By the FinLingo Team | Capital markets practitioner, front office experience at a major European investment bank. FinLingo covers 342 lessons from bonds to exotic derivatives. About · Last updated:
Structured products interviews are the most technical in the front office. They test whether you can take a term sheet, identify the embedded derivatives, price each component, and explain the trade-offs to a client. Here are the questions that matter.
"What are the building blocks of a Capital Protected Note?" A ZCB for protection plus a call option for upside. Budget = 100% − ZCB price − margin. At 3.5% rates over 5 years, ZCB costs 84%, margin 2%, leaving 14% for the call. If the ATM call costs 18%, participation = 14/18 = 78%.
"How does a Barrier Reverse Convertible differ from a plain Reverse Convertible?" The plain RC has a vanilla put; the BRC has a down-and-in put. The DI put is cheaper (fewer payout scenarios), so the BRC coupon is lower by 2–4%. But the investor gains conditional protection: if the barrier is never breached, capital is safe regardless of where the stock finishes.
"Interest rates rise from 2% to 4%. What happens to a 5-year CPN?" The ZCB becomes cheaper (from roughly 90% to 82%), freeing up an additional 8% for the call option. Participation rate jumps significantly. The product becomes far more attractive. This is why CPN issuance surged in 2023–2024.
"Volatility increases from 20% to 30%. What happens to an Autocall coupon?" The embedded DI put becomes more expensive. The investor is short this put, so they receive more premium. The coupon rises. But the probability of a barrier breach also increases. Higher coupon comes with higher risk.
"Why does the barrier-coupon curve flatten as you go deeper?" Because the stock return distribution has thinner tails at extreme levels. Moving the barrier from 80% to 70% removes a meaningful probability mass. Moving from 60% to 50% removes much less. Each additional 10% of protection costs less coupon because the marginal scenarios you are eliminating are rarer.
"A Worst-Of BRC on 3 stocks at 30% correlation pays 11%. The same single-stock BRC pays 7%. Where does the extra 4% come from?" From correlation risk. The WO multiplier is N − ρ(N−1) = 3 − 0.3 × 2 = 2.4. The extra coupon compensates for the higher probability that at least one of three stocks breaches the barrier. In a correlated crash, all three breach simultaneously.
At minimum: Capital Protected Notes (ZCB + call), Barrier Reverse Convertibles (bond + DI put), and Autocallables (digital coupons + DI put + auto-redemption). For senior roles, add Phoenix (memory coupon), Worst-Of (correlation), and CLN (credit). Know the building blocks, not just the product names.
You need to decompose each product into vanilla components, explain how each input (rates, vol, barrier, maturity) affects the price, and reason about scenarios. You do not need to price a Himalaya from scratch. But you should be able to explain why a CPN participation rate changes from 50% to 90% when rates double.
Directionally, yes. Exactly, no. Know that a deeper barrier makes the DI put cheaper and the coupon lower. Know that higher vol makes the embedded put more expensive and the coupon higher. Know that longer maturity compounds the ZCB discount and changes the option budget. Exact pricing requires models that interviewers do not expect you to build in your head.
FinLingo Level 5 covers 10 structured products in 98 units — with a Lab where you build each one from scratch. Level 1 is free.
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