Invest Qatar reports that the manufacturing industry made for approximately 10% of Qatar’s GDP in 2022 or $21.7 billion of GDP. The National Manufacturing Strategy of 2024 TO 2030 aims to grow the value contribution of manufacturing and non hydrocarbon exports. The increase in manufacturing creates more demand for planning of the sourcing of materials, manufacturing process, suppliers and distribution.
What should manufacturers know before investing?
- Operational fit
- Total cost
- Measurable results
1. What Is Manufacturing Supply Chain Management Software?
Manufacturing Supply Chain Management Software is a piece of software that integrates the different activities related to the forecasting of sales, procurement of raw materials, control of stock, production planning and delivery of manufactured products. Thus it provides coordination of information flow between the different functions of the manufacturing company such that the buying and manufacturing functionalities work according to customer orders and production abilities.
How it differs from ERP, MRP, MES, and WMS
System | Primary purpose | Manufacturing example |
SCM | Coordinates the wider supply network | Supplier commitments, demand, sourcing, and distribution |
ERP | Connects core business operations | Finance, purchasing, sales, inventory, and costing |
MRP | Calculates material requirements | Determines which components to buy or produce and when |
MES | Tracks execution on the shop floor | Records production activity, machine status, and quality checks |
WMS | Controls warehouse operations | Bin locations, barcode scanning, picking, and stock movements |
Analyse the workflow fully rather than think that all manufacturers rely on the same 5 applications. For example, read what Microsoft writes about bills of materials to understand how components and processes of manufacturing can be used in production planning.
Why Qatar Manufacturers Are Moving Beyond Spreadsheets
Spreadsheets can still be helpful in analytics, small inventories and short-term planning. The only requirement in avoiding possible issues is that different departments with different versions of operational data should operate in a single version of information.
A purchasing team may enter a supplier’s new delivery date in one file and the production team may be continuing to work with the original date in the schedule. The planning sheet might not have been updated to reflect material issued in the warehouse. When the discrepancy is found in the finance reconciliation process.
These become more significant as products are added, plants are built, suppliers are added, or regional customers are added.
Seven signs you have outgrown spreadsheets
- Multiple data entry
- Unreliable stock balances
- Production delays
- Insufficient supplier transparency
- Late reporting
- Inadequate ability to track materials
- BOM discrepancies
Monitor the time used for inventory reconciling, confirming dates given by suppliers, and creating schedules.
Key Features to Look For
Your manufacturing platform should be how you plan, buy, produce, store and ship your products. The most useful ones are the ones that eliminate a particular function constraint and keep the flow of information between departments going.
Feature | What it should do | Buyer evaluation question |
Demand planning | Forecast requirements from orders and historical demand | Can planners adjust forecasts and compare scenarios? |
MRP | Calculate material requirements against inventory and lead times | Does it account for open orders, safety stock, and BOMs? |
Procurement | Manage quotations, suppliers, and purchase orders | Can it flag late or unconfirmed orders? |
Inventory control | Track stock by warehouse, location, lot, or serial number | Can staff record transactions through barcode scanning? |
Production planning | Coordinate work orders, routes, and capacity | Can the schedule reflect material and machine constraints? |
Analytics | Display operational KPIs and exceptions | Can managers drill down to the underlying transaction? |
Risk monitoring | Identify supplier delays and material shortages | Are alerts configurable and linked to actionable tasks? |
Regional support | Handle relevant languages, currencies, entities, and locations | Does the product support your actual operating requirements? |
Demand planning and MRP
Demand planning is the process of predicting future demand based on Sales Orders, Backwards Planning, Forecasts and known customer commitments. Material requirements planning then translates production plans into planned purchases and orders for manufacturing.
For instance, if the manufacturer gets an order for 1000 completed items, the system should work out the quantities of components based on the approved BOM, subtract from the existing stock, take into account the incoming purchase orders, and take note of any lead times.
Look for:
- Adjustments to forecast and demand scenarios.
- Multi-level BOM calculations.
- Safety-stock and reorder policies.
- Supplier Lead Time and Production Lead Time settings.
- Exceptions when shortage occurs and for rescheduling.
The accuracy of MRP recommendation depends on the accuracy of inventory balances, BOMs and lead-times which are used in the MRP.
Inventory and warehouse control
Inventory functionality must distinguish between stock that physically exists and stock that is actually available for use.
