C_S4TM sample questions & answers

When a new bulk-chemicals customer was activated at a Rotterdam site, the transportation team at Meridian Freightworks — a global third-party logistics provider — expected outbound loads to that customer to plan automatically alongside all existing traffic. Transportation requirements and freight units are created for the new customer's deliveries, yet automatic planning produces no freight order and the freight units stay unrouted, while every established customer continues to plan and route normally. The network shows the new receiving site modeled as a location inside its transportation zone, and the dispatching plant is the same one already serving other customers. A consultant has checked that stock is available and that the deliveries themselves are correct. With a tight berth window for the next vessel feeder, the operations manager needs the new customer's loads planning without manual workarounds and asks the consultant which single network setup gap best explains why planning cannot build a route to this customer when every other customer plans without trouble.

Which network setup gap most plausibly explains why planning cannot build a route to the new customer while every established customer plans normally?

Orders for a newly launched chilled-yoghurt range never appear in the Transportation Cockpit at Val d'Aube Distribution, a regional food shipper serving supermarkets across eastern France. No transportation requirement is raised for them and the change controller holds no freight unit on the TM side, while the established ambient-grocery ranges still generate their freight units and plan as usual. A configuration change went live last week, just before the new range was introduced. The consultant confirms the goods are in stock, the sales orders save without error, and the transportation network already covers the delivery routes involved. The only thing separating the affected orders from the working ones is that they belong to the new chilled range. With the first chilled deliveries due to depot customers tomorrow, the logistics coordinator asks the consultant which setting most directly decides whether these orders raise a transportation requirement and a freight unit at all — as opposed to why they might merely be filtered out of a worklist.

Which setting most directly decides whether the affected orders raise a transportation requirement and freight unit in the first place?

A planning consultant at Norrland Stålprodukter, a mid-size steel-components manufacturer near Gävle, Sweden, runs the morning optimizer to consolidate freight units onto vehicle resources. Most units are planned onto freight orders, but a batch of freight units for long steel beams is left unplanned. The run itself completed and returned a result with no technical error, and the beam units are present in the cockpit, each with a valid transportation requirement. These oversized beam units are subject to a defined restriction on which resources and lanes may carry them, whereas the standard coil units on the same run were planned cleanly. The shift is convinced the optimizer has malfunctioned and wants it re-run. Before authorizing that, the consultant is asked to explain why these specific beam units stay unplanned even though the optimizer finished normally and the units clearly exist in the worklist.

Why do the long-beam freight units stay unplanned even though the optimizer completed and returned a valid result?

To let dispatch run without manually picking hauliers, the logistics team at Harbourgate Retail Group — a large UK omnichannel retailer — wants each freight order's carrier chosen automatically by cost and priority. Planning has finished and produced the freight orders, but they still show no assigned carrier. The consultant confirms the freight orders were created correctly from planning, the eligible hauliers exist as business partners, and the network permits them on the relevant lanes. In an earlier attempt the team offered the freight to hauliers for acceptance, yet the orders remain without a named carrier. With store-replenishment cut-offs approaching, the dispatch lead needs every freight order to carry its determined haulier before acceptance-seeking or execution can proceed and asks the consultant which step is responsible for evaluating the eligible hauliers and assigning one to each freight order.

Which step evaluates the eligible hauliers and assigns one to each freight order by cost, priority, or allocation?

Zürcher Biologics, a mid-size pharmaceutical cold-chain company near Basel, Switzerland, is moving its transportation processing from a previously separate transportation solution into the transportation management capabilities of its S/4HANA landscape. Rather than switch everything at once, the programme will move the lanes in waves: a first group of temperature-controlled lanes goes over first, while the remaining lanes keep running on the previous solution until each is moved. The team is confident about the freight-planning setup for the first wave, but the programme lead wants assurance that, once those lanes are switched, deliveries will still be created and execution will still complete for them. Some members assume that because the source solution processes these deliveries correctly today, the same behaviour will simply follow the lanes across. As the consultant advising the programme, you must identify the action that most directly ensures the first-wave lanes can run end-to-end — from delivery creation through completed execution — immediately after they are switched to the new solution.

Which action most directly ensures the first-wave lanes can execute end-to-end once they are switched to the new transportation solution?

A fit-to-standard workshop at Lombardia Macchine, an industrial-machinery manufacturer in Bergamo, Italy, surfaces a carrier-scorecard behaviour that the standard carrier-selection configuration does not reproduce exactly. The company runs transportation management on S/4HANA Cloud Private Edition under a RISE with SAP engagement. One developer offers to change the delivered selection logic directly so the behaviour matches precisely, presenting it as the fastest way to hit the go-live date. The project lead is uneasy about the clean-core commitment in the engagement and about carrying core changes through every future upgrade. The requirement matters to the business but is not contractually fixed, and standard configuration together with approved extensibility can meet it in substance. Advising the workshop, you must recommend the approach that meets the business need while respecting the engagement's clean-core commitment and keeping the solution maintainable across upgrades.

Which approach best meets the scorecard need while respecting the engagement's clean-core commitment and staying maintainable across upgrades?