Strategic Factory Planning and Design:
Investment Security in Greenfield and Brownfield Projects
From initial site analysis to turnkey handover, we follow a consistent end-to-end approach to factory planning. For us, “Factory Design” encompasses everything from strategic planning to operational implementation.
Our approach combines consulting and implementation. With over 45 years of expertise in plant and operations design, we translate your strategic goals into high-performance production structures – whether for the construction of new production sites (greenfield) or for complex transformations of existing facilities (brownfield).
Our holistic factory planning addresses key issues:
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Stable cash flow
We reduce tied-up capital and free up liquidity for strategic investments.
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Improved delivery capacity
We ensure the smooth operation of your outbound logistics using data-driven safety stock and optimized scheduling parameters.
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More resilience
We secure your supply chains against global market volatility.
We provide answers to these questions through the precise synchronization of production systems, buildings, and building services engineering (BSE). From strategic planning to accelerated ramp-up, we develop solutions that sustainably reduce your costs and ensure operational excellence at your sites.
What is factory planning?
Factory planning refers to the strategic design of industrial production systems and production facilities. It encompasses the strategic analysis, design, and implementation of buildings, technical systems, and logistical processes. The goal is to create an optimally coordinated production structure that ensures efficient value creation at new (greenfield) or existing (brownfield) sites. Modern factory design implements this structure in a modular way. This ensures that the factory remains adaptable and can be flexibly adjusted to meet future requirements.
Our Range of Services in Factory Planning
Cost pressure and increasing energy efficiency requirements pose significant challenges for industrial companies. To meet these requirements, we provide a tailored portfolio of services ranging from layout optimization to production structure design and organizational setup.
We provide exactly the support you need – both as a strategic partner in developing your factory strategy and as a specialist in ongoing projects (e.g., to optimize specific areas or to ensure the success of ongoing transformation projects).
Our Solutions for Every Phase of Your Factory Planning
Potential analysis: Evaluating your factory layouts
Before making significant investments in buildings or facilities, an impartial potential analysis provides the necessary factual basis. The condition of the building, its energy efficiency, and the suitability of the infrastructure for modern production processes are evaluated in detail. The analysis determines whether modernization is worthwhile or whether a new building is the more economical alternative.
Factory Challenging: A quick check of your factory layout's potential
With our Factory Challenging service, we put your existing factory layout to the test through a quick consulting assessment based on benchmarks and industry best practices. We identify untapped potential and pinpoint where your production structure can be further developed. This gives you a clear, quick overview before you commit to major investments.
Site strategy and plant relocation
The overarching site strategy defines the role of each plant within the global network and can result in the realignment or relocation of entire production operations. We ensure knowledge transfer and process stability across global locations, minimize risks, and strengthen the international competitiveness of your entire production network.
Feasibility and concept studies: The first step before planning
Before factory planning begins, we conduct a feasibility or concept study to determine the required investment for your planned production project and how the factory needs to be designed to support it. Tailored to your specific situation, this approach gives you early clarity on the effort required and the feasibility of your project.
General development planning: Master planning for your plant structure
In the master planning phase, we develop the functional layout of your plant, including production facilities, logistics, and access routes. This is the strategic “common thread” for your factory development, defining expansion areas and construction phases with a forward-looking approach. The goal is a plant structure that scales with market demand and provides a strong long-term foundation for investment decisions.
Greenfield planning for highly efficient factory construction
Greenfield construction projects provide the freedom to develop highly efficient factory layouts and processes without existing restrictions. From the start, the planning process focuses on maximum scalability and the integration of state-of-the-art logistics concepts.
Brownfield planning and plant renovation without production downtime
Optimizing existing structures (brownfield planning) is one of the most challenging aspects of factory planning. The focus is on revitalizing sites and integrating new technologies, while ensuring that ongoing operations continue smoothly. We use intelligent phased planning to achieve significantly improved capacity and increased efficiency without compromising your delivery capability.
Energy master planning: Predictable energy cost reduction
With energy master planning, we turn your plant’s energy consumption into a source of economic leverage. We analyze your load and consumption profiles and make your energy procurement more flexible. Targeted decoupling (e.g., via storage or waste heat recovery) lets you purchase energy when it's most cost-effective. Your plant's energy consumption will become predictable and cost-effective. More resource-efficient production is a welcome side effect. The key advantage lies in the immediate reduction in operating costs.
Learn more about energy master planning.
Value stream-driven material flow design and space optimization
We minimize your travel times and inventory levels by arranging all functional areas according to value stream principles – ensuring transparent, disruption-free production.
Digital factory planning with BIM and digital twins
Building Information Modeling (BIM) transforms factory planning into a digital, collaborative process. Using 3D models and integrating all trades allows planning conflicts to be resolved virtually before they cause costly delays on the construction site. A digital twin is a valuable data source for future operations even after the ramp-up phase.
