HEC Approved Supervisor
Qualification: Ph.D
Area of Interest: Breeding for yield and quality in cereal crops, Marker assisted selection
Email: [email protected]

Qualification: Ph.D
Area of Interest: Wheat improvement for drought tolerance , Nutritional contents through conventional and molecular approaches
Email: [email protected]

HEC Approved Supervisor
Qualification: Ph.D
Area of Interest: Breeding of cereals especially wheat for drought and yield through conventional cum modern approaches
Email: [email protected]

Qualification: PhD (Plant Breeding and Genetics)
Area of Interest: Cereals, pulses and vegetable breeding, genetics and biotechnology , Haploid culture
Email: [email protected]

Qualification: Ph.D
Area of Interest: Improvement in quality and yield of oilseed crops through conventional and non conventional approaches
Email: [email protected]

HEC Approved Supervisor
Qualification: Ph.D
Area of Interest: Cereal breeding and genetics for abiotic stress tolerance and quality improvement.
Email: [email protected]

HEC Approved Supervisor
Qualification: Ph.D. (University of Edinburgh, UK)
Area of Interest: Identification and characterization of genes involved in plant stress tolerance and plant-microbe interactions, Understandingstress signaling mechanisms and genetic networksand post-translational modifications of proteins orchestrating plant adaptation to adverse environments
Email: [email protected]

HEC Approved Supervisor
Qualification: Ph.D
Area of Interest: Functional analysis of abiotic and biotic stress related genes using transgenic and mutants, Protein-Protein interaction studies using Yeast-two-hybrid assay, Bioinformatic analysis of novel gene families, Breeding for biotic and abiotic stress tolerance, Functional genomics, genetic diversity and QTL analysis, Marker assisted selection
Email: [email protected]

HEC Approved Supervisor
Qualification: PhD, Plant Breeding & Genetics
Area of Interest: Crop improvement for abiotic stresses, Development of high yielding hybrids through conventional and molecular approaches, Molecular and physiological dissection of plants for abiotic stress tolerance
Email: [email protected]