Project Management for Manufacturing
Plant capital projects, engineering capacity, and the systems that run them.
What makes project delivery hard in manufacturing
Since 2010, EPMA has worked inside manufacturing project organizations across North America. Industrial and automated equipment, valves and flow control, rail and transport components, HVAC, metals and building products, and specialty chemicals. Consulting, technology and staffing from one partner who already knows the vocabulary.
Engineering resource capacity and project intake
One engineering group usually carries product work, plant projects and continuous improvement at the same time. Most organizations know what each project should cost. Far fewer know what their engineers are already committed to. The next project gets approved on the assumption that capacity will appear, and whether the site can absorb it alongside everything already running gets asked once execution is underway.
Capital projects competing with production uptime
A line install or a plant expansion has to land inside a shutdown window set months earlier. Slip the date and the choice is running past the window or taking the line down twice. The cost of lost production dominates the cost of the project, which makes schedule confidence matter more here than almost anywhere else, and it is usually the thing least evidenced.
Project reporting across plants and business systems
A project reports on track until the week it was due. The signals were there earlier, but cost sits in the ERP, schedules sit with each plant, engineering change sits somewhere else, and the portfolio view is assembled by hand once a month by one person.
Capital budget forecasting and spend tracking
Sites overestimate at budget time to protect their projects. Spend then goes untracked against plan, so the gap stays invisible. Corporate wants over-allocated capital back in the first half while it can still be redeployed. By Q4 that window has closed and the only option left is to spend it.
Project standards across sites and after acquisitions
Every plant runs projects its own way, and an acquisitive manufacturer inherits another set of standards with every deal. Different stage gates, different work breakdown, different definitions of complete. When two of your own sites cannot be compared, nobody can say which project is behind and which one simply reports differently.
What we do in manufacturing
Project Management Consulting
We build and run the delivery capability rather than managing any single project.
- Delivery assessment. Where the capability actually stands before anyone spends money fixing it. Current state, the gaps that matter, and a right-sized plan rather than a transformation programme nobody asked for.
- PMO design and build. Standing up a PMO for a plant or a multi-site manufacturing organization, or rebuilding one that has drifted. Structure, roles, cadence and governance that fit how the business already runs.
- Project controls. Cost, schedule, estimating and change management on plant capital projects. The disciplines that turn a plan into something you can hold a team and a contractor to.
- Portfolio governance. Stage gates people actually use, prioritization that reflects real engineering capacity, and a decision rhythm leadership can rely on. This is also where plant capital work and new product programs stop competing for the same engineers without anyone adjudicating it.
- Resource and capacity management. Visibility into what your engineers and project staff are already committed to, so the next project is approved on evidence rather than optimism.
- Multi-site standardization. One set of project standards across plants, including the sites that arrived through acquisition with standards of their own.
- PMO managed services (EPO®). For organizations that do not want to build and rebuild a PMO through every cycle, our EPO® runs it as a managed service. The capability stays constant while your headcount flexes.
- Training and enablement. Project management training and coaching, so the capability stays after we leave.
Project management consulting · PMO and project delivery · PPM optimization · Training
Technology Consulting
We are platform-agnostic by design. Most firms in this space sell one platform and make the problem fit it. We start from what your organization actually needs, then recommend accordingly, whether that is a platform you already own, one we partner with, our own product, or something built for you. A partner tied to a single vendor hands you that vendor’s roadmap, whether or not it still fits the way you work.
- Where we start. An assessment of the current environment and what the organization needs it to do. Platform selection comes after that, not before.
- Platforms we implement and optimize. OnePlan, edison365, the Microsoft stack (Project Server, Planner, Power Platform, SharePoint, Dynamics 365 Project Operations), and PPMX, our own PPM platform.
- ERP integration. In manufacturing the ERP is the system of record, and project cost usually lives there rather than in the PPM tool. We connect the two so cost, schedule and resourcing agree without anyone entering the same thing twice. We have done this with SyteLine, SAP and Dynamics, among others.
- Custom solutions. Where no platform fits the way an organization works, we build. That is a real option here rather than a last resort.
- Automation. Workflow automation for the processes still running on email and spreadsheets. Stage gate checks, capital request intake, approvals and routing, engineering change and status collection. The work that happens between the steps, which is where delivery usually slows down without anyone being able to point at why.
- Reporting and business intelligence. Plant-level and portfolio reporting built on data the business already trusts. The month-end assembly of a portfolio view by hand is a cost most organizations have stopped noticing, and it is the first thing this removes.
Tailored PPM solutions · Automation and integration · Reporting and business intelligence · PPM support
Staffing
Four groups of roles, and they are not the same market.
- Project and portfolio management. Project managers, program managers, portfolio analysts, PMO leads and business analysts. The broader delivery population, and the largest share of what we place.
- Project controls. Cost analysts, schedulers, estimators, change analysts and document controls. Specialist roles with demand that spikes around plant capital projects and shutdown windows rather than running flat.