Evaluate:
- Several storage areas and bins.
- Lot, batch, serial number and expiry tracking as necessary.
- Reservations on sale orders and production orders.
- The system also features cycle counting and stock movements that need approval.
- Barcode or RFID integration.
- Quality inspection, and quarantine status.
- Change the order of thresholds and stock value.
Real-time visibility and analytics
Exceptions should be presented in the dashboard without the manager having to merge several reports.
Useful measures include:
- Material shortages affecting open work orders.
- Purchase orders past their confirmed delivery dates.
- Stock below minimum or safety-stock levels.
- Production orders behind schedule.
- Supplier delivery performance.
- Inventory value and slow-moving items.
Risk monitoring
Late delivery isn’t the only risk of the supplier. It may consist of one-source dependency, quality issues, price fluctuations, transportation disruptions, and contractual risk.
A good platform should highlight and display exceptions and their impact on the platform. For instance, if the supplier is late on a resin delivery that is critical the planner should be able to determine which orders are affected and which deliveries are made to customers.
4. Standalone SCM vs ERP With Built-In Supply Chain Modules
Manufacturers are likely to be presented with a dilemma: purchasing a specialist supply chain management software services or taking a leap and implementing an ERP system that incorporates manufacturing and supply chain capabilities.
Both are not always better. The selection will depend on the complexity of the planning, present systems, the size of the operation and how far reaching the functionality needs to be.
Decision factor | Standalone SCM platform | ERP with built-in SCM |
Main strength | Specialised planning, network optimisation, or logistics | Shared operational and financial records |
Best fit | Complex networks or advanced planning needs | Manufacturers seeking connected business processes |
Existing ERP | Usually integrates with the current ERP | May replace or extend existing ERP capabilities |
Implementation | Integration and data synchronisation require attention | Broader process configuration and migration may be necessary |
Reporting | May require combining SCM and ERP data | Can provide connected operational and financial reporting |
Main risk | Integration complexity and duplicated master data | Insufficient depth in specialist planning or scheduling |
5. How Much Does Manufacturing SCM Software Cost?
It’s difficult to come up with any universally accepted price for software for supply chain management planning. The cost varies based on licensing, user and facility count, scope of function, integrations, data migration and complexity of implementing.
Several vendors offer subscription costs for certain editions and enterprise platforms usually offer a custom quote. Don’t consider the starting price as the total price of a proposal; compare like-for-like proposals.
Pricing models: subscription, per-user, and perpetual
Pricing model | Typical commercial structure | What to verify |
Subscription | Recurring monthly or annual fee | Included modules, storage, support, and renewal terms |
Per-user licensing | Fee varies with licensed users or user roles | Whether shop-floor, warehouse, and occasional users incur separate charges |
Perpetual licensing | Upfront licence, potentially with recurring maintenance | Upgrade rights, infrastructure, maintenance, and support costs |
Usage or transaction-based | Charges linked to volume or consumption | API calls, transactions, storage, and overage rates |
Implementation services | Separate project or professional-services fee | Scope, deliverables, change requests, and acceptance criteria |
Five year total cost of ownership: cloud vs on-premises
A five-year comparison should include the complete cost of operating each deployment model.
Cost category | On-premises deployment | |
Software | Subscription and applicable add-ons | Licence and maintenance, where applicable |
Infrastructure | Usually included within the service, subject to contract management services | Servers, storage, networking, and related facilities |
IT operations | Vendor-managed components plus internal administration | Internal infrastructure management and specialist support |
Upgrades | According to vendor release and subscription terms | May require separate upgrade projects |
Security | Shared responsibility between provider and customer | Greater direct responsibility for infrastructure and configuration |
Resilience | Verify backup, recovery, and service commitments | Budget for backup, disaster recovery, and redundancy |
Calculate TCO using your own quotations:
Subtract any clearly evidenced savings only when calculating net business value, not gross TCO.
6. Online Supply Chain Management Software Options Compared by Company Size
Brand recognition is important but a vendor shortlist should also take into account manufacturing complexity, implementation resources, integration requirements and budget.
