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MMPL-2 Assignment 2026-27 For July 2026 and January 2027 Sessions
MMPL-1 Assignment 2026-27 For July 2026 and January 2027 Sessions
MMPN-4 Assignment 2026 for January 2026 and July 2026 Sessions
MMPN-6 Assignment 2026 for January 2026 and July 2026 Sessions
MMPN-2 Assignment 2026 for January 2026 and July 2026 Sessions
Analyze how strategic inventory control strikes a balance between cost efficiency, customer satisfaction, and operational continuity.
"Inventory is often viewed as a graveyard of modern businesses, yet its absence can completely paralyze supply chain operations." Critically evaluate this statement by discussing the strategic functions and types of inventory in modern supply chains.
An engineering firm has an annual demand of 12,000 units for a component. The ordering cost is Rs 600 per order, and the carrying cost is 20% of the unit purchase price of Rs 100 per year. Calculate the Economic Order Quantity (EOQ) and the total minimum variable inventory cost.
State the core objective of the Economic Order Quantity (EOQ) model. Mathematically derive the basic EOQ formula, clearly stating all underlying assumptions.
Explain the role of the Bill of Materials (BOM) and the Master Production Schedule (MPS) as primary inputs to an MRP system.
Distinguish between Material Requirements Planning (MRP-I) and Manufacturing Resource Planning (MRP-II) systems. How do these systems collectively enhance inventory accuracy and production alignment in a volatile market?
Explain how implementing systematic store processes ensures transparent records, physical loss prevention, and absolute audit readiness.
"A poorly managed storehouse acts as a leaky bucket for corporate capital." Comment on this statement by outlining the essential operational functions of stores management from receipt to issue.
Differentiate clearly between Buffer Stock (Safety Stock) and the Reorder Level (ROL). Discuss how supply lead time variations affect the determination of the reorder point.
Compare and contrast ABC Analysis (Value-based) and VED Analysis (Criticality-based). How can a store manager integrate these two distinct approaches into an ABC-VED Matrix for optimal resource allocation?
Contrast Theory X and Theory Y assumptions regarding human motivation. How do these underlying assumptions dictate the choice of an organizational structure in a highly complex technical project?
Define Value Engineering (VE) and outline the distinct phases of the Value Engineering Job Plan. How does VE differ fundamentally from routine cost-reduction exercises in design engineering?
Explain the significance of calculating Total Float and Free Float in CPM. How does identifying the Critical Path assist a project manager in resource leveling and crashing a project schedule?
Differentiate between PERT and CPM networks based on their orientation (Event vs. Activity), time estimates (Deterministic vs. Probabilistic), and application domains.
Compare Net Present Value (NPV) and Internal Rate of Return (IRR) as investment appraisal techniques. Under what specific cash-flow conditions might these two methods yield conflicting project rankings, and which one should a financial manager rely on?
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