- Engineering. Project engineers, manufacturing engineers, facilities engineers and discipline leads. Owner’s-side engineering roles that carry project responsibility, which is a different hire from a project manager and a different hire from a design engineer.
- IT and technology. A heavy part of the book, and broader than project technology. Network engineers, security, developers, business systems specialists, data and reporting, infrastructure and application support. These are hired by the IT group inside manufacturers whose own sector has nothing to do with technology.
Contract, contract to hire and direct hire. Every placement is W2, no C2C and no 1099. On sites where contractor compliance and plant access are both audited, that is worth stating plainly.
Proof
Each engagement links to the full case study.
Calvary Robotics, a world leader in the manufacturing of automated assembly equipment, had a PPM tool that captured cost and time but could not produce accurate resource allocation projections, which made a growing volume of complex projects hard to manage. EPMA analysed the existing processes first, then integrated the SyteLine ERP with Microsoft Project Server so the existing time-capturing process carried through to actual and estimated completion in the schedule. Result: resource availability visible to project and resource managers, status reports generated automatically, improved on-time delivery and an increase in repeat orders.
A specialty chemicals manufacturer was running 36 active projects worked by around 80 people across roughly $100 million of active portfolio spend, at an average six to nine months late. The delays cost about $4 million in team extensions and pushed plant start-ups, and the revenue behind them, outside their planned year. EPMA analysed portfolio performance using the organization’s own project data, piloted across four major projects, then expanded across the R&D portfolio with Microsoft Project Server implemented behind it. Across both phases in year one: $4.9 million in accelerated gross margin and $3.3 million in cost savings, tracked against the business case EPMA built before the work began.
Canrig Drilling, a manufacturer of oil-drilling equipment, had outgrown its project management tools, with limited resource capacity constraining productivity and no efficient way to report project status to its parent organization. EPMA optimized the PMO, implemented Microsoft Project Server, integrated it with existing systems and automated manual steps so project managers spent less time building reports. Result: resource capacity and utilization became visible, project costs trackable, and key business drivers allowed automatic prioritization of a growing project pipeline.
A global technology manufacturer moved an entire manufacturing facility across the country while keeping it operational and in full production. Four divisions with separate requirements were affected, the organization had no experience relocating a facility, and much of the workforce did not move, creating a shortage of qualified resources. EPMA built schedules covering both decommissioning and commissioning, established a liaison between project teams and stakeholders, and shifted the focus from moving equipment to validating the processes needed to operate. Result: the plant shipped billable product three months ahead of the estimated timeline.
“We needed to find a way to report on our resource capacity to get a better understanding of our resource utilization, we also wanted to track the cost of our projects more efficiently. EPMA was fundamental in creating reports that would pull the data exactly as we needed.”
PMO Manager, drilling equipment manufacturer
Common questions
A project management consultant builds the capability to deliver projects predictably, rather than managing any single project. That covers PMO design and operation, project controls, portfolio governance, and the reporting that lets executives see where a portfolio actually stands. In manufacturing it usually also means connecting that capability to the ERP, because that is where project cost already lives.
The most common cause is the absence of a reliable feedback loop between what was planned and what is happening. Cost sits in the ERP, schedules sit with each plant, and engineering change sits somewhere else, so variance surfaces weeks after it occurs. Capital work also competes with production: a project that slips past its shutdown window either runs into live operations or waits for the next one, and both outcomes cost more than the original overrun.
With one resource pool and one intake process, rather than two systems that each assume they have first call on the same engineers. Most manufacturers run plant capital work and new product programs through separate governance, which works until both need the same discipline lead in the same quarter. Making existing commitments visible before the next project is approved is what turns that from a quarterly argument into a planning decision.
Build internally when project volume is steady and the capability is core to how you compete. Use a managed partner when volume swings, because a PMO built during a capex cycle is often the first thing cut when capital tightens, and rebuilding it costs more than maintaining it would have. EPMA’s EPO® model exists for the second case.
Most run a mix: the ERP for cost and materials, a PPM or scheduling platform for project work, plant-level spreadsheets, and a BI tool for reporting. The difficulty is rarely the individual platform. It is that the ERP and the project tools do not talk to each other, so no single view of cost and schedule exists without someone assembling it by hand.
It depends on whether the demand is steady or episodic. Project and portfolio management roles usually justify permanent hires, because the work continues between projects. Project controls behaves differently: schedulers, cost analysts and estimators are needed heavily around plant capital projects and shutdown windows and lightly in between, which is why those roles are the most commonly contracted. Engineering roles that carry project responsibility, and IT roles on system rollouts, follow the same pattern. The practical test is whether you would still have twelve months of work for the person after the current project closes.
Yes, and that is the normal starting point. Most engagements begin by assessing what is already running, because replacing a working process is expensive and rarely necessary. Where a platform or process does not fit, we say so and show why.
