| Sl. No. | Name | Poster Title |
| 1 | Adrita Chakraborty | Growth and resistance of different E. coli mutators under antibiotic selection pressure |
| 2 | Ajinkya Bharatraj Patil | Population genomics of the green peafowl |
| 3 | Aparna Lajmi | Repeated evolution of supergene on an ancient conserved chromosome |
| 4 | Ayush Valecha | Effect of Selfish Male Determining Elements on Mating System Evolution |
| 5 | Chinmaya Jena | Unravelling antibiotic responses: Insights into resistance and non-canonical adaptation to spectinomycin |
| 6 | Dheeraj Chaudhary | Genetic characterization of Gaddi tribe of Himalayas |
| 7 | Dhrubojyoti Patra | Does mother’s ecological context alter offspring quality? |
| 8 | Jaysmita Saha | Inversions shed light on the evolutionary history of the Lake Malawi cichlids |
| 9 | Malvika Srivastva | Alphabet Cardinality and Adaptive Evolution |
| 10 | Muhammed Nirjas | Genetic bases of adaptation against coinfection |
| 11 | Namratha Raj M | Investigation of the curious case of same-sex mating in haploid Saccharomyces cerevisiae cells and the subsequent rise in diploid frequency. |
| 12 | Nikhil Sharma | On the role of deleterious mutations in long-term evolution |
| 13 | Rahul Kumar | Pulvinaria urbicola Cockerell, 1893 (Hemiptera: Coccidae) has evolved alternative survival strategies under multiple selection pressures |
| 14 | Sakshi Pahujani | Theory of adaptation to a moving optimum |
| 15 | Sanghamitra Kumar | Do environments play a role in the development of reproductive barriers in allopatric speciation? |
| 16 | Shailesh Desai | Domestication in India: the genetics roots of indigenous breed |
| 17 | Shazia Parveen | Understanding the role of mutation bias in adaptation to constant environments |
| 18 | Sophia Salum Shaban | Using Lake Victoria Cichlids to study evolution of rarity and commonness rock species in Lake Victoria, Tanzania |
| 19 | Soumya Panyam | Temperature and Intralocus sexual conflict in Drosophila |
| 20 | Vaibhav Sharma | Evolving Superorganism: Patchy distribution of resources results in the selection of traits desirable at the level of microbial predator-prey communities |