Structured study plan

CRISC 90-Day Study Plan

Pass CRISC in 90 days with 1 hour of daily study. This plan follows the official blueprint weights so you spend the most time where the exam spends the most marks. 500 practice questions available.

30 Days 60 Days 90 Days

Total days

Study weeks

Hours/day

500

Practice questions

Domain Allocation

Days assigned by official exam weight

IT Risk Assessment
90 days~2 Q/dayPractice →

Week-by-Week Schedule

Week 1— IT Risk Assessment

7 days

IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 2— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 3— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 4— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 5— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 6— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 7— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 8— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 9— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 10— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 11— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 12— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 13— IT Risk Assessment

6 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 6 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

How to use this 90-day plan

→Commit to 1 hour per day — consistency beats marathon sessions.
→Start each domain by reading the objective description, then immediately move to practice questions.
→Don't skip domains with low weight — exam questions can come from any domain.
→When you finish a domain, score ≥ 80% on its practice questions before moving on.
→In the final 3 days, do full mixed-domain practice tests to simulate real exam conditions.
→Review wrong answers immediately — understanding why you were wrong is more valuable than getting it right.

Other study plan lengths

30-Day Plan 60-Day Plan Start Practice Test →

Structured study plan

CRISC 90-Day Study Plan

30 Days 60 Days 90 Days

Total days

Study weeks

Hours/day

500

Practice questions

Domain Allocation

Days assigned by official exam weight

IT Risk Assessment
90 days~2 Q/dayPractice →

Week-by-Week Schedule

Week 1— IT Risk Assessment

7 days

IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 2— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 3— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 4— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 5— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 6— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 7— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 8— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 9— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 10— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 11— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 12— IT Risk Assessment

7 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 7 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

Week 13— IT Risk Assessment

6 days

(continued)IT Risk Assessment
Risk questions require you to match the scenario characteristics to the correct response strategy. The probability-impact combination drives the choice — avoid or mitigate high combinations, accept low ones.
📅 6 days🎯 ~2 questions/day
Study →
- ✓Risk identification techniques: brainstorming, SWOT, Delphi technique, and historical data review.
- ✓Qualitative analysis: probability-impact matrix, risk categorisation, and urgency assessment.
- ✓Quantitative analysis: EMV (Expected Monetary Value), Monte Carlo simulation, and sensitivity analysis.

How to use this 90-day plan

→Commit to 1 hour per day — consistency beats marathon sessions.
→Start each domain by reading the objective description, then immediately move to practice questions.
→Don't skip domains with low weight — exam questions can come from any domain.
→When you finish a domain, score ≥ 80% on its practice questions before moving on.
→In the final 3 days, do full mixed-domain practice tests to simulate real exam conditions.
→Review wrong answers immediately — understanding why you were wrong is more valuable than getting it right.

Other study plan lengths

30-Day Plan 60-Day Plan Start Practice Test →