Introduction
A manufacturing business can have machines, skilled workers, detailed Bills of Materials, production schedules and an ERP system and still struggle to answer one basic question:
“Are we actually running the factory as efficiently as we could?”
Production delays may come from material shortages. Inventory may be available but in the wrong location. Operators may spend time recording information manually. Engineering changes may not reach production quickly enough. Maintenance issues may interrupt schedules. Management may only discover problems after production has already been affected.
These challenges are why an Advanced Manufacturing Master Class should not be treated simply as product training.
It is an opportunity to step back and ask better questions about how your factory operates.
The Advanced Manufacturing Master Class at Odoo Experience India focuses on practical manufacturing challenges and advanced Odoo capabilities across areas including inventory, routing, costing, subcontracting, quality, maintenance, demand forecasting, capacity planning, PLM, ECO and complex manufacturing strategies. Odoo also states that the training is intended for people who already understand manufacturing from a business perspective and are familiar with Odoo Manufacturing.
The most valuable preparation, therefore, is not memorizing Odoo features.
It is knowing what questions your factory needs answered.
1. Can We See the Complete Production Flow?
| Factory Challenge | What to Investigate | Odoo Opportunity |
|---|---|---|
| Production delays | Where orders are getting stuck | Manufacturing and Shop Floor visibility |
| Material shortages | Availability before production | Inventory and replenishment |
| Excess inventory | Stock levels and demand | Forecasting and inventory planning |
| Quality failures | Where defects occur | Quality checks and alerts |
| Machine downtime | Equipment reliability | Maintenance workflows |
| Cost overruns | Actual vs expected production cost | Manufacturing costing |
| Engineering changes | BoM and process changes | PLM and ECO workflows |
Start with the most important question:
Can we see what happens from demand to finished product?
A manufacturing process can involve:
Customer Demand → Planning → Procurement → Material Availability → Production → Quality → Finished Goods → Delivery
If information becomes fragmented between departments, production managers may not have enough visibility to react quickly.
Ask:
- Where does production planning begin?
- How is demand communicated to manufacturing?
- How do we know whether materials are available?
- How are production priorities determined?
- Where do delays become visible?
- Which information is still maintained outside Odoo?
The goal should be end-to-end visibility rather than isolated manufacturing records.
2. Are Our Bills of Materials Accurate?
A Bill of Materials is more than a product recipe.
It influences material requirements, production planning, costing and inventory.
Ask:
- Who owns our BoMs?
- How are BoM changes approved?
- Are component quantities accurate?
- Are operations and work centers correctly defined?
- How are alternative components handled?
- What happens when engineering changes a product?
- Are obsolete BoMs still being used?
A small BoM error can create larger operational problems.
Incorrect components can lead to purchasing issues, production delays, incorrect costing and excess inventory.
Your Master Class discussion should therefore include BoM governance, not just BoM creation.
3. Can We Prevent Material Shortages Before Production Starts?
A factory often discovers a material shortage too late.
The production order exists, the customer expects delivery and then someone discovers that a critical component is unavailable.
Ask:
- How are material requirements calculated?
- How accurate is our inventory?
- Are replenishment rules appropriate?
- Which components are regularly short?
- How do we identify upcoming shortages?
- Are purchase and manufacturing requirements connected?
- Can planners see supply risks before production begins?
The objective is to move from reactive shortage management to proactive material planning.
4. Are We Using the Right Manufacturing Strategy?
| Manufacturing Strategy | Best Fit | Key Question |
|---|---|---|
| Make-to-Stock | Predictable demand | Can we accurately forecast demand? |
| Make-to-Order | Customer-specific production | Can customers wait for production? |
| Assemble-to-Order | Configurable products | Which components can be stocked in advance? |
| Engineer-to-Order | Highly customized products | How much engineering work is required per order? |
| Hybrid | Mixed demand patterns | Which products or components should use each strategy? |
Not every product should be manufactured in the same way.
Odoo's Advanced Manufacturing Master Class specifically covers different manufacturing approaches, including Make-to-Order, Make-to-Stock, Assembly-to-Order and Engineer-to-Order.
Ask:
- Which products should be Make-to-Stock?
- Which should be Make-to-Order?
- Which products require engineering involvement?
- Which products can be assembled quickly after receiving an order?
- Where does customization justify Engineer-to-Order?
The right strategy depends on demand predictability, lead times, customization, inventory cost and production capacity.
The question is not:
“Which strategy is better?”
It is:
“Which strategy is appropriate for each product or product family?”
5. Where Are Our Production Bottlenecks?
A factory can appear busy while still operating inefficiently.
One overloaded work center can delay multiple downstream operations.
Ask:
- Which work centers are capacity constraints?
- How much scheduled capacity do we have?
- How much is actually being used?
- Where are queues building up?
- Which operations regularly miss planned times?
- Are labor and machine capacities considered together?
