Final Exam — 50-question integrated assessment
Learning objectives
- DEMONSTRATE end-to-end mastery of the entire 3D Seismic Interpretation curriculum (Parts 0–9)
- Test knowledge integration across topics (a single 50-question draw will likely include items from every Part)
- Identify any final weak spots before declaring full curriculum completion
This is the FINAL EXAM of the 3D Seismic Interpretation curriculum.
The exam is a 50-question random draw from the COMBINED bank of all 10 individual Part 10 quizzes (Parts 0 through 9, ~310 questions total). Every session is a different random selection, so the exam is genuinely re-runnable for spaced-repetition review or pre-deployment confidence testing.
Coverage
Drawing across all parts:
- Part 0 Prerequisites — waves, Snell’s law, rocks, geologic time, well logs (15 Q in pool)
- Part 1 Foundations — cube basics, impedance, convolutional model, processing, migration, time vs depth, 2D/3D, resolution (31 Q)
- Part 2 Toolkit — viewing, polarity, horizon picking, auto-tracking, faults, QC (25 Q)
- Part 3 Structural Interpretation — styles, fault analysis, folds, framework, salt, prospects (35 Q)
- Part 4 Stratigraphic — terminations, sequences, depositional systems, channels, fans, geomorphology (25 Q)
- Part 5 Rock Physics & AVO — elastic framework, moduli, Gassmann, AVO, crossplots, synthetics (30 Q)
- Part 6 Attributes — amplitude, frequency, geometric, coherence, RGB, reservoir characterization (35 Q)
- Part 7 QI — workflow, RPT, inversion, transforms, probabilistic facies, Monte Carlo (40 Q)
- Part 8 Advanced QI — geomechanics, 4D, anisotropy, FWI, ML, CO2 storage (40 Q)
- Part 9 Capstones — 6 real-field case studies (Girassol, Valhall, Thunder Horse, Wolfcamp, Lula, Sleipner) (25 Q)
How to interpret your score
- 90% + — Excellent. You have mastered the curriculum end-to-end. You’re ready for production interpretation work in any of the application domains the textbook covers (oil & gas, CCS, geothermal, hydrogen storage).
- 75–89% — Solid. The curriculum is internalized; the misses point to specific Part topics worth revisiting (the by-topic breakdown at the end will identify them).
- 60–74% — Developing mastery. Re-read the source sections corresponding to your missed topics; re-run the per-Part quizzes in those areas; come back to the final exam.
- Below 60% — Significant gaps. Review the curriculum systematically; the per-Part quizzes (§10.1 through §10.10) are the right granularity for targeted study before retrying the final exam.
Re-run for spaced repetition
Each session draws 50 random questions from a pool of ~310. Even after multiple runs you’ll continue to see new questions. Spaced repetition (re-running the exam every few weeks for several months) is one of the most effective ways to consolidate the curriculum into long-term memory.
Once you’re consistently scoring 90% +, you have completed this textbook. Welcome to the post-textbook phase of your seismic-interpretation career.
References
- Brown, A. R. (2011). Interpretation of Three-Dimensional Seismic Data (7th ed.). AAPG Memoir 42 / SEG IG13.
- Bacon, M., Simm, R., & Redshaw, T. (2003). 3-D Seismic Interpretation. Cambridge University Press.
- Yilmaz, Ö. (2001). Seismic Data Analysis (2 vols.). Society of Exploration Geophysicists.
- Chopra, S., & Marfurt, K. J. (2007). Seismic Attributes for Prospect Identification and Reservoir Characterization. Society of Exploration Geophysicists.
- Mavko, G., Mukerji, T., & Dvorkin, J. (2009). The Rock Physics Handbook (2nd ed.). Cambridge University Press.