The above list is a short list of good platforms and ERP which you can research, but not a ranking. Features, packaging and availability should be validated with the current vendor proposals.
| Platform | Best suited to | Deployment approach | What to assess for 10–500 employees |
| Sowaan ERP | A regional erp software in Qatar option to evaluate for integrated operations | Confirm available deployment options with the vendor | Manufacturing scope, Qatar requirements, implementation services, and integrations |
| Oracle | Large-scale supply chain and planning requirements | Cloud offerings and product-specific integrations | Planning depth, data architecture, and integration scope |
| Kinaxis | Complex, concurrent supply chain planning | Specialist planning platform | Integration with ERP and operational systems |
| Blue Yonder | supply chain management logistics software | Product-specific enterprise offerings | Fit for distribution, manufacturing, and planning needs |
| E2open | Connected supply chain networks | Cloud-based network and planning offerings | Partner connectivity and required modules |
| Oracle NetSuite | Businesses seeking cloud ERP and connected operations | Cloud ERP | Manufacturing edition, planning requirements, and extensions |
| Epicor | Manufacturing-focused operations | Product-dependent cloud and other options | Industry fit, production workflows, and implementation support |
| ERPNext | Businesses evaluating integrated ERP workflows | Self-managed or service-provider-hosted options, depending on setup | Configuration, support ownership, and advanced planning requirements |
Mid-market ERP platforms: NetSuite, Epicor, ERPNext, and Sowaan ERP
When it comes to the actual question facing manufacturers with 10 to 500 employees, it’s whether a platform can be used to support the processes required without being overly complex.
Assess:
- The proposed edition features purchasing functionality.
- Any changes to the BOM, work orders, material availability.
- Multi Warehouse best inventory management software Visibility.
- Financial integration and manufacturing cost reporting.
- Data Migration Tools & Implementing Ownership.
- Local support, training and contract levels of service.
A practical implementation roadmap
Phase 1
The discovery process and mapping of processes.
Purchase, inventory, production, fulfilment, integrations and baseline KPIs documentation.
Phase 2
Set up and data preparation
Clean item masters, suppliers, BOMs, stock balances, lead times, and approval rules.
Phase 3
Testing and pilot
Test Purchase, Receive, Issue Material, Production Report, Ship and Exception situations.
Phase 4
Controlled go-live
Get processes to production and track critical transactions with speedy solutions.
Typical timeline for a 50–300 employee manufacturer
The following is a planning estimate – not a guaranteed delivery date. The actual time varies with scope, data quality, integrations, customisations and staff availability.
| Stage | Illustrative duration |
| Discovery and requirements | 2–4 weeks |
| Configuration and data preparation | 3–8 weeks |
| Integrations and user acceptance testing | 3–8 weeks |
| Training, cutover, and go-live | 2–4 weeks |
There are activities that can be performed concurrently. A relatively simple implementation can take a couple of months, and more complex multi-site manufacturing projects can take much longer. After discovery, vendors need to give milestones.
Why implementations fail
- Indistinct ownership: No individual is responsible for master data, process decisions, and approvals.
- Too much customisation: Teams repeat all the legacy workarounds instead of streamlining processes.
- Routine testing but no testing of partial receipts, rejected batches, shortages, or schedule changes.
- Inadequate training: employees are not confident in dealing with routine transactions and unofficial spreadsheets results.
- Not reconciling opening stock, work in progress, open purchase orders, and outstanding customer orders.
Data migration checklist
Before transferring the data, check that:
- The item code, unit of measure and supplier record are standardized.
- BOMs and production routes have approved versions.
- Balances are in line with counts.
- Open Purchase Orders (OPO) and Customer Orders (CO) are reconciling.
- Where required, lot, batch and serial data is retained, as is expiry data.
- Opening balances of financial statements and inventory values are agreed.
- User permissions, backups and rollback procedures are tested.
To ensure a smooth go-live, establish who will be empowered to approve the final stock count, who will approve the stock count migrated data, and how transactions will be managed if a critical issue arises during the migration process.
8. ROI: What to Expect and Which KPIs to Track
The business case must connect software features and functionality to the operational benefits. Do not offer a specific percentage cut in inventory or production expenses prior to establishing baseline and testing the solution.
A manufacturer may benefit in terms of fewer shortages, improved delivery dates, decreased manual effort, decreased amounts of obsolete inventory, or increased production utilisation.
