- Planning and support to permanent plug and abandonment (PP&A) campaigns: planning and design of wells' permanent plug and abandonment, operational sequence planning and follow up of operations. - Well integrity monitoring for wells in operations (iWIT & Aspen);- Casing wear analysis and simulation to evaluate the continuity of the production and its safety (CasingWear & WellCat);- Support in the adequacy of oil and gas companies to the brazilian regulatory framework.

Support to the technical integrity team, with focus on well integrity:- Responsible for monitoring the operations of all Equinor wells through iWIT and Aspen systems. - Responsible for ensuring that operations are in compliance with internal and local technical requirements. - Support to the operations team in Peregrino, assisting in the execution of offshore well testing. Support to the planning of Turnaround Projects in Brazil - projects requiring full production shutdown, following up planned execution dates, scope and costs.

Responsible for the portfolio management related to the maintenance of the technical integrity of the Peregrino field, supporting the integration and prioritization of maintenance activities, pre-projects, surveys. among others, based on the risk matrix associated with their non-execution.

Support to offshore modification projects on assets operated by Equinor.- Monitoring of KPI's and preparation of performance reports in PowerBI and Excel;- Centralization of information;- Creation of requisitions in SAP and follow up of requests with contractors and suppliers;- Assisting in the planning of offshore modification campaigns, providing active support to maintenance, corrosion and painting activities.

Support to activities related to the sustainability of the plant, focusing in the improvement of the waste management control from both solids and effluents, quality of the process and key performance indicators monitoring.

Geophysical reservoir characterization of the Kupe Field in Taranaki Basin, New Zealand. Working with seismic interpretation using 3D Canvas (Paradigm), feasibility studies and elastic inversion using STRATA software (Hampson-Russell) aiming to identify gas prone producing zones; part of the individual project from the MSc in Petroleum Engineering of the Heriot-Watt University.

Reservoir characterization applied to petrophysical analysis and velocity modelling, aiming to identify reservoir zones with higher exploratory potential.

Analysis and seismic interpretation of open-access marine data focusing on geological structures related to shallow hazard zones in the North American Plate.