The categorization and differentiation of the main rock types, as well as the significance of their research, will all be covered in the Petrology course.
The Petrology Certification process takes into account both field-found naturally occurring rocks and laboratory analytical data that adequately explains how they arise in nature.
In Petrology Classes you'll learn about the texture, structure, and shapes of igneous rocks as well as a general overview of the rock cycle and petrology. You will also comprehend how igneous rocks are classified chemically and mineralogically.
Students' comprehension of the principles and processes involved in the formation and development of rocks is undoubtedly improved by the Petrology Certification Syllabus.
Digital certificates will be issued to all participants who get a minimum of 30% in internal assessment and 70% in main examination.
Work experience
Work Experience is not required.
What you will learn
You’ll learn about the concept of magma in this Petrology Certification Course along with its composition, origin, and crystallisation. It also discusses magmatic separation and assimilation as well as Bowen's reaction series.
Petrology Training teaches the basic ideas behind how sedimentary rocks develop, have textures, and are organised, along with how to classify sedimentary rocks based on their texture, composition, origin, and occurrence - you can further have a look at Geography Certification Courses.
The following learning outcomes are achieved upon the successful conclusion of this Petrology Certification:
Describe the idea of sediment and the steps that sedimentary rocks go through to create.
Sort sedimentary rocks according to their texture, composition, classification, source, and location.
Describe the different types, degrees, and facies of metamorphism.
W4D4 - Bowen Reaction Series and Reaction Principle, Assignment & Quiz
W4D5 - Assignment & Interaction
W4D6 - Weekly Test
W5D1 - Crystallization of Unicomponent and Bicomponent, Assignment & Quiz
W5D2 - Igneous Rock, Assignment & Quiz
W5D3 - Intrusive igneous rocks, Assignment & Quiz
W5D4 - Assignment & Interaction
W5D5 - Assignment & Interaction
W5D6 - Weekly Test
W6D1 - Classification Mineralogical and Chemical of Igneous Rocks; Assignment & Quiz
W6D2 - Assignment & Interaction
W6D3 - Mineralogical characteristics of acid igneous rocks and alkaline rocks, Assignment & Quiz
W6D4 - Mineralogical Characteristics of basic igneous rocks and ultramafic rocks, Assignment & Quiz
W6D5 - Assignment & Interaction
W6D6 - Weekly Test
W7D1 - Origin of Sediments
W7D2- Processes of formation of sedimentary rocks
W7D3 - Lithification and Diagenesis, Sedimenatry rocks
W8D1 - Classification of sedimentary rocks
W8D2 - Classification of sedimentary rocks based on grain size
W8D3 - Texture of sedimentary rocks, Structure of sedimentary rocks
W8D4 - Petrographic details of important siliciclastic and carbonate rocks such as - conglomerate, breccia, sandstone, greywacke, shale, limestones
W9D1 - Definition of metamorphism
W9D2 - Factors controlling metamorphism, Variables / agents and types / kinds of metamorphism – contact, regional, fault zone metamorphism, impact metamorphism
W9D3 - Types of metamorphism and classification based on metamorphic agent
W10D1 - Metamorphic facies and metamorphic grade, Index minerals, chemographic projection, graphical representation of metamorphic minerals assemblages; ACF, AKF and AFM etc.
W10D3 Metamorphic zones, isogrades and reaction isograde
W11D1 - Concept of classification of metamorphic facies, facies-series and grade
W11D2 -Structure and texture of metamorphic rocks
W12D1 - Description of facies; facies of low pressure: Albite epidote facies
W12D2 - Hornblende hornfels facies
W12D3 - Pyroxene hornfels facies
W12D4 - Sanidinite Facies
W13D1 - Description of facies; facies of medium to high pressure Zeolite facies
W13D2 - Green Schist Facies
W13D3 - Amphibolite facies
W13D4 - Ganulite Facies
W14D1 - Description of facies; facies of very high pressure. Blue schist
W14D2- Eclogite facies
W14D3 - Regional metamorphism of pelitic rocks - 1
W14D4 - Regional metamorphism of pelitic rocks - 2
W15D1 - Basic and Ultrabasic rocks
W15D2 - Thermal metamorphism of pelitic rocks
W15D3 - Thermal metamorphism of calcareous rocks
W15D4 -Different types of Metamorphic reactions
W16D1 - Petrographic details of some important metamorphic rocks such as - slate, phyllite, schists, gneiss, quartzite, marble, charnockite, Leptynite etc.
W16D2 - Migmatites
W16D3 - Metasomatism & Differentiation
Evaluation process
Yes, there will be assessments and one Final Exam.
Instructors
DHSGSU Sagar Frequently Asked Questions (FAQ's)
1: What is the significance of petrography?
Because it sheds light on the environmental factors that influenced rock formation, the composition of minerals, and the interactions between different mineral grains, petrography is important.
2: How are the classes for the Petrology Online Course being held?
Online classes and lectures are preferred modes.
3: What are the types of Petrology?
Igneous, metamorphic, and sedimentary petrology are the three branches of petrology.
4: Who is the teaching faculty for this course?
The instructor for this course is Professor (Dr.) Harel Thomas.
5: Why do petrologists study?
In order to understand how previous Earth activities may affect current ones, petrologists investigate rocks because they provide information about the Earth's geological past and origin.