Igor Marques

Edited over 40 scientific manuscripts, ensuring adherence to MDPI language and formatting standards. Ensured consistency and quality across interdisciplinary scientific publications.

Taught a module on Cambridge Structural Database for MSc Computer Engineering students. Supervised student projects combining scientific visualization and molecular modeling.

Taught a module on Cambridge Structural Database for MSc Degree in Chemistry. Developed practical exercises and provided individual guidance on computational chemistry applications.

Led a class of BSc Biochemistry students through a comprehensive bioinformatics curriculum. Delivered lectures on bioinformatics tools and provided constructive feedback on assignments.

Managed the peer review process and made publication decisions based on scientific merit. Ensured scientific quality and relevance of accepted manuscripts, coordinating with editorial staff.

Co-led a computational research project on molecular recognition by complex supramolecular architectures. Managed project budget, coordinated research activities, and co-wrote the final report.

Conducted computational research on molecular systems using molecular dynamics simulations and quantum mechanical calculations. Applied machine learning-based predictive tools for identifying potential enzyme inhibitors.

Co-supervised 7 Master’s and Bachelor’s students on research projects in computational chemistry. Guided students in molecular modeling, ion recognition, and drug–membrane interaction studies.

Investigated protein aggregation mechanisms across the lifespan using computational methods. Studied protein-protein interactions and aggregation pathways.

Researched anion transmembrane transport promoted by drug-like molecules using computational approaches. Investigated anion carriers and analyzed structure-activity relationships to understand carrier performance.

Conducted doctoral research focusing on synthetic transmembrane anion transporters. Utilized computational methods to study these systems.

Grade: 18/20 (Excellent)

Completed a Master of Science in Pharmaceutical Biomedicine with a final grade of 18/20 (Excellent). Thesis focused on synthetic transmembrane anion transporters, studied through computational methods, alongside specialized coursework in pharmaceutical development.

Grade: 15/20 (Good)

Obtained a Bachelor's Degree in Biomedical Sciences with a pharmaceutical minor, achieving a final grade of 15/20 (Good). Coursework included specialized studies in pharmaceutical development.