NISM Series IV (Interest Rate Derivatives) study plan

Define and distinguish the core interest rate derivative instruments: OTC forward rate agreements (FRAs), interest rate swaps (IRS), and exchange-traded interest rate futures.

Explain how each instrument is used for hedging, speculation, and arbitrage, and identify the cash-flow mechanics of a plain vanilla fixed-for-floating swap.

Describe the role and structure of the NISM Series IV examination and map its syllabus coverage to a personal study schedule.

Calculate the payoff of a simple FRA and a one-period swap settlement using given fixed and floating rates.

Explain the term structure of interest rates and describe the expectations, liquidity preference, and market segmentation theories.

Interpret the yield curve and compute spot, forward, and par rates from a given set of zero-coupon yields.

Identify the determinants of the shape of the yield curve and explain how curve shifts affect derivative pricing.

Apply duration and convexity concepts to estimate the price sensitivity of a fixed-income portfolio to interest rate changes.

Describe the trading, clearing, and settlement mechanics of exchange-traded interest rate futures in India, including contract specifications, margins, and daily mark-to-market.

Explain the role of the clearing corporation, novation, and the settlement guarantee fund in mitigating counterparty risk.

Outline the regulatory framework governing interest rate derivatives in India, including SEBI, RBI, and the FIMMDA guidelines.

Distinguish between OTC and exchange-traded markets in terms of regulation, transparency, and risk management.

Calculate the fair value of an interest rate futures contract using the cost-of-carry model and explain the concept of the cheapest-to-deliver bond.

Compute the hedge ratio for a bond portfolio using duration and apply it to a futures hedge.

Describe the risks in interest rate derivative trading, including basis risk, curve risk, and liquidity risk.

Explain the mark-to-market and margin calls process for a futures position and calculate the daily variation margin.

Describe the features and uses of interest rate options, including caps, floors, and swaptions, and explain their payoff profiles.

Apply the Black model to price a caplet and explain the limitations of the model for interest rate options.

Explain the concept of volatility and the Greeks (delta, gamma, vega, theta) for interest rate options.

Distinguish between exchange-traded and OTC interest rate options in terms of standardization, clearing, and regulation.

Explain the RBI's monetary policy framework, including the role of the repo rate, reverse repo, and the monetary policy committee.

Describe the impact of monetary policy announcements and macroeconomic data on interest rate markets and derivative prices.

Outline the regulatory reporting requirements and limits for interest rate derivative positions for banks and primary dealers.

Explain the role of FIMMDA in setting benchmark rates and the evolution of benchmarks such as MIBOR and the new FBIL benchmarks.

Describe the clearing and settlement process for OTC interest rate derivatives, including the role of central counterparties and trade repositories.

Explain the margining methodology for OTC derivatives, including initial margin and variation margin requirements.

Identify the key risks in OTC derivative transactions, such as counterparty credit risk, operational risk, and legal risk.

Outline the dispute resolution and default management procedures in the clearing of interest rate derivatives.

Synthesize all topics into a comprehensive review, focusing on weak areas identified in earlier weeks.

Complete two full-length mock examinations under timed conditions and analyze the results by topic.

Memorize key regulatory numbers, such as margin percentages, position limits, and reporting thresholds.

Practice rapid recall of definitions and formulas for all major interest rate derivative instruments.