CRISC by ISACA
Learn CRISC by ISACA with practical cybersecurity training, hands-on labs and career guidance from CyberSecurityTrain.
Programme focus
Certified in Risk and Information Systems Control
About the CRISC by ISACA programme
Master enterprise IT risk management with our comprehensive CRISC certification program. Build deep expertise across all 4 CRISC domains with hands-on risk assessments, quantitative & qualitative methods, heatmaps, and real-world case studies. Aligned with ISACA's framework for exam success.
Course at a glance
- Duration: 3 Months (Weekend Classes)
- Level: Advanced
- Training format: Live Online + Practical Labs
- Certification awarded: ISACA Certified in Risk and Information Systems Control (CRISC)
- Prerequisites: Minimum 3 years of IT risk management and IS control experience
What you will learn
- Build deep expertise in enterprise IT risk management
- Identify, assess, evaluate, respond, and monitor risks
- Master governance requirements and risk lifecycle
- Design and implement effective control environments
- Conduct quantitative & qualitative risk assessments
- Create risk heatmaps and treatment plans
- Prepare for CRISC certification exam
Course highlights
- ISACA-aligned curriculum
- All 4 CRISC domains covered
- 13 hands-on practical labs
- 3 real-world case studies
- Quantitative & qualitative methods
- Risk heatmap creation
- Exam preparation included
- Weekend classes (Saturdays & Sundays)
Curriculum modules
Domain 1: Governance (26%)
- Importance of IT Risk Management BBG
- Enterprise Risk Management (ERM) frameworks - COSO, COBIT, ISO 31000
- Risk Governance Principles
- Risk Appetite, Risk Tolerance, and Risk Capacity
- Key Governance Components: Policies, Standards, Procedures
- Roles & Responsibilities (CISO, CIO, CRO, Risk Owners, Control Owners)
- Regulatory & Legal Compliance (SOX, HIPAA, GDPR, PCI-DSS)
- Organizational Structures & Lines of Defense (LOD1, LOD2, LOD3)
- Business Goals, Strategy Alignment & Stakeholder Engagement
- Lab 1: Draft a Risk Governance Charter
- Lab 2: Identify governance gaps from sample organization
- Lab 3: Map business objectives to IT risk scenarios
Domain 2: IT Risk Assessment (20%)
- Risk Identification Techniques (Workshops, SWOT, Threat Intelligence)
- Risk Scenarios and ISACA Risk Scenario Model
- Quantitative Techniques: SLE, ARO, ALE, Monte Carlo Simulation
- Expected Loss Modeling
- Qualitative Techniques: Probability-Impact Matrix, Heatmaps
- Likelihood Scoring
- Vulnerability Assessment & Threat Modeling
- Business Impact Analysis (BIA)
- Identifying Internal/External Threats & Exposure Points
- Lab 4: Build and score risk scenarios
- Lab 5: Create risk heatmap for manufacturing company
- Lab 6: Calculate ALE using asset and threat data
- Lab 7: Perform BIA for three business processes
Domain 3: Risk Response & Mitigation (32%)
- Risk Response Strategies: Accept, Avoid, Mitigate, Transfer, Exploit
- Designing Risk Treatment Plans
- Control Design Principles (Preventive, Detective, Corrective)
- Security Controls Mapping (NIST CSF, ISO 27001, COBIT)
- Cost-Benefit Analysis for Risk Mitigation
- Selecting Optimal Controls for Assets
- Integration of Risk Response with Business Strategy
- Third-Party Risk Management
- Cloud Risk Mitigation
- Lab 8: Create Risk Treatment Plan for high-risk scenario
- Lab 9: Map identified risks to ISO 27001 controls
- Lab 10: Design controls to mitigate cloud misconfiguration risks
Domain 4: Risk & Control Monitoring & Reporting (22%)
- Key Risk Indicators (KRIs), Key Performance Indicators (KPIs)
- Control Monitoring Techniques
- Designing Risk Dashboards for Executives
- Evidence Collection, Audit Trails, Log Reviews
- Reporting to Senior Management & Audit Committees
- Continuous Monitoring & Automation Tools
- Metrics for Control Effectiveness
- Incident Trends & Risk Forecasting
- Residual Risk Evaluation
- Lab 11: Build a KRI dashboard
- Lab 12: Map control weaknesses to monitoring gaps
- Lab 13: Create sample risk and compliance report for leadership
Real-World Case Studies
- Case Study 1: Ransomware Attack on Financial Firm
- - Identify assets at risk (customer data, transaction systems)
- - Define threat actors (organized ransomware group)
- - Perform likelihood-impact scoring & quantitative ALE
- - Recommend controls (EDR, MFA, network segmentation)
- Case Study 2: Cloud Misconfiguration in Manufacturing
- - Define exposure path & threat (S3 bucket exposed)
- - Score severity (Confidential IP leaked)
- - Map to ISO 27001 A.8 & A.9 controls
- - Develop risk treatment & monitoring plan
- Case Study 3: Vendor Compromise & Supply-Chain Risk
- - Identify inherited risk from third-party IT vendor
- - Perform supplier criticality assessment
- - Develop residual risk calculation
- - Create KRI-based monitoring approach
Tools and platforms covered
- Risk Assessment Tools
- GRC Platforms
- Risk Registers
- Heatmap Tools
- Compliance Software
- SIEM Integration
Career outcomes
Target job roles
- IT Risk Manager
- Cyber Risk Specialist
- Risk Analyst
- IT Auditor
- Compliance Manager
- Security Risk Consultant
- GRC Specialist
- Chief Risk Officer (CRO)
Market demand
Very High - CRISC is top-tier risk management certification
Current job openings
22,000+ risk management positions globally
Indian salary benchmarks
- Entry level: ₹10-16 LPA
- Mid level: ₹18-32 LPA
- Senior level: ₹35-65 LPA
Frequently asked questions
How is CRISC different from CISA?
