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![SG23503 SEDIMENTOLOGI AND SEKITARAN SEDIMEN [1-2023/2024]](https://itel.ums.edu.my/pluginfile.php/409595/course/overviewfiles/WhatsApp%20Image%202023-10-03%20at%2011.50.15%20AM.jpeg)
SG23503 SEDIMENTOLOGI AND SEKITARAN SEDIMEN [1-2023/2024]
Sedimentology, the rock star of Earth sciences, is like the ultimate treasure hunt in the world of geology! Picture yourself as a geological detective, on a mission to decode the Earth's history one grain of sand at a time. Imagine sifting through layers of ancient rocks, like a geologic archaeologist searching for clues in the Earth's history book. Sedimentology is like exploring a time capsule buried deep beneath the Earth's surface, where each layer of sediment tells a thrilling story of our planet's past.
And the best part? You get to play with mud, sand, and silt, all in the name of science! So, whether you're splashing around in a riverbed, digging through layers of sediment, or analyzing the texture of a rock, sedimentology is the adventure that takes you back in time and lets you touch the Earth's ancient history. It's like being a time traveler with a geologic twist, and it's anything but dull!
SG23602 GEOLOGI MALAYSIA DAN GEOLOGI RANTAU [2-2022/2023]
This course discusses the stratigraphy, structure and geological history of Peninsular Malaysia, Sarawak and Sabah. It also gives an introduction to the regional geology of the area, specifically the Southeast Asian region. The relationship between the earth’s economic resources (ores, industrial minerals, petroleum and gas) and the tectonics of the region is also covered. An understanding of the tectonic framework of Southeast Asia and the basic rock units/ formations and geological structures of Malaysia can aid in the better understanding of the geological evolution of Malaysia.
SG24303 PETROLOGI [1-2023/2024]
The course will aid in the understanding of the basic principles of igneous and metamorphic petrology, trace elements behaviour & igneous processes, determination of the magmatic composition and condition of magmatic formation, interpretation of the tectono-magmatic environments (MORB, ARC & WPB) based on geochemical analysis/ data and developing the tectonic model for igneous activity. Understanding the facies metamorphism, P-T-d diagram, determination type of metamorphic environments (regional, contact/ aureole, dynamic/ subduction & hydrothermal), metamorphism condition/ process and mineral equilibrium reactions.
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