Detailed planning, layout optimization, and implementation
During detailed planning, we convert rough block layouts into precise detailed layouts for machines, workstations, and intralogistics. Precise specifications ensure that your equipment is procured and installed without errors. This is essential for strictly adhering to time and budget schedules during implementation.
CAPEX calculation and ROI scenarios for maximum investment security
Full transparency regarding necessary capital expenditures (CAPEX) is essential for every budget decision. Detailed ROI scenarios and calculations validate the planned measures at an early stage. This ensures that every project is not only technically feasible but also economically sound.
Site Strategy & Potential Analysis: The Foundation of Your Investment
The success of factory planning is often determined before the first layout design is created. Choosing the wrong location or underestimating inventory structures leads to increased operating costs long term.
Ingenics Consulting supports your decision with data-driven validation and develops an operations footprint strategy that sustainably strengthens your global competitive advantage.
Greenfield versus Brownfield – Which is more cost-effective?
While greenfield projects offer maximum flexibility in layout planning and enable ideal process flows, brownfield planning often has the advantage of existing infrastructure and lower development costs. Using our objective potential analysis, we evaluate both scenarios in terms of CAPEX, OPEX, and long-term scalability. This will provide you with a quantified basis for decision-making that is tailored specifically to your company.
Master Plan and General Development Planning: The Strategic Roadmap for Your Factory Development
A master plan (or site structure plan) is the strategic vision for the development of a site and translates your long-term business goals into a physical infrastructure. It establishes the basic layout of functional areas and intralogistics and identifies future expansion areas as well as construction phases.
In our general development planning and implementation, we consistently follow the “form follows function” approach: Only after the optimal processes and value streams have been defined do we develop the appropriate structure to support them.
This results in plant structures that are not only efficient today but also support future growth in clearly defined phases.
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Factory Layout Planning: The Adaptable Factory as the Standard
Rigid factory layouts can quickly become a barrier to growth in fluctuating market conditions: permanently installed equipment foundations, inflexible utility connections, or support grids that are too tightly spaced prevent rapid process adjustments and result in increased conversion costs with every product change (scope creep).
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Phase Model & Step-by-Step Plan: Ensuring Scalability
The key question for many companies is: How can I achieve scalability without taking on excessive CAPEX risks from the outset? To achieve this, we rely on a detailed phased model. In a step-by-step plan, we define specific milestones for expanding your capacity. Each project phase is fully functional and economically optimized on its own. This allows you to phase investments over time and align your master plan precisely with actual market performance.
Harnessing Site Potential – Minimizing Investment Risks
A professional master plan provides you with the certainty you need for your expansion or renovation projects. "Our experts validate your plans, identify space constraints before they become costly, and provide a solid basis for decision-making regarding your plant development.
Greenfield Planning for Highly Efficient New Factory Construction
New construction on a greenfield site enables ideal greenfield construction without constraints from existing structures or infrastructure limitations. This allows everything to be designed from the outset for maximum process efficiency and optimal value streams in greenfield planning. This is how we create an ecosystem in which buildings, intralogistics, and production work together seamlessly.
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Future-Proof Factory Layouts: Scalability as Investment Protection
The strength of a greenfield approach lies in strategic foresight. We design your greenfield factory as an agile system that incorporates modular expansion options and flexible space reserves starting as early as the concept phase. This is how we ensure that your plant structure can adapt to new product generations or technological advances without the need for costly retrofits.
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Logistics Planning & Material Flow: Highly Efficient Processes in Greenfield Projects
In greenfield projects, we consistently adhere to the principle of “process before structure.” We develop highly efficient material flow designs and integrate the latest in logistics concepts – from automated warehouse systems to automated guided vehicles (AGVs) – directly into the building layout. This seamless integration minimizes lead times, reduces inventory, and lays the foundation for highly productive, value-stream-oriented manufacturing.
Brownfield Specialists: Retrofits Without Downtime
Transforming existing sites is a complex undertaking. Established structures, spatial constraints, and well-established infrastructure require planning that ensures the highest level of supply reliability and delivery capability even during renovations. Ingenics Consulting specializes in expanding production capacity at brownfield sites without the need for new construction – all while fully maintaining your operational performance.
Energy Master Planning
Energy Flexibility as an Economic Lever
Energy is one of the largest and most volatile cost categories in industrial production. If you understand and manage your consumption, you can reap an immediate economic advantage regardless of fluctuating prices and rising taxes. This is exactly where energy master planning comes in, with a strategic design of your energy supply (Energy Design) and flexible energy operations (Energy Operations).
We don’t see your plant’s energy usage as a simple consumption figure, but as a lever. Based on a precise analysis of your needs and consumption, we develop a structure that makes energy procurement predictable, flexible, and more cost-effective.
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Energy and Consumption Analysis for Predictable Operating Costs
The first step is to gain a complete picture of your energy flows. We analyze which utilities your plant requires, such as electricity, gas, or compressed air, when and in what quantities, and record load and consumption profiles over a defined period based on your production model. Base and peak loads become visible, revealing specific opportunities for efficiency that have a direct impact on your cost structure.
