Training
Applied AI for Geophysics Management
This curriculum is designed to familiarize learners with the fundamentals of machine learning and its practical applications in geophysics.
This course is designed to provide leaders in the field of Geophysics with a comprehensive overview of practical machine-learning use cases. Through a no-code perspective, participants will discover how machine learning is being applied to solve various geophysical challenges, enhance decision-making, and drive innovation in the industry.
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Duration: 1 month.
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Hours: 8 hours
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Price per person: USD $700
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Target Audience: Geophysicists, geologists, data scientists, and business leaders interested in integrating machine learning in geophysical applications.
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Format: This course will blend theoretical discussions with practical, real-world examples to illustrate machine learning use cases in geophysics. No coding experience is required.
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Focus Areas: Machine learning, Data analysis, Geophysical applications, Python programming.
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Type or training: Remote (Teams) or in person.
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Maximum number of students: 20
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Languages: Available in English or Spanish
Meet Your Instructor
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Machine Learning Expert
Machine Learning Engineer, with a PhD in Chemical Physics, and half a decade of expansive experience, contributed to critical projects with renowned clients such as AAMI, Allianz, AstraZeneca, and Quest Diagnostics.
Recognized for leadership in a groundbreaking project in the CGI Global Innovation Challenge, along with a remarkable authorship of 30+ peer-reviewed scholarly articles. Expert in leveraging large language models (LLMs), natural language processing (NLP), and resource-efficient microservices to devise data-centric solutions that have substantially reduced costs and optimized processes in numerous industrial sectors.