CISA focuses on 'Auditing' (Looking back: Did you follow the rules?). CRISC focuses on 'Risk' (Looking forward: What bad things could happen and how do we stop them?). CRISC is more strategic and less compliance-checklist oriented. It is perfect for professionals who want to help businesses make safe decisions.
Is the CRISC exam difficult?
CRISC is considered one of the tougher ISACA exams because it tests your judgement, not just memorization. The questions are scenario-based and require you to choose the 'BEST' answer among four 'GOOD' choices. Our training teaches you the 'ISACA way' of thinking through 13 hands-on labs and 3 real-world case studies.
What frameworks will I master?
You will gain deep expertise in Enterprise Risk Management frameworks including COSO, COBIT, ISO 31000, ISO 27001, and NIST CSF. You'll learn how to map risks to controls across these frameworks and design integrated risk treatment plans that align with business strategy.
Do I need technical expertise for CRISC?
Less than a SOC analyst, but more than a general manager. You need to understand IT infrastructure well enough to identify risks (e.g., 'What is the risk of an unpatched server?'). You don't need to know how to patch it, but you need to know *why* it must be patched and the business impact if it isn't.
What are the job titles for CRISC holders?
Typical roles include IT Risk Manager, Senior Information Risk Analyst, Cyber Risk Specialist, GRC Manager, Security Consultant, and Chief Risk Officer (CRO). It is often a required certification for banking and financial sector security roles, especially in risk management and compliance departments.
How much experience do I need for certification?
For the certification application, you need 3 years of experience in IT risk management and IS control. This is less than the 5 years required for CISA/CISM, making CRISC a great 'mid-career' accelerator. You can take the exam before gaining the experience, but must submit proof within 5 years of passing.
Does the course help with salary negotiation?
Yes. CRISC is frequently listed as the top-paying certification in industry surveys (Global Knowledge, ISC2). Having this on your resume justifies a shift from a 'Technical Support' pay bracket to a 'Risk Management Consultant' pay bracket, which is often 40-50% higher. We provide salary negotiation guidance as part of career counseling.
What quantitative methods will I learn?
You'll master SLE (Single Loss Expectancy), ARO (Annualized Rate of Occurrence), ALE (Annualized Loss Expectancy), Expected Loss Modeling, and Monte Carlo Simulation (theoretical introduction). The exam focuses more on the *application* of these results to business decisions rather than complex math problems.
Are the 13 labs really hands-on?
Absolutely. You'll build actual risk registers, create risk heatmaps for real scenarios, calculate ALE for assets, perform Business Impact Analysis, draft risk governance charters, map risks to ISO 27001 controls, design KRI dashboards, and create executive risk reports. This practical experience is what sets our training apart.
What are the 3 case studies about?
Case Study 1: Ransomware attack on a financial firm (identify assets, threat actors, perform ALE, recommend EDR/MFA). Case Study 2: Cloud misconfiguration in manufacturing (S3 bucket exposed, map to ISO controls). Case Study 3: Vendor compromise & supply-chain risk (inherited risk, supplier assessment, KRI monitoring). These mirror real exam scenarios.
How does CRISC compare to CISM?
CISM is for Information Security Managers (managing security programs). CRISC is for Risk Managers (identifying and mitigating risks). If you want to be a CISO, get CISM. If you want to be a CRO or work in enterprise risk management, get CRISC. Many professionals get both for comprehensive coverage.
What if I fail the exam?
We offer a 'Second Shot' guarantee. If you attend all classes, complete all 13 labs, and fail the exam, we provide you free access to the next batch's live training and 1-on-1 mentorship to analyze your score report and focus on weak areas.
Is this course valid for CPE credits?
Yes, completing this comprehensive training awards you 30+ CPE (Continuing Professional Education) credits, which you can use to maintain your other certifications like CISA, CISM, or CISSP.
Who should take this course?
IT Risk Managers, Cybersecurity Professionals, IT Auditors, Compliance Officers, Governance & Risk Analysts, Cloud Security Professionals, and anyone preparing for ISACA CRISC certification. It's ideal for mid-career professionals looking to move into strategic risk management roles.