Quantitative Geneticist & Animal Genomics Specialist
Developing genomic evaluation methods to integrate phenotypes and genotypes across sexes and breeds — advancing the precision and sustainability of global livestock breeding programmes.
Developing and extending MACE (Multiple Across Country Evaluation) pipelines to incorporate cow-level national EBVs, improving genomic reliabilities for small and large dairy populations alike.
Building reference populations and applying threshold-linear bivariate models to evaluate Beef-on-Dairy crossbred calves — bridging purebred selection theory with commercial crossbreeding practice.
Quantifying inbreeding depression across production, fertility, and health traits using pedigree, ROH, and genomic estimators in German Holstein dairy cattle.
Integrating data from under-represented breeds and small populations into international evaluation frameworks to support long-term genetic diversity and breed viability.
Investigating greenhouse gas monitoring methods and nutritional interventions (probiotics, green yeast culture) to align livestock production with environmental sustainability goals.
Evaluating feed efficiency-related traits using SNP subsets in German Holstein cows, with applications for reducing the environmental footprint of dairy production.
Open to collaborations in genomic evaluation methodology, crossbred genetics, and international breeding programme development.