As the Lead Data Scientist, I am at the forefront of cutting-edge technology, working with a team to unlock valuable insights from seismic data and drive transformation in the seismic data management industry. My key responsibilities include:- Leading and mentoring an exceptional team of professionals, fostering their growth and guiding them to achieve outstanding results.- Developing and deploying advanced algorithms and models that leverage machine learning and statistical techniques to extract invaluable insights from seismic data.- Collaborating closely with geoscientists, engineers, and domain experts to understand business requirements and co-create innovative, data-driven solutions.- Architecting scalable data processing pipelines to handle and analyze vast amounts of seismic data effectively.- Staying at the forefront of industry advancements, continuously researching the latest data science, machine learning, and geophysical analysis techniques.- Effectively communicating complex technical concepts and analytical findings to both technical and non-technical stakeholders.- Driving innovation and contributing to the development of intellectual property in seismic data management.

I advised the Managing Director in three key areas of consulting, including automation, data science, and seismic data management. I played a crucial role in helping the organization optimize their processes and leverage cutting-edge technologies to drive innovation. Here are some highlights of my responsibilities and achievements:- Designed and implemented automation solutions that streamlined workflows, improved efficiency, and reduced manual effort. Leveraged workflow automation to achieve impactful results.- Utilized data science techniques to analyze complex datasets, uncover actionable insights, and support data-driven decision-making processes. Employed advanced algorithms and statistical models to extract valuable information from seismic data.- Provided expert guidance and recommendations to clients on best practices for managing seismic data. Assisted in developing data management strategies, optimizing data storage and retrieval, and ensuring data integrity and quality.- Conducted comprehensive research to stay up-to-date with the latest trends and advancements in automation.- Communicated technical concepts and analytical findings effectively to stakeholders, including both technical and non-technical audiences. Presented findings, and recommendations fostering a collaborative and consultative approach.

- Served as the internal expert for downhole model building and imaging, providing valuable insights and expertise in the field.- Specialized in karst detection using advanced techniques such as Full Waveform Inversion, Tomography, and time-lapse studies during the model building process.- Documented the development and results of model-building applications, ensuring comprehensive and accurate records for future reference.- Mentored, trained, and collaborated closely with team members, adapting tools and techniques to overcome project challenges and foster a collaborative work environment.- Provided guidance and presented results to stakeholders with diverse technical backgrounds, effectively communicating complex concepts and findings in a clear and concise manner.

- Increased productivity and created new business by researching, developing and supporting microseismic applications: forward modeling, inversion, uncertainty analysis, and event location. - Microseismic model building. - Drove the development of machine learning applications to retrieve production drivers and optimize oil production.- Mentored team members.- Advice clients and guide their technical expectations.

- Integrating Geosciences with Data Science and artificial intelligence to create solutions for Oil and Gas clients. - Working in a multidisciplinary team to achieve goals in areas such as geophysics, asset acquisition, reservoir modeling, and well operations.- Presenting and reaching out potential clients and partners.

- Built earth models throughout Schlumberger latest technologies, e.g., Full Waveform Inversion, Depth Domain Inversion, and Seismic Guided Drilling, among others.- Actively collaborated with R&D on the development and maintenance of top-notch workflows.- Achieved high communication standards in highly diversified environments.

Developed a new method for estimating kinematic parameters in anisotropic media. Implemented over 10 wave propagation, FWI and RTM algorithms. Implemented a new optimization method for seismic inversion, that allowed modeling probabilistic scenarios based on seismic data. Prepared reports and gave oral presentations. Managed project schedule and resources, interacting with other team members of different backgrounds and nationalities. Assigned as Teacher Assistant for Inverse Problems class.

Performed specialized processing and interpretation of seismic data, as well as multi-attribute and rock physics analysis. Integrated seismic, geological and reservoir information to reduce uncertainties in planned well locations, within a multidisciplinary team. Generated maps and reports. Presented ideas and results to technical and non technical partners and clients.

Developed an app allowing petrophysical data interpretation using Matlab. Interpreted well log profiles, determined lithology, porosity and hydrocarbon saturations utilizing the aforementioned app and Geographix, to validate results. Assigned as Teacher Assistant for Applications of Digital Filters.