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# Multi-Project Engineering Coordination – Priorities, Dependencies, Cost Visibility & Reporting
- URL: https://kevos.ghost.io/multi-project-engineering-coordination/
- Published: 2026-10-05T07:46:06.000Z
- Updated: 2026-10-05T07:46:19.000Z
- Description: Coordinating concurrent CAPEX, tooling, maintenance and process-improvement projects that competed for the same toolmakers, contractors and production windows. I kept a shared view of status, cost, risk and next actions, which gave management clearer information for prioritisation.
- Author: K G J
- Tags: KEVOS® Projects, Operation Excellence

As an Operations Excellence Engineer in a manufacturing business, I worked across a growing number of engineering activities running in parallel. They included capital projects, production-readiness work, tooling programs, process development, plant maintenance and reliability work, and smaller facility and safety improvements. Most were manageable on their own. Together, they drew on the same toolmakers, contractors, production windows, purchasing support and management time.

This case study covers the coordination that sat across those projects. That meant keeping a realistic view of what was active, what was blocked, what it was costing and who owned the next action, then turning that into information stakeholders could make decisions with. It is not the story of a single installation. It is about how several pieces of engineering work were kept moving at the same time.

| Project Fact    | Detail                                                                                                                |
| --------------- | --------------------------------------------------------------------------------------------------------------------- |
| Work Type       | Multi-project engineering coordination and stakeholder reporting                                                      |
| My Role         | Operations Excellence Engineer                                                                                        |
| Project Mix     | CAPEX, production readiness, tooling, process development, maintenance and operational improvement                    |
| Key Disciplines | Priority coordination, dependency and action tracking, cost monitoring, contractor coordination, management reporting |
| Main Outcome    | Clearer delivery visibility across concurrent engineering activities                                                  |

## The Challenge

With only a few projects active, work can be run through conversations, emails and individual follow-up. As the number grew, that approach became harder to sustain. Status tended to surface only once something had gone wrong. A project could be described as "in progress" for weeks without anyone being clear whether it was waiting on a design, a quotation, a purchase order or a contractor.

Shared resources created the bigger pressure. At any one time the toolroom might be supporting drill jigs, powder-coating jigs, product modifications, maintenance and urgent production work. Each request was reasonable on its own, but every project was effectively assuming it could progress independently using the same people. Contractor availability, supplier lead times and production access for installations created similar overlaps.

The practical question became: which work needs attention now, what is stopping it from moving, and where should the available resources go?

## My Role

My role was coordination and visibility across the active projects, alongside my own delivery work on several of them. Decisions on competing priorities, additional expenditure and major scope changes sat with management. Purchasing and finance managed purchase orders and financial systems. Toolmakers, contractors, suppliers and production teams carried out the work itself.

Within that, I was responsible for:

- Maintaining a current view of each project's stage, owner, key risks, dependencies and next actions
- Coordinating priorities against operational impact and resource availability, and raising conflicts that needed a management decision
- Tracking milestones and following up actions across engineering, the toolroom, purchasing, production and external contractors
- Monitoring expenditure against approved allocations on projects involving capital spend
- Coordinating contractor and supplier timing, scope information and site access
- Supporting make-or-buy and outsourcing decisions
- Preparing concise status updates for management and supporting project handover and closure

## A Consistent View of Every Active Project

The starting point was a consistent record for each project covering:

- its priority
- who owned it
- what stage it had reached
- its cost position
- the main risk
- what it depended on
- the next action

None of this required specialist software. What mattered was that every project could be read the same way and that the information stayed current.

Projects were described against a common set of delivery stages: definition, quotation and approval, design and engineering, procurement, fabrication, installation, commissioning, handover and closure. This gave stakeholders a shared language and made the real blocker easier to identify. A project waiting on a purchase order needs a different response from one held up by an unresolved design question. Treating the two the same way usually means neither moves.

Actions were tracked with an owner, a due date and a status. This mattered most where responsibilities crossed functions. On a typical capital project, operations defined the requirement, engineering produced drawings, purchasing raised the order, the contractor confirmed installation dates and production provided the shutdown window. Each action belonged to someone different, but all of them had to land for the project to progress.

Separating risks (things that might happen) from issues (things that already had) kept the record focused on what needed action now. Without that separation, it tends to fill up with everything that could conceivably go wrong.

