Geochemical Data Lab

This course aims to teach students an independent research methodology tailored to solving geological problems in geochemical, petrological, and mineralogical contexts. Students will be guided through a research project structured in four phases:

1. Problem framing

2. Identifying key research questions

3. Developing resolution methods

4. Final interpretation

Hands-on training: students will directly operate some of the most widely used instruments in geochemical laboratories (e.g., XRF, ICP-MS), learning and applying standard analytical techniques. Finally, students will acquire the fundamental knowledge and intellectual tools to understand the formation and evolution mechanisms of continental crust from the Archean to present day.

By the end of the course, the student will be able to:

1. Identify and isolate key questions related to a specific scientific problem.

2. Apply knowledge in geochemistry and analytical geochemistry to address these questions through data collection and interpretation.

3. Critically evaluate analytical data while refining communication skills.

The course aims to train individuals capable of clearly and unambiguously presenting their conclusions to both expert and non-expert audiences.

Students will acquire foundational competence in analytical chemistry, mastering the basic tools and vocabulary of the discipline. They will become familiar with data treatment processes developing a rigorous and discerning approach to chemical analysis. Additionally, students will develop expertise in geochemistry (both elemental and isotopic) applied to the study of the continental crust.