>
Home About Case Studies Hire Me Contact
Currently available for select engagements

Hire Data Engineer for Manufacturing
Senior, direct, no layers

Hire a Data Engineer for Manufacturing: pipelines from supplier delivery data and ERP order and inventory records into a warehouse the business owns, with on-time delivery by product line reported on numbers the team can trust.

Manufacturing — Data Engineer

A senior data engineer for manufacturing

As a manufacturing business grows, manual reporting scales badly: more sources, more spreadsheets, more versions of the truth, and material shortages stopping a line discovered weeks after it started. The pipeline approach scales differently, because each new source is modelled once and then serves every report.

What the business already records is the raw material. production scheduling data and machine and sensor data may be messy, but they are real, and modelled carefully they answer on-time delivery by product line and machine downtime causes without new data collection.

Rollout is deliberately narrow: one pipeline, one report, one decision at a time. Each piece must prove the number is trusted before the next source is added, which is why supplier delivery data feeding on-time delivery by product line usually comes first.

The reports that matter are the ones the team already rebuilds by hand: on-time delivery by product line, defect rates by stage and shift, machine downtime causes, material lead-time reliability, and margin per order. Each is rebuilt once from modelled data and then refreshed on a schedule, so the weekly meeting starts from numbers everyone trusts instead of a debate about whose spreadsheet is current.

What you get

What this engagement covers for manufacturing

  • Pipelines from supplier delivery data and ERP order and inventory records into a warehouse, run on a schedule with error logging, so reporting never depends on a manual export.
  • Data models that define each metric once, so on-time delivery by product line means the same thing in every report and nobody argues about definitions.
  • Dashboards and scheduled reports covering defect rates by stage and shift and machine downtime causes, built for the decisions the team actually makes each week.
  • Data quality checks on production scheduling data and machine and sensor data: duplicates, missing records, and out-of-range values flagged before they reach a report.
  • A warehouse structure the business can extend, with sources documented and new feeds added without rebuilding existing models.
  • Monitoring and handover documentation, so the team sees when a pipeline fails and can fix or escalate it without the builder.
The systems manufacturing actually run

Built on your stack, not on top of it

Most manufacturing businesses already run on ERP (orders, inventory, and production), production scheduling (shop-floor plans), quality systems (inspections and defects), supplier portals (materials and lead times), and accounting software (job costs). The pipeline work starts from those systems as sources, not by replacing them, and lands the cleaned data in a warehouse the business owns, with dashboards on top for the team.

The first build is usually the report the team rebuilds by hand most often, often defect rates by stage and shift. When that report arrives on schedule, correct, and without manual work, the case for pipelining the remaining sources makes itself.

Take ERP order and inventory records. It is the kind of source every manufacturing business has and nobody quite trusts. Once it flows through a tested pipeline with error logging, defect rates by stage and shift stops depending on whoever happened to build last month's spreadsheet.

ERP handles orders, inventory, and production. production scheduling handles shop-floor plans. quality systems handles inspections and defects. supplier portals handles materials and lead times. accounting software handles job costs.

How it works

From kickoff to delivery for manufacturing

  1. Audit the sources and decisions

    The first step is mapping where data lives and which decisions it should support: supplier delivery data, ERP order and inventory records, and the reports the team rebuilds by hand. delivery dates promised without capacity checks usually traces back to one of those gaps.

  2. Build the first pipeline

    One source is pipelined end to end, including production scheduling data, with error logging and a modelled table, before the remaining sources are added. The team sees a working report early, not after months of building.

  3. Model and report

    Metrics are defined once in the model layer, and dashboards are built for on-time delivery by product line and defect rates by stage and shift, so every team reads the same numbers and nobody maintains a private spreadsheet.

  4. Monitor and hand over

    Pipelines are scheduled and monitored, a runbook documents each feed, and the team is trained to spot and escalate failures, so the numbers keep flowing without the builder.

Why Omer

Why hire Omer

  • Error logging and monitoring, so a failed supplier delivery data feed is visible, not silent
  • One pipeline proven first, often supplier delivery data feeding on-time delivery by product line, then the warehouse grows on evidence
  • Documented models the manufacturing team can extend without the builder
  • Data quality checks on production scheduling data before numbers reach a report
  • Built inside the manufacturing business's own systems and accounts
Outcomes

What changes in practice

The realistic outcome is a weekly meeting run on trusted numbers: on-time delivery by product line and defect rates by stage and shift arrive on schedule, definitions are no longer debated, and production scheduled by gut feel becomes visible early enough to act on. That is the standard this engagement is measured against, not a dashboard launch.

Over time the warehouse becomes an asset of its own: every new question starts from modelled data instead of a fresh export, so analysis gets faster the longer the system runs. Browse all hire engagements or discuss your data setup directly.

FAQ

Questions, answered

What happens when a source system changes?
The pipeline's error logging surfaces the break in supplier delivery data, the model layer isolates most format changes, and the runbook tells the manufacturing team how to respond. Reports degrade visibly rather than silently going wrong.
How is reporting for manufacturing different from generic reporting?
It is built around the decisions this business makes, including on-time delivery by product line and defect rates by stage and shift, rather than generic charts. The metrics, the sources, and the refresh schedule all follow from those decisions.
Can the team extend the warehouse after handover?
Yes, and that is part of the design. Models are documented, ERP order and inventory records and the other sources are mapped, and the team is trained on adding a feed without breaking existing reports.
Is our business data kept private?
Yes. Pipelines and the warehouse live in the manufacturing business's own accounts under its permissions, and nothing is copied to outside tools or used for any other purpose.
How do you handle bad data from a source?
Quality checks on supplier delivery data flag duplicates, missing records, and out-of-range values before they reach a report, and recurring problems are traced back to the source process rather than patched in the pipeline each time.
Currently available for select engagements

Ready to get started?

The best way to explore working together is a quick conversation. Reach out through your preferred channel and let us discuss your project.