Read the function behind the energy label
Shell's U.S. assessed-internship page identifies trading alongside commercial, finance and technical functions. That provides a starting point for exploration, not a guarantee that a specific trading internship is open. Search the exact function and read what the intern is expected to analyze or support.
For preparation, distinguish three questions: is a transaction attractive under its assumptions, can the intended quantity be delivered under the actual constraints, and what exposure remains if conditions change? A team may combine these questions, but a student should not assume every energy role involves taking trading risk.
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Compare decisions and evidence
The table is our teaching framework, not a universal division of responsibilities. In a real organization, authority, controls and job boundaries are defined by the employer. An internship is not permission to execute a trade or operate physical infrastructure.
| Task | Question to investigate | Example preparation output |
|---|---|---|
| Trading analysis | What assumptions drive the proposed economics? | Scenario analysis with price, quantity and cost defined |
| Scheduling analysis | Can the planned quantity move at the required time? | A constraint table and exception log |
| Risk analysis | How does exposure change under a specified shock? | A sensitivity report with scope and limitations |
Calculate the economics, then impose a constraint
Suppose a fictional transaction has a $2-per-unit spread on 10,000 units before all other costs. The simple gross spread is $20,000. If only 8,000 units can move and there is no alternative arrangement, the same simplified calculation is $16,000. Do not count the planned volume as realized merely because it appears in a forecast.
Now assume an additional $0.40 per delivered unit of cost. At 8,000 units, the modeled contribution is 8,000 × ($2 − $0.40) = $12,800. This is not a complete trading profit calculation: fees, losses, financing, timing and contractual terms are not supplied. State the omissions before using the result to recommend anything.
A useful next question is which input has contractual support and which is a scenario assumption. That distinction is more important than making the model look like a professional trading screen.
Describe exposure without promising that a hedge solves everything
CME's education material explains that hedging is used to manage price exposure and that basis risk concerns changes in the cash-futures relationship. For a student exercise, it is enough to explain why two related prices need not move identically. Do not turn a broad definition into a recommendation to trade derivatives.
Create a paper sensitivity showing how a fictional net exposure changes under several price assumptions. Keep quantity, timing and price units consistent. A price hedge would not by itself solve an unmodeled delivery constraint, and a single historical correlation would not guarantee future offset. Explain these limits rather than presenting a hedge as risk elimination.
Use the work sample to focus the search
Prepare a short report containing the inputs, formulas, constraint and unresolved questions. For scheduling-oriented work, focus on accurate records and exception handling. For risk-oriented work, focus on exposure definitions and sensitivity. For trading-analysis work, focus on assumptions and what evidence would change the proposed economics.
Check whether the role is commercial, technical, operational or a school-specific program. Do not borrow eligibility from an unrelated internship at the same company. Confirm worksite and schedule, particularly when physical assets or operational teams are involved. All exercises here are fictional and do not establish readiness to trade or perform safety-critical work.