Research & Development Division

1. Development of an intelligent contamination removal system from cotton during processing in the textile spinning mill.
2. Development of new imaging techniques for the measurement of yarn hairiness.
3. Modeling the mechanical properties of ring spun slub yarn.

1. Optimization of performance and comfort properties of camouflage fabrics for military uniform.
2. Effect of caustic treatment and moisture management finishes on the comfort and performance properties of PC blended fabrics.
3. Effect of different softeners and cross linking agents on comfort and performance properties of 100 % cotton fabrics.
4. Effect of different types of weft yarns and washing treatments on the comfort and performance properties of denim garments.
5. Effect of fibre and yarn parameters on shade variation of reactive dyed cotton woven fabrics.

1. Development and characterization of novel antimicrobial fibres for wound care.
2. Smart textile coatings for biomedical applications.
3. Application of biofinishes for thermal protection
4. Microencapsulation of silver nanoparticles using biomaterials.

1. Relationship between tensile strength of yarn and woven fabric.
2. Relationship between tearing strength of yarn and woven fabric.
3. Factors affecting tearing strength of woven fabric.
4. Relationship between fabric structure and stiffness.
5. Relationship between fabric structure and crease recovery.

1. Evaluation of mechanical properties of different woven fabrics.
2. Optimization of comfort properties of woven fabrics.

1. Development of Hernia mesh from polypropylene.
2. Evaluation of mechanical properties of nonwoven structures.
3. Prediction of GSM by modeling.

1. Development of artificial intelligence based decision support systems for apparel manufacturing.
2. Smart clothing for health care.
3. Designing of functional clothing for extreme conditions.

1. Synthesis and characterization of novel polymer composites.
2. Modification and development of plant designs for different polymers.

1. Syntheses of biologically active naturally and non-naturally occurring isocoumarins and 3,4-dihydroisocoumarins.
2. Synthesis of novel colorants and coloration of textiles and plastics.
3. Synthesis of heterocyclic compounds as potential antimicrobial agents.

1. Application of biosurfactants in the fabrication of different metal micro- and nanostructures.
2. Chemical and biological surface modification of textile fabrics.
3. Application of different biofinishes through microencapsulation at cotton fabrics.
4. Production and characterization of poly-(hydroxyalkanoates) by using lipidic wastes byPseudomonas species.

1. Investigation of nano-particle materials for the conversion of solar energy using low cost thin film techniques.
2. Photothermal and electrical characterization of ZnO based varistor system.
3. Photothermal and electrical characterization of ceramic materials.

1. Mathematical modeling of fluid flow in human body.
2. Numerical solutions of fluid models.
3. Magnetic field growth in cluster of Galaxies.

1. Cold plasma wave analysis in curve magneto-sphere.
2. Hot plasma wave analysis in black hole magneto-sphere.
3. Magneto-spheric isotherm plasma wave properties.

1. Development of management information systems.
2. Application areas of data mining and machine learning.
3. Identification of design pattern from source code.
4. Assistive technologies strengthening mental productivity of disables through computer brain interface.

1. Impact of corporate brand on employees’ performance.
2. Effect of intrinsic award on employees’ performance.
3. Impact of various incentive structures on bank risk taking, South Asian evidence.
4. Organizational psychology.

1. Relationship of aesthetic and functionality in textile design.
2. Services and resources in fashion business from concept to final product in clothing industry