- How do we respond when demand suddenly increases?
Capacity planning should connect customer demand with realistic production capability.
A good manufacturing system should help management understand not only what needs to be produced, but also whether the factory can produce it on time.
6. Are Shop Floor Employees Capturing the Right Information?
Production data is only useful when employees actually record it.
Ask:
- How do operators start and stop operations?
- How are quantities recorded?
- How are rejected products captured?
- How is scrap recorded?
- How much information is entered manually?
- Are barcode or shop-floor tools being used effectively?
- Can supervisors see production progress in real time?
If operators find data entry difficult, they may create workarounds.
That creates a gap between what happened on the factory floor and what the ERP says happened.
7. Can We Measure Quality Before Problems Reach Customers?
Quality should not be treated only as a final inspection.
Ask:
- Where should quality checks occur?
- Which operations require mandatory inspection?
- How are quality failures recorded?
- How are quality alerts assigned?
- Can recurring defects be identified?
- How are corrective actions tracked?
- How is quality information connected to production?
The goal is to identify problems early and use quality data to improve the process.
A quality system should help answer:
What failed? Why did it fail? Where did it happen? What should change?
8. Are We Treating Maintenance as Prevention or Reaction?
Equipment downtime can quickly become production downtime.
Ask:
- Which machines are critical?
- How frequently do they fail?
- Are preventive maintenance schedules defined?
- Can maintenance activities be linked to equipment?
- How quickly are breakdowns reported?
- Can recurring failures be analyzed?
- How does maintenance affect production planning?
A mature manufacturing environment connects equipment reliability with production performance.
Instead of waiting for machines to fail, maintenance data should help teams identify risks earlier.
9. Can We Control Engineering Changes?
Engineering changes can have a major operational impact.
A product design changes.
Then the BoM changes.
Then procurement requirements change.
Then production needs to use the new version.
If those changes are not controlled, production may use outdated information.
Ask:
- Who approves engineering changes?
- How are ECOs managed?
- How are BoM versions controlled?
- When does a new version become effective?
- How are production teams informed?
- How are purchasing and inventory affected?
- Can obsolete versions be prevented from being used?
Odoo's Advanced Manufacturing Master Class includes PLM, Engineering Change Orders and Engineer-to-Order setups, making engineering governance an important topic for advanced manufacturers.
10. Are We Measuring Manufacturing Cost Correctly?
Production efficiency cannot be evaluated properly without understanding cost.
Ask:
- Are material costs accurate?
- Are labor costs included appropriately?
- Are machine or work-center costs considered?
- How are subcontracting costs handled?
- Are production variances monitored?
- Can managers compare expected and actual costs?
- Are product margins reliable?
Costing should help management understand where profitability is being created or lost.
A manufacturing ERP should connect operational activity with financial visibility.
11. Are We Managing Subcontracting Effectively?
Many manufacturers rely on external suppliers for specific operations.
That creates additional questions:
- Which production operations are subcontracted?
- Who owns materials during subcontracting?
- How are materials sent to subcontractors?
- How are completed operations received?
- How are subcontracting costs tracked?
- Can delays at subcontractors affect production planning?
Subcontracting should be treated as part of the production workflow rather than as a disconnected purchasing activity.
12. Can We Connect Manufacturing With Inventory?
Manufacturing and inventory should not operate as separate departments.
Production consumes components.
Finished goods enter inventory.
Scrap affects stock.
Purchasing responds to material requirements.
Sales orders can influence production requirements.
Ask:
- Is stock availability accurate?
- Can planners see component requirements?
- Are warehouse locations correctly structured?
- How are internal transfers handled?
- Can production shortages be identified quickly?
- Does inventory information update fast enough for production decisions?
The objective is a connected flow:
Demand → Material → Production → Quality → Finished Goods → Delivery
13. Which Manufacturing KPIs Should Management Watch?
More data does not automatically mean better management.
The important question is:
Which numbers help us make better decisions?
Useful manufacturing KPIs may include:
| KPI | What It Helps Measure |
|---|---|
| Production Lead Time | Speed of manufacturing |
| On-Time Production | Schedule performance |
| Machine Utilization | Capacity usage |
| Production Efficiency | Planned vs actual performance |
| Scrap Rate | Material and quality losses |
| Downtime | Equipment availability |
| Inventory Turnover | Stock efficiency |
| Manufacturing Cost Variance | Cost control |
| First-Pass Yield | Quality performance |
| Schedule Adherence | Production planning accuracy |
The exact KPI set should reflect the factory's objectives.
14. What Should We Demonstrate During the Master Class?
| Factory Scenario | Business Problem | Questions to Ask |
|---|---|---|
| Demand Increase | Production capacity may be insufficient | Can Odoo help plan additional capacity? |
| Material Shortage | Production order cannot start | Can material availability be identified earlier? |
| Engineering Change | Existing BoM needs modification | How should changes be controlled and approved? |
| Machine Breakdown | Production is interrupted | How can maintenance and production be connected? |
| Quality Failure | Defective products reach inspection | Where should quality checks be introduced? |
| Subcontracting | External production affects delivery | How can subcontracting and costing be monitored? |
Do not limit the discussion to individual Odoo screens.
