Claudia Moreno

Developing computational models and evolutionary simulations to compare epigenomic versus DNA mutation-driven cancer initiation, deploying SLURM/Kubernetes workflows for scalable analyses.

Conducting multi-omics data integration and machine-learning analyses to predict tumour patterns and deconvolute cell types from bulk transcriptomic data; improved interpretative accuracy for tumor microenvironment profiling.

Conducted a 5-month research project on the regulation of the DYRK2-USP28 axis in carcinogenesis, generating data included in a manuscript under submission and presenting results at conferences.

Collaborated in Agricultural and Plant Biochemistry and Proteomics Group and Immunology Area, gaining hands-on experience in proteomics, molecular techniques, and research communication as student collaborator.

Activities and societies: 45 ECTS completed (15 ECTS thesis remaining); Master's Thesis at EGO Genomics (Nov 2024–present)

Master's in Omics Data Analysis focused on multi-omics integration, bioinformatics tools, programming (R, Python, Bash) and machine learning; thesis work on tumor multi-omic data integration at EGO Genomics.

Activities and societies: 46 ECTS completed (14 ECTS thesis remaining); Master's Thesis project at CABIMER (June 2025–Dec 2025)

Master's in Omics Data Analysis and Systems Biology emphasizing systems biology, computational modeling, multi-omics integration, and network analysis; thesis research at CABIMER on epigenomic impacts in cancer.

Grade: 8.2/10

Activities and societies: Student Representative and Member of the Science Student Council (CECI); Student Collaborator in Agricultural and Plant Biochemistry and Proteomics Group (2021–2022); Student Collaborator in Immunology Area (2023–2024); Bachelor's Thesis at IMIBIC (Feb 2024–Jun 2024)

Bachelor's Degree in Biochemistry with coursework and laboratory research focused on molecular biology, genetics, and disease mechanisms; completed a thesis on DYRK2-USP28 regulation with honors.