KPIs to measure before and after implementation
| KPI | How to measure it | What improvement may indicate |
| Inventory turns | Annualised cost of goods sold ÷ average inventory value | Inventory is being used more efficiently |
| On-time, in-full (OTIF) | Orders delivered on time and complete ÷ total eligible orders | Better fulfilment reliability |
| Supplier lead time | Time between order placement and receipt | More predictable sourcing |
| Stockout rate | Defined stockout events ÷ relevant demand events | Better availability planning |
| Schedule adherence | Production orders completed to schedule ÷ eligible orders | More reliable production execution |
| Inventory accuracy | Correctly counted records ÷ records counted | Better transaction discipline |
Report the same period and use the same definitions throughout. For instance, a drop in stock value is not a positive if it means that there are more instances of stock out or missed delivery.
How to calculate the financial return
Validated inventory carrying costs and expedited freight savings, fewer write-offs, and measurable labour savings can be combined into a simple annual benefit estimate.
Carefully define net benefit: subtract appropriate costs from the measured benefits; a consistent time period. For projects that have a multi-year time frame, also consider payback period and discounted cash flow.
9. Use Cases for Qatar Industries
The most effective manufacturing system reflects the value of operations of the manufacturing industry such as material traceability, quality requirements, product variations, delivery commitments etc.
The processing of foods and beverages.Manufacture of food and drinks.
Track lot numbers, expiration dates, recipes/formulas, quality holding, packaging materials, and production schedules for ingredients. A realistic batch situation should be used for testing traceability and recall.
Construction materials
Organize bulk raw material, batch production, equipment capacity, yard stock, transport plans and customer delivery schedules. Stock and dispatch information can help minimize unnecessary rescheduling.
Plastics and packaging
Manage and control resin and additive usage, colour or specification variations, production scrap, changeover, roll or batch traceability, and finished goods stock.
Manufacturing wholesale distribution companies might require retail supply chain software for demand signals, replenishment, stores or channel inventory and fulfillment. The needs are varied and depend on the production planning on the shop floor, so ask if both production and retail are in operation whether the platform can meet your needs.
10. Compliance and Regional Considerations
Financial controls, product traceability, document retention and requirement by the destination markets are among the factors that manufacturers based in Qatar or exporting to neighbouring markets should consider when choosing software.
Qatar tax requirements
The tax laws and regulations are published by Qatar General Tax Authority. According to its investor guide, Qatar hasn’t implemented VAT. The system should thus be designed based on the existing VAT requirements in Qatar, instead of the assumption that a typical VAT system for the GCC region would be suitable.
Evaluate:
- Correct buying, selling, stock valuation and financial data.
- The requirement of tax reporting and supporting documents.
- Access to the user and audit trails.
- The ability to accommodate applicable tax changes.
The global and domestic minimum tax regime of Qatar also needs to be examined for in-scope multi-national enterprise groups. Consult GTA official guidance in consultation with a qualified tax adviser.
Ready to Improve Your Manufacturing Operations?
Integrate procurement, inventory, production and financial processes into a single ERP system designed to meet your business needs.
FAQs
It is software that coordinates demand planning, purchasing, inventory, production requirements, and delivery. The objective is to make operational decisions using consistent information across the supply chain.
SCM focuses on coordinating supply chain activities, while ERP connects broader business processes such as finance, procurement, inventory, production, and sales. Many ERP platforms include supply chain modules, while specialist SCM tools integrate with existing ERP systems.
Pricing depends on licensing, users, facilities, modules, integrations, and implementation effort. Request a full five-year total cost of ownership instead of comparing subscription prices alone.
It can be suitable when the provider meets the manufacturer’s security, availability, integration, and recovery requirements. Assess connectivity at production sites, offline procedures, data access, service commitments, and the responsibilities shared between the provider and customer.
artificial intelligence supply chain software can support demand forecasting, anomaly detection, supplier-risk analysis, and scenario recommendations. Benefits depend on data quality, model validation, and human oversight. Ask vendors to explain what the AI actually does, what data it uses, and how users can review its recommendations.
A relatively standard project may take a few months, while complex multi-site deployments can take longer. The timeline depends on data readiness, process changes, integrations, customisation, testing, and stakeholder availability.
Yes, many platforms support integrations through APIs, connectors, or file-based exchanges. Verify supported systems, synchronisation frequency, error handling, data ownership, and the cost of maintaining integrations.
Assess manufacturing and inventory functionality, Arabic and currency requirements where applicable, security controls, implementation support, local tax configuration, and integrations with suppliers and customers. If exporting, validate the regulatory requirements for each destination market.