## Prioritising Around Shared Resources

Not every project could be the top priority. Priority was weighed on these factors, rather than on project size:

- safety
- production and customer impact
- urgency
- cost
- resource availability
- dependencies on other work

A low-value job holding up production could reasonably move ahead of a larger improvement project that was able to wait.

Once resource conflicts were visible, they could be handled deliberately rather than discovered late. Depending on the situation, the options were to:

- resequence work
- outsource part of the scope
- put a temporary arrangement in place
- reset delivery expectations with the relevant stakeholders

Parallel work was part of the same thinking. Design could often progress while supplier pricing was being obtained. Having repeat items such as jigs manufactured externally could run alongside internal development and shorten the overall program, even where the external unit cost was higher. I supported those make-or-buy decisions by setting out the schedule benefit against the additional cost.

## Keeping Cost Visible

For projects with approved expenditure, the useful question was not simply how much had been spent. The more useful comparison set the approved allocation against committed cost, actual cost and expected final cost. Committed cost matters because a raised purchase order is future spend before an invoice arrives. Reporting only on invoices paid can make a project look healthier than it is.

Other functions managed the detailed financial systems, so my role was monitoring and awareness rather than budget ownership. I needed to understand whether a project was likely to stay within its intended financial envelope and raise it early if not. The jig-stripping facility is one example: it was tracked against an approved allocation of approximately A$120k and closed very close to that figure.

Proposed changes were handled the same way. Before a scope change was accepted, the questions were:

- What would it do to cost, schedule and the technical outcome?
- Who needed to approve it?

## Reporting to Different Audiences

Different stakeholders needed different information, and sending everyone everything was rarely helpful.

| Stakeholder            | What they needed                                                                    |
| ---------------------- | ----------------------------------------------------------------------------------- |
| Management             | Overall status, cost position, key risks, decisions required and completion outlook |
| Production             | Downtime, access, implementation dates and operational changes                      |
| Contractors            | Scope, site conditions, timing and technical information                            |
| Engineering / Toolroom | Requirements, drawings, changes and current priorities                              |

Management updates were kept short. They covered current status, what had changed, the cost position, the main risk or issue, the next milestone and any decision required.

Some problems could not be resolved at project level, such as competing priorities, additional capital, a significant scope change, a resource shortage or a change of supplier. These were escalated with five elements:

- the problem
- its impact
- the realistic options
- their cost or risk
- the decision needed, and by when

Management could then act on a defined choice instead of simply hearing that a problem existed.

Clear communication with contractors formed part of the same control process. Confirming scope, site conditions, access, timing and dependencies before attendance helps avoid repeat visits, idle time, missing materials and installation delays.

## Closing Projects Properly

Closure was treated as a step in its own right. Before a project moved from active work into normal operations, the aim was to confirm that:

- scope was complete
- outstanding actions were understood
- costs were known
- documentation was available
- operators had been trained where relevant
- ownership had passed to the operating team

This matters particularly in operations excellence work. There is always another small optimisation available, so projects can otherwise stay open indefinitely. Brief lessons learned captured which estimate assumptions held up, which scope items were missed and what affected lead time, so the next project did not have to solve the same delivery problems again.

## The Outcome

The outcome was not a single piece of equipment. It was clearer delivery visibility across a growing mix of engineering, tooling, maintenance and improvement work. Instead of relying mainly on individual emails and conversations, it became easier to answer the questions that drive delivery:

- What is active?
- What is blocked?
- What is it costing?
- What is the main risk?
- Who owns the next action?
- Which project should receive the available resource?

That gave a better basis for prioritisation and stakeholder communication. It also helped shift reporting toward the decisions that were needed, rather than explanations after the fact.

## Professional Perspective

Earlier in my career, the work was largely about individual technical deliverables: tools, designs and products. Manufacturing and operations excellence work broadened that into processes and production systems. Capital projects then added contractor coordination, commissioning and implementation. Coordinating several projects at once added another layer: working with stakeholders to decide where attention and resources should go when not everything can progress at the same time.

That layer relied on the earlier experience. Knowing how tooling is made, what a design change involves and what commissioning really requires makes it easier to judge whether a status update is realistic, where the true constraint sits and what a proposed change will cost in time.

*Portfolio note: This case study describes my professional experience and contribution at a high level. Certain names, figures, technical details, images and commercial information may be omitted, generalised or anonymised to respect confidentiality, intellectual property and the interests of employers, customers, suppliers and project partners.*