Planning
We support early investment decisions for industrial facilities and large commercial sites with market research, due diligence, and a clear path through local requirements.
Market research and due diligence
Market research and due diligence give you certainty at the start of an investment – before scope, budget, and approvals are locked in.
We review market demand, local regulations, and site conditions, then validate feasibility and the permitting path.
You get a clear risk picture and a defendable baseline for budget and schedule – so you can move forward with less stress and fewer surprises.
Informed Market Entry
We validate demand, location logic, and local requirements, helping you move forward with confidence and a clear rationale for stakeholders.
Risk Reduction
Early identification of legal, financial, operational, and compliance risks helps you avoid costly redesign, delays, and scope disputes later.
Clear On-Site Picture
A site visit plus land and ground-condition insights reveal real constraints upfront – so design and building can move forward without avoidable stoppages.
Licences and permits
Permits are where projects often lose time – especially in a new market. We reduce uncertainty before critical decisions are locked in.
We verify the full set of required licenses and permits, prepare the documentation, and lead the approval process end to end.
You gain a reliable path to approvals and smoother handover into design and build – without unnecessary friction.
Local Permit Clarity
We bring proven European know-how and local design-office partnerships to map requirements precisely and keep the permitting path clear and predictable.
Faster approvals, less delay
We plan the permitting sequence early, prepare the right inputs, and drive the process forward – so approvals don’t become the critical path.
We manage it end to end
From documentation to submissions and follow-ups, we handle permits and licenses on your behalf – so your team stays focused on decisions, not administration.
Real project examples
Intermodal rail terminal
POLAND
We help the client build a 500,000 m² intermodal terminal in Central Europe – starting from a deep soil study that defined the right treatment approach for the entire investment.
Notebook production facility
POLAND
We helped the client deliver a manufacturing facility under tight EU funding rules and challenging soil conditions – keeping documentation, schedule, and safety standards aligned throughout.
Automotive parts production facility
POLAND
We helped the client deliver a 25,000 m² automotive facility under tight schedules, demanding weather, and limited material availability across Europe – on time, without compromising quality.
Production facilities for AGV train wagons
POLAND
We helped the client modernise a live rail production facility to current standards – delivered in tight phases that protected continuous 24/7 operations.
Live-site plant reconstruction with furnace and warehouses
Bulgaria
We helped the client reconstruct most of an active glass plant – demolishing 35 buildings across multiple work fronts – while production continued 24/7 without interruption.
Logistics center for finished-goods handling
Romania
We helped the client deliver a 91,000 m² logistics centre against a demanding 11-month target – procurement, design, and execution kept in one tight chain to protect the timeline.
Expanding glass production facilitieswith furnace
Romania
We helped the client expand a 1960s glass plant while production continued 24/7 – no stoppages, no operational risk, and a result that feels new without losing the building’s character.
Reduce friction
Facility planning is the early-stage work that defines how a warehouse, distribution centre, or production facility should function before design and construction begin. It covers operational goals, flows, space needs, site constraints, and key requirements. The output is a clear direction that reduces uncertainty and supports faster, better decisions.
Warehouse planning is a type of facility planning focused on storage and flow. It defines how goods move in and out, how zones are organised, what capacity is needed, and what constraints affect layout and delivery. Done well, it prevents layout changes later by aligning operations, space, and future growth early.
A typical process starts with understanding operational needs and constraints, then mapping flows and space requirements, checking site conditions, and defining the functional layout. From there, priorities and assumptions are documented, so design and delivery teams work from the same baseline – helping keep scope, timeline, and decisions aligned.
Planning defines what the facility must achieve – goals, flows, constraints, and functional layout logic. Full design turns that plan into coordinated technical documentation ready for delivery. Strong planning reduces redesign later because the design phase starts with clear decisions rather than assumptions.
An operational plan should define the intended use of the facility: flows (goods, people, vehicles), zoning, storage or production logic, access and safety rules, and key constraints that affect layout. It should also clarify what must be protected during delivery – especially on live sites – so the project is planned realistically.
Layout planning translates operations into zones and routes: receiving, storage/production areas, staging, dispatch, and safe movement paths. The goal is to reduce unnecessary movement, keep access clear, and support future changes. Good layout planning is based on real operating routines, not generic templates.
We use planning to set a clear baseline for scope, layout logic, priorities, and constraints – then carry it through design, construction delivery, and handover. Because one team stays accountable from end to end, assumptions don’t get lost between phases and decisions stay consistent, helping the project move forward with fewer gaps and smoother execution.
Yes. Planning a live site focuses on phasing, separating work zones, protecting access and safety, and aligning works with operational constraints. The aim is to keep continuity while new space or capacity is added – so delivery can progress without unnecessary disruption to production or logistics.
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