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Net Zero Factory: Cost Optimization Through Emissions Reduction
Some aspects of climate-neutral production (the Green Factory) can also be economically viable when emissions reductions help offset rising operating costs. Optimizing building envelopes, utilizing industrial waste heat, and integrating local, renewable energy sources (or on-site power generation) not only reduce emissions, but also make your company independent of volatile energy prices and rising CO₂ taxes.
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Energy Master Planning (EMP): Energy Efficiency as a Planning Factor
With Energy Master Planning, energy usage becomes an integral part of planning for your factory layout right from the start. To achieve this, we synchronize utility supply and building systems with your production processes and, by analyzing your load profiles, identify opportunities for targeted load management (Demand Side Management).
Digital Factory Planning: Leverage BIM and 3D Layout for an Accelerated Ramp-Up
Isolated data often leads to major problems at the interfaces between building services systems and the actual production facilities. We use the BIM method in factory planning to break down these data silos. Using a consolidated 3D model, we digitally eliminate planning errors long before they lead to costly delays or change orders during the construction phase.
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Building Information Modeling (BIM) as a Business Lever
In industrial construction, BIM offers far more than just 3D visualizations. It serves as a central coordination tool between production engineering, intralogistics, and BSE (building services engineering). Using its digital interface management system, we coordinate all disciplines – from structural engineering and ventilation design to equipment layout – within a single centralized coordination model. Collision checks are performed in real time, which speeds up the installation phase on the construction site and minimizes the risk of CAPEX overruns. BIM thus becomes a business lever that enhances the investment security of your entire project.
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Digital Twin & Simulation: Validation Before Implementation
Ideally, a digital twin is used as early as the conceptual phase of factory planning. While BIM ensures the structural integrity of the building envelope and infrastructure, we use the digital twin to simulate dynamic processes and material flows. This is how we validate capacities and lead times even before the first system is ordered. This virtual test run ensures that the planned system delivers exactly the expected performance under full load.
Detailed Planning and Project Management Through Commissioning
During detailed planning, we determine whether the theoretical concept can withstand the practical demands. As a strategic partner and user representative, we serve as the link between architects, specialist designers, and equipment suppliers. We ensure that production requirements take priority in every trade and that the project is completed on time and within budget.
Our approach integrates production capacity planning with building services engineering (BSE). We finalize the factory layout to the point where it is ready for implementation and create detailed specifications that ensure error-free procurement. By actively overseeing all bids, we also ensure that the subsequent installation goes smoothly and that technical specifications are strictly adhered to.
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Ramp-up Management: Ensuring a Smooth Production Ramp-up
Professional ramp-up management is essential for achieving the planned production volume at a stable level as quickly as possible. We coordinate system acceptance testing, train your employees on new processes, and optimize operations during live production. This allows us to significantly shorten the ramp-up phase and ensure that your new factory structure achieves the desired performance right from the start.
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Investment Security Through CAPEX Calculations and ROI Scenarios
Detailed cost-benefit analyses and ROI scenarios provide complete transparency regarding your CAPEX requirements and ensure investment security as part of your factory planning. In addition, we ensure that payback periods are reliably calculated before the project begins.
Further Information about Strategic Factory Design
Production Concepts
Anyone who wants to evaluate automation from an economic perspective needs a sound production plan as a starting point.
Material Flow Design
Automation is effective only if the material flow is also strategically considered—from the AGV layout to the handoff between process stations.
Industrial Engineering
When robots take over monotonous and ergonomically taxing tasks, it changes the way workplaces need to be designed.
Automation in Production
How automation is increasingly determining the future viability of manufacturing companies, and how you can solve key challenges in your production and intralogistics.
Operational Excellence
How strategic goals are transformed into sustainable, high-performance production processes.
FAQ - Expert Answers on Factory Planning
How do you plan a factory expansion or renovation without interrupting production?
A brownfield retrofit without downtime requires highly precise phased planning (step-by-step plan). We use digital twins and BIM to carry out virtual validation of all renovation measures in advance. Our detailed logistics and installation planning ensures that material flow and supply lines are rerouted without interruption during the construction phase.
How long does a typical factory planning project take at Ingenics Consulting?
Project timelines vary by scope and complexity. A strategic preliminary project often takes 3 to 6 months, while the full implementation of a large-scale project can take 12 to 24 months. Through our standardized gate structure and interdisciplinary teams, we significantly speed up the process and avoid costly redesigns.
What is the difference between a factory layout and a master plan?
A factory layout describes the current arrangement of machines, workstations, and functional areas within a facility. A master plan (general development plan), on the other hand, serves as the strategic framework for the next 5 to 10 years. It defines expansion phases, land reserves, and long-term infrastructure development (e.g., energy supply).