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Financial Risk Management – Level 2
Rating: 4.4 out of 5(92 ratings)
1,877 students

Financial Risk Management – Level 2

Master advanced market, credit, liquidity, operational, and investment risk techniques to elevate your expertise.
Last updated 12/2025
English

What you'll learn

  • In this course, students will gain comprehensive knowledge and skills in the field of Financial Risk Management
  • Risk management, market risk measurement, credit risk assessment, liquidity and treasury risk, operational risk, investment management, and current issues
  • Understanding parametric and non-parametric estimation approaches. Mastery of Expected Shortfall and Value at Risk (VaR) mapping techniques.
  • Exploring correlation basics and modeling, including risk matrix and hedging strategies. Examining term structure models, volatility smiles, and internal model
  • Analyzing credit analysis, economic capital calculation, and rating assignment. Exploring credit derivatives, counterparty risk, risk mitigation techniques.
  • Understanding the role of rating agencies and the methodologies behind borrower ratings.
  • Examining the intricacies of creditworthiness and the evolution of stress testing.
  • Developing an understanding of liquidity risk and treasury management. Analyzing investment security portfolios and strategies for managing liquidity risk.
  • Exploring stress testing, contingency funding planning, and regulatory changes in liquidity risk.
  • Gaining insights into risk monitoring, performance measurement, and risk planning.
  • Exploring hedge funds, mutual funds, asset pricing anomalies, and portfolio performance evaluation.
  • Staying updated on contemporary challenges and opportunities in financial markets.
  • Analyzing blockchain technology, fintech developments, big data, and machine learning in finance.
  • Understanding the implications and considerations of current trends in the financial industry.
  • Developing proficiency in operational risk management. Understanding the components of enterprise risk management (ERM) and risk culture in banking.
  • Analyzing model risk management, stress testing, and the impact of outsourcing on operational risk.
  • Applying acquired knowledge through mock paper solving sessions.
  • Gaining strategic insights and tips for effectively tackling the Level 2 exam.
  • Overall, students will emerge from the course equipped with a comprehensive understanding of financial risk management

Course content

8 sections366 lectures52h 39m total length
  • Introduction to Course6:17

    Master market risk measurement and management for frm part 2 by learning var and expected shortfall, copulas, term structure, volatility smiles, backtesting, and trading book capital.

  • Learning Objective6:47

    Develop market risk measurement techniques, including VaR and expected shortfall, parametric and nonparametric estimates, backtesting, extreme value theory, copulas, and term structure concepts.

  • Paramedic Estimation Approaches5:24
  • Example 19:39
  • Expected Shortfall6:57

    Examine expected shortfall as an arithmetic tail risk measure, compare it with VaR, and explore coherent risk measures and Q-Q plots for tail behavior.

  • Non-Paramedic Approaches5:51
  • Two-Non-Paramedic Approaches2:24

    Explore two nonparametric approaches to historical simulation: correlation weighted and filtered historical simulation. Learn how volatility forecasting, bootstrapping current levels, and regime changes affect var and expected shortfall estimates.

  • Back testing VaR6:48
  • Back testing VaR Continue6:35
  • VaR Mapping7:44

    Map portfolio risk factors to construct a risk engine and quantify VaR. Compare holding-based and return-based analyses for fixed income, noting residual risk and dollar duration concepts.

  • VaR Mapping Continue7:03

    Map fixed-income cash flows to zero coupon bonds, discount by zero coupon rates, and compute VaR for the mapped portfolio; compare to benchmarks and apply delta normal or delta-gamma methods.

  • Academic literature8:16
  • Correlation Basics Part 110:31
  • Correlation Basics Part 212:31
  • Correlation Basics Part 37:54
  • Correlation Basics Part 47:50
  • Empirical Properties of Correlation11:15
  • Correlation Modelling3:58
  • Risk Matrix and Hedging Part 17:17

    Explore empirical risk metrics and hedging for bonds, comparing dv01 neutral and regression hedges, using historical regression, beta-based adjustments, and hedging with tips and nominal yields.

  • Risk Matrix and Hedging Part 27:15
  • Risk Matrix and Hedging Part 35:11
  • Science of Term Structure Models Part 14:47
  • Science of Term Structure Models Part 28:31
  • Science of Term Structure Models Part 37:43

    Explore how to value options and bonds in a binomial term-structure framework, discounting maturity values using node-specific interest rates, coupon payments, and probabilistic up/down movements.

  • Science of Term Structure Models Part 48:11
  • Science of Term Structure Models Part 58:05
  • Science of Term Structure Models Part 64:40
  • Science of Term Structure Models Part 75:17
  • Parametric EVT11:33
  • Basis of Future Interest Rate7:34
  • Interest Rate Volatility6:27

    Explore how interest rate volatility arises from uncertain future spot rates and risk-neutral probability, using binomial trees to model future rates and Jensen's inequality to explain convexity in bond prices.

  • Example of Demonstrate Jensen's Inequality8:12
  • Model 1 and Model 2 Effectiveness9:22
  • Term Structure Model with No Drift9:38
  • Arbitrage Free Model and Equilibrium Models5:34

    Explore arbitrage free and equilibrium models to price bonds, illiquid securities, and derivatives, using on the run treasuries to derive risk free rates and detect premiums.

  • Vacisek Model11:08
  • Time Depent Volatility12:23
  • Lognormal Model6:29
  • Put Call Parity7:30
  • Example of Put Call Parity11:52
  • Volatility Smiles6:12

    This lecture describes volatility smiles as the implied volatility curve by strike price, showing currency options with a classic smile and higher volatility for deep in/out of the money.

