricultural materials.
[Synopsis: Development of totally natural polymer and natural macromolecule-based hydrogel without using any toxic cross-linkers.]
ii. Development of biodegradable hydrogel for pesticide delivery in plant
[Synopsis: Development of hydrogel for pesticide delivery.]
iii. Development of natural polymer-based hydrogel for ion detections from the environment.
[Synopsis: Development hydrogel for ion detection.]
iv. Development of polymer-based carbon nanostructures doping for electrical and energy applications”. Project funded by NRF, South Korea.
[Synopsis: Development of carbon fiber-based free stranding electrodes for electrical and energy applications.]
Hydrogel film and fiber preparation from natural polymers.
Fabrication of hydrogel based materials for plant growth; seed culture and pesticides delivery.
Smart farming through monitoring and control of greenhouse plant growth using artificial intelligence (AI) and internet of things (IoTs)
Environmental remediation (e.g., agricultural applications).
Bio-fabrication and 3D printing of hydrogel.
Soft bioelectronics applications.
Environmental remediation (e.g., agricultural applications).
Detection of micropollutants and diseases control.
Seed culture and hydrogel design for physicochemical study.
Carbon fiber preparation from polymeric materials
Composite materials based on carbon fiber and conductive polymers.
Smart flexible materials fabrication.
Highly conductive polymer and carbon fiber composite materials.
Energy applications (e.g., water splitting and supercapacitor).
Smart sensors development.
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