Ana Luísa Ribeiro da Silva (ALRS) completed her PhD in Chemistry (Physical-Chemistry) in 2015, her MSc (2004) and BSc Chemistry (2001) at Faculty of Sciences of University of Porto (FCUP). ALRS is Contracted Researcher in University of Porto (FCUP) and lecturer of some courses in Chemistry for MSc and BSc degrees. ALRS is member of the Research Center in Chemistry of the University of Porto (CIQUP), working in the Research Team RT2 - Molecular Thermodynamics for Sustainability. Published 38 articles in specialized peer-review international journals (1st and 2nd quartiles), being the 1st author in 29 and the corresponding author in 17; presented 54 communications in international and national conferences (13 oral and 41 panel communications). Organized 13 events. Participated in 8 events. ALRS supervised 1 PhD thesis, supervised 1 post-Doc, 1 PhD student, Master’s fellowship holder, 9 BSc students, 1 MSc student, and 5 undergraduate/graduated students under the Extracurricular Internship Program at FCUP. Participates and/or participated as Integration into Research Grant Fellow in 1 project, PhD Student Fellow in 2 projects, Post-doc Fellow in 1 project, Principal investigator in 2 projects and Researcher in 2 projects. ALRS has been teaching, since 2019, different Curricular Units of MSc and BSc degrees at FCUP. Also, between 2017 and 2020 was Invited Assistant Teacher in School of Health, Polytechnic Institute of Porto. Works in the area of Exact Sciences / Chemical Sciences with emphasis on Physical Chemistry and Computer and Information Sciences. In their professional activities interacted with 89 collaborators co-authorship of scientific papers. ALRS has been involved in different workshops and summer schools (the Junior University of Porto; workshop-School of Chemistry and Biochemistry; LabWeek-Week with Chemistry; "Mostra" of the University of Porto; Open Days of FCUP). Keywords: Molecular Energetics; Calorimetry; Computational Thermochemistry; Phase Transitions studies; Predictive-schemes of energy-structure for azoles; Conformational analysis; tautomeric studies; H-bond interations; Relative Thermodynamic Stability of Heterocyclic Compounds; Substituents Interactions in the Benzazoles; Energetic characterization of biomass-derived compounds.