Oracle Oracle Fusion Cloud Applications SCM Foundations Associate - Rel 1 1z0-1163-1 Exam Dumps: Updated Questions & Answers (October 2025)

The Available to Promise (ATP) process in Oracle Fusion Cloud SCM is designed to determine product availability and provide realistic commitments to customers based on current inventory levels and supply constraints, such as production capacity and supplier lead times. ATP calculates how much stock is "available to promise" for new orders by subtracting existing commitments from on-hand inventory and factoring in planned supply. For example, if a warehouse has 50 units of a product, with 20 already allocated to prior orders, ATP shows 30 units available for new promises. Option B is incorrect because ATP has no direct role in managing supplier payments—it focuses on inventory and supply planning. Option C is false as ATP does not guarantee immediate shipment; it provides feasible dates based on availability, not an unrealistic promise of instant delivery. This process supports accurate order promising, prevents stockouts, and aligns customer expectations with operational reality, making it a cornerstone of effective supply chain management.

Contract Fulfillment Automation (C)in Oracle Fusion Cloud Procurement automates the creation of purchase orders (POs) directly from contract terms, streamlining the procurement process. This feature uses predefined contract details—such as items, quantities, pricing, and delivery schedules—to generate POs without manual intervention. For example, if a contract stipulates 1,000 units of a product at $10 each over six months, Contract Fulfillment Automation triggers POs as needed (e.g., 200 units monthly), ensuring accuracy and compliance with the agreement. Option A (Receipt Accounting) records goods received, not PO creation. Option B (Supplier Portal) enables supplier interaction but doesn’t automate PO generation from contracts. Option D (IDR) extracts data from documents like invoices, not contracts for PO creation. This automation reduces errors (e.g., mismatched quantities), saves time, and ensures procurement aligns with negotiated terms, enhancing efficiency and supplier relationships.

Replenishment Planning (D)in Oracle Fusion Cloud SCM ensures inventory levels are maintained efficiently by predicting demand and adjusting supply plans to replenish stock proactively. It uses forecasts and safety stock rules—e.g., ordering 300 units when stock falls to 50 and demand is expected to rise—to prevent shortages or excess inventory. Option A (Supplier Qualification) focuses on supplier evaluation, not inventory maintenance. Option B (Cost Accounting) tracks financials, not stock levels. Option C (Manufacturing Execution) manages production, not replenishment. Replenishment Planning optimizes inventory turnover, reduces carrying costs, and ensures product availability, making it a proactive inventory management tool.

The Supplier Portal in Oracle Fusion Cloud Procurement is a collaborative platform that allows suppliers to manage purchase orders (POs), invoices, and real-time interactions with buyers. Suppliers can view POs, submit invoices, update shipment details, and respond to queries, enhancing transparency and efficiency. Option A is incorrect because the portal includes both POs and invoices, not just one. Option C is false—suppliers can update account details like contact or banking information, subject to approval workflows. For example, a supplier receiving a PO for 200 units can confirm delivery dates and submit an invoice directly through the portal, reducing email exchanges and delays. This feature streamlines procurement, improves supplier relationships, and ensures data accuracy across the supply chain.

Manufacturing Execution in Oracle Fusion Cloud SCM is a critical function that tracks and manages real-time production processes on the shop floor, ensuring visibility and control over activities like work order execution, material consumption, and labor tracking. It captures data as production occurs—e.g., when a worker completes an assembly step or uses raw materials—allowing managers to monitor progress, identify bottlenecks, and ensure quality. Option A is incorrect because supplier coordination remains essential for raw material supply; Manufacturing Execution does not eliminate this need but integrates with it. Option C is wrong as financial reporting is handled by Cost Accounting, not Manufacturing Execution, though the latter providesdata that feeds into cost calculations. For example, if a factory produces 100 units, Manufacturing Execution records the exact time, resources, and issues (e.g., machine downtime), enabling proactive adjustments. This real-time oversight improves efficiency, reduces waste, and ensures production aligns with planned schedules.

Global Order Promising (C)provides real-time order commitment dates by analyzing supply (e.g., inventory, production) and demand (e.g., orders, forecasts) constraints enterprise-wide. For instance, if 100 units are requested and 70 are available with a 3-day lead time, it commits to 3 days. Option A is false—no universal same-day guarantee exists. Option B is incorrect—supplier data often informs promises. Option D is wrong—it considers global, not just local, availability. This feature ensures reliable promises, reduces cancellations, and aligns customer expectations with operational capacity.

Supplier Qualification Management (D)assesses and approves suppliers based on compliance (e.g., regulatory standards) and performance criteria (e.g., delivery reliability). For example, it might evaluate a supplier’s 95% on-time delivery rate and ISO certification before approval. Option A (Cost Accounting) tracks costs, not supplier quality. Option B (Supplier Portal) facilitatescommunication, not qualification. Option C (Manufacturing Execution) manages production, not supplier vetting. This feature ensures reliable, high-quality suppliers, reducing supply chain risks and enhancing procurement outcomes.

Cost Rollup in Oracle Fusion Cloud SCM aggregates all cost components—material, labor, and overhead—to calculate the total cost of a product. This process rolls up costs from raw materials through production stages, providing a comprehensive view for pricing and profitability analysis. For example, producing a widget might involve $5 in materials, $3 in labor, and $2 in overhead; Cost Rollup totals this to $10 per unit. Option B is incorrect because it excludes materials and overhead, which are integral to the process. Option C is false—Cost Rollup reflects current costs, not fixed values, adapting to fluctuations like material price changes. This function supports accurate financial reporting, cost control, and strategic decision-making by revealing true production costs.

Manufacturing Execution (C)in Oracle Fusion Cloud SCM tracks and manages real-time production processes on the shop floor, capturing data like work order progress, material usage, and labor hours. For example, if a worker completes 100 units, the system logs the time, resources consumed (e.g., 50 kg of steel), and any delays (e.g., machine downtime), providing live visibility. Option A (Supplier Qualification) evaluates suppliers, not production. Option B (Cost Accounting) analyzes costs post-production, not real-time processes. Option D (Inventory Management) tracks stock, not manufacturing activities. This feature ensures production aligns with schedules, identifies bottlenecks instantly, and feeds data into cost and quality systems, enhancing operational control.

TheProduction Order to Cost Update OMBP (D)in Oracle Fusion Cloud SCM focuses on providing accurate cost calculations by capturing and updating costs associated with production orders—materials, labor, and overhead—enabling better decision-making. For instance, if producing 100 units costs $1,000 (e.g., $500 materials, $300 labor, $200 overhead), this process ensures the total is reflected accurately, allowing managers to adjust pricing or reduce costs. Option A is misleading—while cost updates occur, the primary purpose is accuracy, not immediate financial gains, which are an outcome. Option B is incorrect—customer relationship management is unrelated to production costing. Option C overstates automation; human oversight is still required, and the focus is on cost, not process automation. Accurate cost data supports profitability analysis, budgeting, and strategic planning, making it a critical link between manufacturing and financial management.