  • Volatility Smiles for Equity Options6:51

    Explore the reverse skew in volatility for equity options, where implied volatility falls as strike prices rise, with leverage and crash phobia driving the smirk or skew.

  • Volatility Term Strucre5:30
  • History of Trading Book10:55
  • Revised Internal Model Approach9:19
  • Solving Trading and Banking Book Issue9:06

Requirements

  • There are no educational or professional prerequisites to sit for either part of the Exam.

Description

This comprehensive program is designed for learners aiming to deepen their understanding of advanced financial risk concepts. The course offers a structured roadmap through market risk modeling, credit risk evaluation, liquidity and treasury management, operational risk, investment management, and current issues shaping global financial markets. Through expert-level lectures, real-world case studies, analytics-driven tools, and mock paper strategies, students will build the confidence and skillset needed to excel in professional risk-analysis environments.


Section 1: Market Risk Measurement and Management

This section establishes the foundation for understanding advanced market risk frameworks. It begins with an overview of market-risk objectives and outlines the analytical roadmap for the entire module. Learners explore critical measurement techniques such as parametric/non-parametric models, Expected Shortfall, VaR mapping, correlation modeling, volatility modeling, and term-structure approaches. The section further examines hedging strategies, risk matrices, and essential tools used by global institutions. It concludes with an introduction to credit-risk elements closely tied to market-risk exposures, including economic capital assessment and credit-derivative applications.

Section 2: Credit Risk Measurement and Management

This module offers a deep dive into the mechanics of credit risk. Students examine the nature of counterparty exposure, default probabilities, and transaction-based risk nuances. The section includes a comprehensive breakdown of rating systems, rating-agency methodologies, and quantitative/qualitative evaluation frameworks. A dedicated credit-derivatives series provides practical insights into instruments used for credit transfer and hedging. The module then transitions into liquidity risk, covering treasury operations, stress testing, liquidity-buffer strategies, and portfolio-based liquidity planning.

Section 3: Liquidity & Treasury Risk Management

This segment introduces the complexities of liquidity risk and treasury operations within financial institutions. Students revisit landmark cases such as Northern Rock to understand systemic liquidity failures. The lectures emphasize supervisory expectations, asset-liability management, liquidity coverage ratios, and investment-security portfolio frameworks essential for treasury operations.

Section 4: Risk Management & Investment Management

This section bridges risk management and investment decision-making. Learners study liquid assets, performance measurement methods, and risk-monitoring frameworks used by investment managers. Topics such as hedge-fund strategies, mutual-fund structures, pricing anomalies, tactical asset allocation, and risk-adjusted performance evaluation equip students with analytical tools needed for professional portfolio oversight.

Section 5: Current Issues in Global Financial Markets

This forward-looking module explores transformative forces shaping financial markets. Students analyze technology-driven changes including blockchain systems, fintech innovations, machine-learning applications, and big-data analytics. Macro-economic challenges, geopolitical shifts, and regulatory developments are reviewed to understand their impact on global risk environments. The goal is to cultivate awareness of how emerging trends affect risk modeling and market stability.

Section 6: Operational Risk & Resiliency

This module focuses on operational risk frameworks and resilience strategies. Students will explore risk culture in banking, enterprise-risk components, model-risk governance, and stress-testing methodologies. Outsourcing and third-party risk considerations are analyzed to highlight vulnerabilities and required controls. The module emphasizes designing resilient systems capable of withstanding internal and external shocks.

Section 7: Mock Paper Solving & Exam Strategies

This concluding section prepares learners for real examination environments. It includes full mock-paper walkthroughs, solution breakdowns, question-pattern decoding, time-management techniques, and high-yield revision strategies. Students will gain exam-oriented confidence and insights into maximizing performance through structured practice.

Conclusion

This course offers a complete and integrated journey through advanced financial-risk concepts. Students emerge with a refined understanding of risk modeling, asset-class dynamics, investment-risk principles, and current global trends influencing financial markets. With detailed case studies, analytical frameworks, and mock-test strategies, the course equips professionals to thrive in demanding financial-risk roles.

Who this course is for:

  • This program is suitable for Bankers, IT professionals, Analytics and Finance professionals with an interest in risk management. It is also beneficial for Btech, MBA, Finance graduates who are interested in financial risk management career.
  • Individuals preparing for the Level 2 exam seeking a comprehensive and structured learning program to succeed in the examination.
  • Finance Professionals: Risk managers, financial analysts, and investment professionals aiming to enhance their skills in risk measurement and management. Professionals working in financial institutions such as banks, investment firms, and asset management companies.
  • Graduate Students: Graduate students pursuing degrees in finance, risk management, or related fields who want to deepen their understanding of advanced risk management concepts.
  • Risk Management Practitioners: Risk management practitioners looking to stay updated on current issues, emerging trends, and best practices in the financial risk management landscape.
  • Professionals in Fintech and Blockchain: Individuals working in fintech and blockchain industries interested in understanding the financial risk implications and applications of emerging technologies.
  • Investment Professionals: Portfolio managers, investment strategists, and financial planners looking to strengthen their risk assessment and investment management skills.
  • Corporate Finance Professionals: Finance professionals working in corporate finance departments aiming to gain insights into risk management strategies and practices.
  • Regulatory and Compliance Professionals: Professionals involved in regulatory compliance, audit, and governance functions within financial institutions.
  • Consultants: Risk management consultants seeking to deepen their expertise and provide valuable insights to their clients.
  • Anyone Interested in Financial Risk Management: Individuals with a general interest in financial risk management who wish to broaden their knowledge and understanding of risk-related concepts.