
Explore the pricing and valuation of forward commitments, including forward contracts, futures, and swaps, and how these derivatives lock in prices or rates for future transactions.
Explain no-arbitrage pricing of forward contracts and futures using cash-and-carry: borrow at the risk-free rate, buy the underlying, and lock in F0 = S0(1+r)^T (or e^{rT}).
Use no-arbitrage pricing to compute the Australian forward price: 63.31 times (1 + r t) for 3 months; a fall to 2.5% lowers the forward to about 63.66.
Learn how mispricing in forward contracts creates arbitrage opportunities, using no-arbitrage pricing, buy-sell strategies, borrowing at the risk-free rate, and locking in today’s profit.
Value a forward contract during its life by recalculating the forward price on a valuation date and discounting the difference from the original price to reveal gains or losses.
Explore carry arbitrage when the underlying pays cash flows, using gamma and TTR under continuous compounding to price spot plus carry minus benefits, illustrated by a dividend example.
Explore pricing and valuation of equity forwards and futures, applying the carry costs minus carry benefit formula with continuous compounding, dividends, and the risk-free rate to determine forward prices.
Learn how forward rate agreements hedge interest rate risk by locking a fixed rate against a floating rate, with cash-settled, mark-to-market settlements for long and short parties.
Analyze how a 1 by 4 frb fixes a 90-day rate on 10 million notional and compute the payoff at expiration by comparing actual and contracted rates, using 0.4% discount.
Calculate the FRA forward rate by using the longest and shortest day zero rates and the chosen day-count convention to lock in a future borrowing or investment.
Value a forward rate agreement by comparing the new forward rate to the locked-in rate at evaluation. Discount the payoff and note long versus short fra payoffs under day-count conventions.
Compute fixed-income forward and eurobond futures prices by using the clean price plus accrued interest, compounded at the risk-free rate, minus coupon accruals, and apply the conversion factor for futures.
Compute currency forward and futures prices from spot rates and interest rate differentials, using annually or continuously compounded formulas, and value long or short forward contracts by discounting the payoff.
Explore how swap contracts can be synthetically created from underlying instruments or forward contracts and valued by decomposing into receive floating and pay fixed cash flows.
Price interest rate swaps by setting the fixed rate so the swap has zero value at inception. Use the fixed-rate formula from PV factors to balance fixed and floating legs.
Value interest rate swaps by comparing the fixed swap rate at initiation with the rate on the valuation date, using mark-to-market and present value factors for all remaining payments.
Explore currency swap contracts, where counterparties exchange notional amounts and future interest payments in different currencies, guided by spot rates and fixed swap rates for pricing and valuation.
Calculate the 60-day value of a one-year currency swap, using discount factors, present value of fixed legs, and spot rate to net Australian and US dollar cash flows.
Explore equity swap contracts, an over-the-counter derivative in which two parties exchange a series of cash flows to convert equity returns into fixed or floating payments and hedge exposure.
Explore the valuation of contingent claims by modeling call and put options under European and American styles, using no-arbitrage methods with binomial and Black-Scholes-Merton models.
Discover the one-period binomial model, up and down stock movements, and how delta hedging and the no-arbitrage principle price calls and puts by replication with shares and bonds.
The lecture presents the expectations approach to option pricing in a one-period binomial model, using risk-neutral probabilities, hedge ratios, and discounting to value call and put options.
Use the two-period binomial model to price call and put options, compute two-period share prices, determine payoffs, and derive risk-neutral probabilities and delta hedge ratios.
Apply the two-period binomial model using a shortcut to price european call options, determine risk-neutral up probability, and use put–call parity to derive put values from the computed call.
This lecture uses a two-period binomial model to price a european put and then extends to an american put, highlighting hedge ratios and early exercise premium.
Explore a two-period binomial model for an American call on stock with dividends, including ex-dividend price adjustment, payoff calculation, early exercise decision, and comparison to European pricing.
Apply the binomial valuation model to price european-style call and put options on one-year interest rates, using spot and exercise rates, 50/50 risk-neutral probability, and a one million notional.
The multiplier binomial model slices a two-year option into 100 time steps, showing how finer periods cause its value to converge to the Black-Scholes model.
Explore the Black-Scholes world where asset prices follow geometric Brownian motion with continuous, normal returns, no jumps, and no market frictions, enabling European option pricing.
Learn to value call and put options with the BSM model by forming a dynamic stock and zero-coupon bond portfolio using d1, d2, and continuous compounding.
Apply the BSM model with carry benefits by discounting the underlying price with the carry yield and adjusting the risk-free rate for calls and puts.
Explore carry benefit in foreign exchange options: the carry equals the foreign risk-free rate, with 135 yen per euro spot, at-the-money strike, using the BSN model for valuation.
Learn how the black option valuation model prices european options on futures by substituting the futures price for the underlying and applying the adjusted black-scholes framework.
Apply the Black model to pricing interest rate options, using forwards such as FRAs and the FRB rate. Explore caplets, caps and floors, and their relation to swaps and parity.
Apply the Black model to swaption valuation, distinguishing pay and receiver options on swaps, their fixed and floating legs, and parity relationships between long/short positions.
Understand how delta measures the change in option price for small stock moves, including call and put deltas, dividend yield effects, and delta hedging to achieve portfolio neutrality.
Use option delta to forecast changes in option prices by multiplying delta by the change in the underlying; this works for small moves but is biased low for larger moves.
Explore gamma, the second derivative of option price with respect to the underlying, showing how it measures curvature, affects delta hedging, and how delta-gamma approximations improve pricing accuracy.
Analyze theta, the rate at which an option's time value decays as calendar time passes toward expiration. Observe how this time decay accelerates as expiration nears, affecting calls and puts.
Vega measures how a small change in volatility affects a portfolio of options, raising call and put values when volatility rises, especially near the money.
Rho measures portfolio value change with shifts in risk-free rate; call rho is positive, put rho negative, and zero rates yield call and put values for at-the-money options via parity.
Derive implied volatility from current option prices via the Black–Scholes model, and use the term structure and volatility smile to compare options and guide trading.
Prepare for the CFA Level 2 exam in 2026 with 100% confidence! The course covers the Derivatives syllabus in detail so you will have a complete understanding when tackling this section in the exam.
Derivatives is one of the most feared section in CFA Level 2 exam as exam candidates are known well verse with forwards, futures, swaps and options. When coupled with complex notations in the curriculum, it is difficult for candidates for wade through the content.
This course simplifies everything and makes understanding derivatives easier than ever. Once you have gone through all the videos, you will have confidence to tackle Derivatives questions in the CFA Level 2 exam.
After you grasp the concepts, try out a lot of questions (from the Learning Ecosystem and End of Chapter questions) to increase your mastery of the readings.
AFTER GOING THROUGH THIS COURSE, YOU DO NOT HAVE TO STUDY FROM THE TEXTBOOK ANYMORE (OR ANY OTHER SOURCE)!
Exam Weight: 5% - 10%
Syllabus:
Pricing and Valuation of Forward Commitments
Valuation of Contingent Claims
What you will get by buying this course is:
detailed coverage of the syllabus, taught by our seasoned instructors of the CFA Program.
support in the Q&A forum (course-related questions) from our instructors.
the confidence to nail this topic in the exam!