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1. Fills in the google form in this link http://goo.gl/forms/z58Z2LLln5oxehT13

2. Introduce yourself in the QBB 3053 Self Introductory Padlet
https://padlet.com/fathiyah_jamaludin/x6anqy47fxcw

3. At your own time, download the first lecture in E-Learning and do your reading and revision. The objective of the first lecture is for your to refresh your memory after 1 semester break regarding the seismic wavelets and seismic interpretation.
http://elearning.utp.edu.my/mod/forum/discuss.php?d=10451

or download attachment below.

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Week 3 : Data loading and volume introduction (familirization)

Week 4: Horizon & Fault Picking

Week 5: Surface map & Isochron Map Creation

Week 6: Intro to Surface & Volume attributes

Week 7: Amplitude Attributes (DHI)

Week 8: Eid

Week 9: Dip Azimuth Attributes

Week 10: Coherence/Curvature

Week 11-Week 13: Mini Project

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Below is the plan for lecture and topics to be covered.
You can download the document attach together for your own reference.

Week 1 (SNF): Self Learning - L1- Revision
Week 2 : All students in geofieldcamp. Lecturer will post exercises questions for students to answer before Week 3.
Week 3 (SNF): L2- Fundamentals of Seismic Interpretation (Phase/Polarity)
Week 3 (SNF) : L3- Volume Concept
Week 4 (SNF): Intro to Seismic Attributes
Week 5 (SNF): L4-Amplitude Attributes
Week 5 (SNF) (replacement for Nuzul Quran) : L5- Texture Attributes
Week 7 (LAL) : Dip & Azimuth Attributes
Week 8 (LAL) : L6- Coherence Attributes
Week 9 (LAL) :L7- Curvature Attributes
Week 10 -12 (LAL): L8 to L10 - To be determined

*SNF: Siti Nur Fathiyah
*LAL: Luluan Almana Lubis

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•CLO 1 - Analyze seismic attributes and their visualizing and interpreting subsurface stratigraphic and structure

•CLO 2 – Illustrate and Categorize seismic features of major geological features.

•CLO 3 – Apply the state-of-the-art 3D seismic data visualization & interpretation software and demonstrate team working

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Course Lecturers:
1. Luluan Alamana Lubis (Co-ordinator)
2. Siti Nur Fathiyah Jamaludin

This subjects contain of 70% coursework and 30% Final exam.

Method of teaching & learning:
1. Normal/Classroom Lectures
2. Students' Preparation before the class (via online learning/exercises etc).
3. Computer Lab (for lab sessions).

Coursework Distribution Plan
*It iwll be 35% individual assessment and 35% group work
*Please refer the attachment

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*Volume Interpretation which is 3D Interpretation

*Methods and techniques used/applied for volume interpretation, mapping and visualization

*Relies on looking at data in volume element of pixels colours and voxels

*As the key technology particularly in seismic data interpretation, reservoir characterization and mapping and in many other applications.

*Will allows us to visualize and appraise the geological body (geo-body).

*Learn to make collective decisions for prospect evaluation, reservoir development, drilling trajectory and reserve estimations.