Ask for scenarios that resemble your factory.
For example:
Scenario 1 : Demand Increase
Customer demand increases by 30%.
Can the system show the impact on materials, capacity, procurement and production schedules?
Scenario 2 : Material Shortage
A critical component becomes unavailable.
How quickly can planners identify affected production orders?
Scenario 3 : Engineering Change
A product design changes.
How does the change move from engineering to BoM, purchasing and production?
Scenario 4 : Machine Breakdown
A critical work center becomes unavailable.
How can production planners understand the scheduling impact?
Scenario 5 : Quality Failure
A recurring defect is discovered.
How can the business trace the issue and initiate corrective action?
Real scenarios reveal much more than feature demonstrations.
15. Questions to Take Into the Advanced Manufacturing Master Class
Before attending, manufacturing leaders should prepare questions around these areas:
Production
- Can we model our actual production processes?
- How can we improve shop-floor visibility?
- Can production priorities change dynamically?
Planning
- How should we manage MTS, MTO, ATO and ETO products?
- How can we improve capacity planning?
- How can we identify shortages earlier?
Engineering
- How should we manage BoM versions?
- How should ECO approvals work?
- How can engineering changes reach production reliably?
Quality
- Where should quality controls be placed?
- How can recurring failures be analyzed?
- How should corrective actions be managed?
Maintenance
- Which equipment requires preventive maintenance?
- How can downtime affect production planning?
- How can maintenance history support better decisions?
Costing
- Are actual production costs visible?
- How should labor, machine, material and subcontracting costs be evaluated?
These questions turn the Master Class into a factory assessment exercise.
Prepare Your Factory Before the Master Class
Bring real information rather than generic requirements.
Prepare:
- one production workflow
- sample BoMs
- production lead times
- work-center information
- inventory challenges
- common quality issues
- maintenance problems
- subcontracting processes
- engineering change examples
- current manufacturing KPIs
- examples of production delays
You do not need to prepare a perfect presentation.
You need enough information to explain:
How does our factory actually work today?
From Master Class Questions to a Manufacturing Roadmap
After identifying the problems, organize them into a practical roadmap:
Assess → Standardize → Configure → Test → Measure → Improve
Assess
Understand current production, inventory, quality, maintenance and engineering processes.
Standardize
Define how critical manufacturing workflows should operate.
Configure
Align Odoo with the agreed processes.
Test
Use real production scenarios instead of only testing individual features.
Measure
Track manufacturing and financial KPIs.
Improve
Use operational data to identify the next improvements.
This prevents the ERP from becoming simply a digital record of existing processes.
Frequently Asked Question
1. What is the Advanced Manufacturing Master Class?
The Advanced Manufacturing Master Class helps experienced manufacturing teams explore advanced Odoo Manufacturing capabilities and improve real-world factory processes.
2. Who should attend the Advanced Manufacturing Master Class?
It is designed for manufacturing professionals who understand factory operations and already have familiarity with Odoo Manufacturing.
3. What should manufacturers prepare before attending?
Bring real factory challenges such as production delays, material shortages, quality issues, machine downtime, or costing problems to make the session more practical.
4. Can the Master Class help improve production planning?
Yes, manufacturers can explore demand forecasting, capacity planning, scheduling, MPS and different manufacturing strategies to improve production planning.
5. How can Odoo help manage Bills of Materials?
Odoo can help manufacturers structure, manage and control Bills of Materials so production teams work with accurate product and component information.
6. Can Odoo help identify manufacturing bottlenecks?
Odoo Manufacturing and Shop Floor can provide operational visibility that helps teams identify production delays, work-center constraints and efficiency issues.
7. How does Odoo support manufacturing quality management?
Odoo Quality can help define quality checks, identify failures, manage quality alerts and support corrective actions throughout production.
8. Can Odoo connect manufacturing with maintenance?
Yes, Odoo can connect manufacturing operations with equipment maintenance and repair workflows to help reduce downtime and improve equipment reliability.
Conclusion
The Advanced Manufacturing Master Class is most valuable when manufacturers use it to challenge how their factory currently operates. Odoo's program covers advanced manufacturing topics including planning, inventory, quality, maintenance, subcontracting, costing, PLM, ECOs and different production strategies.
Instead of asking only “What can Odoo Manufacturing do?”, ask whether your factory can plan accurately, control materials, manage capacity, maintain quality, respond to engineering changes and understand production costs.
Bring your real production challenges, your actual workflows and the questions your factory needs answered. The objective should be simple: leave with a clearer understanding of how Odoo can support a more connected, measurable and efficient manufacturing operation.
