Chemical Nanotechnology Research Centre
 Research Centre

Nanotechnology Research Centre

An interdisciplinary research hub at the Department of Chemical Engineering — advancing the science of nanomaterials, thin films and functional nanocomposites for applications spanning biomedicine, clean energy, environmental sensing and next-generation electronics.

15+Thrust Areas
MultiDisciplinary
GlobalCollaborations
ActiveResearch Output
01 · About the Centre

An interdisciplinary research centre

The Nanotechnology Research Centre at Amal Jyothi College of Engineering is housed within the Department of Chemical Engineering and operates as a collaborative platform for faculty and researchers working at the intersection of chemistry, materials science, electronics, biotechnology and advanced characterisation. The centre conducts focused research on the synthesis, characterisation and application of nanomaterials — from polymeric nanocomposites and carbon nanotubes to functional thin films and nanostructured materials for biomedical and energy applications.

Drawing on the department's strengths in chemical engineering, reaction engineering and process simulation, the centre provides an environment where foundational science meets translational engineering — producing research outputs that contribute to both academic literature and real-world technological problems.

02 · Vision & Mission

What we stand for

Vision

To be a leading research centre in India advancing fundamental and applied nanotechnology — with emphasis on nanomaterials for health, energy and environmental sustainability.

Mission

To pursue rigorous interdisciplinary research, foster collaborations with national and international laboratories, and translate discoveries into publications, patents and deployable technologies.

03 · Research Thrust Areas

Where our research is focused

The centre's research spans four major verticals, each addressing challenges relevant to contemporary science and industry:

Nanomaterials & Synthesis
Polymeric Nanocomposites Carbon Nanotubes Graphene / Graphene Oxide Nanoparticles Nanoadhesives Semiconductor Nanostructures
Thin Films, Membranes & Low-Dimensional Structures
Nanomembranes Conductive Nanofilms 1D / 2D / 3D Nanostructured Materials Thin Films for Opto-Electronics
Functional Applications
BiomedicalNanocomposites for bone replacement, dental and anti-bacterial applications
Clean EnergyEnergy storage devices and solar-cell applications
Gas SensingNanostructured materials and thin films for gas & environmental sensing
Magnetic & OpticalMagnetic, opto-electronic and solar-cell applications
Drug DeliveryPolymer nanocomposites for biosensors and targeted drug delivery
AutomotivePolymer nanocomposites for automotive parts and tribological properties
EnvironmentalNew materials for clean-energy and environmental remediation
ElectronicsNovel materials for medicine, clean energy and electronic devices
Cross-cutting themes: sustainability, scale-up feasibility, and process-engineering integration run across every thrust area — ensuring research outputs are not only scientifically novel but industrially translatable.
04 · Research Facilities

Infrastructure for serious research

The centre benefits from the Department of Chemical Engineering's shared laboratory infrastructure — including a FIST-funded lab and nine core laboratories — plus dedicated instrumentation for nanomaterials work.

FIST-funded research lab
Grade-B Water & Wastewater Analysis Lab (KSPCB approved)
Trinocular Biological Microscope (LM-52-1803D)
UV-VIS Spectrophotometer
Brookfield Digital Viscometer
Particle Technology Lab
Heat & Mass Transfer Labs
Clean-energy room (under development)

Access to institution-wide characterisation facilities — including XRD, FTIR and SEM equipment available through collaborative arrangements — supports the centre's materials-characterisation work.

05 · Faculty & Collaborations

A team with international research experience

The centre's faculty have trained and collaborated with leading international research institutions. Research direction is set through active participation in conferences, co-authored publications and expert exchanges.

Faculty Expertise

Ph.D-qualified researchers with experience spanning nanomaterials synthesis, thin-film deposition, polymer engineering, reaction engineering and advanced characterisation techniques.

External Engagement

Regular expert lectures by scientists from national and international research laboratories, and collaborative links with IITs, NITs, IISc, and select international universities.

Publications & Dissemination

Peer-reviewed journal papers and conference presentations covering the centre's thrust areas — ongoing output tracked through the department's publication database.

Industry & Institutional MoUs

The department's industry MoUs (KMML Kollam; SynergenOG, December 2025) create additional pathways for applied research and technology transfer.

06 · Engage With the Centre

Work with us

We welcome research collaboration, consultancy engagements and institutional partnerships aligned with our thrust areas. The centre is open to:

  • Collaborative research projects — joint investigations with academic and industry partners
  • Research scholars pursuing Ph.D in nanotechnology or allied chemical-engineering domains
  • Consultancy on nanomaterial characterisation and water-quality analysis
  • Guest lectures & workshops hosted in collaboration with visiting scientists
  • Summer research and short-term project engagements for suitably qualified external students

 Get in touch

For collaboration enquiries, research positions or consultancy on nanomaterials and related testing, please contact the Department of Chemical Engineering.

Email: hodche@amaljyothi.ac.in
Faculty directory: Staff Profile →
Consultancy services: CH Consultancy & Testing →