Digital Engineering and Consulting

Feasibility Study and Pre-Feasibility Study

To successfully launch a technology project, it is important to understand its potential, which is why we develop feasibility studies.

This work contains:

Consideration of various technical variants of the object realisation, selection of the optimal variant, calculation of capital and operating costs

Investigation of all external conditions and risks, checking aspects that may prevent the realisation of the facility or cause high capital costs

assessing the profitability of the project, taking into account site conditions, energy availability, infrastructure and logistics

assistance in selecting the best site

calculation of investment model and potential efficiency

Such analyses allow you to make an informed decision and mitigate risks before implementation begins.

Building Information Modelling (BIM) technologies allow you to manage information about a building at all stages of its life cycle - from idea to operation.

BIM can integrate structural, engineering and functional data, improve design accuracy, reduce errors and lower rework costs. These technologies significantly improve coordination between architects, engineers and contractors, facilitate efficient resource management and enable more accurate forecasting of time and budget, especially in large-scale and resource-intensive projects.

We take an integrated approach to design and construction with a focus on energy-efficient and renewable solutions.

One of the key tools is the creation of digital twins of buildings - virtual models that reflect the actual functioning of the facility. This allows us to optimise operation, test scenarios, minimise errors and make the project more sustainable, efficient and manageable.

BIM Levels

BIM 3D: Creating a BIM model

At the design stage, not just a graphical (geometric) 3D model of the object is created, but an information model of the future object with the necessary Level of Detail (LOD) and Level of Information (LOI), depending on the objectives.

This information model is the basis for all subsequent levels of digitalisation of the construction and operation processes.
In the course of BIM-modelling, a consolidated BIM-model for all disciplines is formed, all possible collisions are eliminated, each element of the model is filled with all necessary information about it.

BIM 4D: Temporal modelling

At the BIM 4D level, a time component is added to the 3D model, allowing the construction process to be visualised in stages.

This makes it possible to accurately plan schedules, manage construction processes and logistics. It is also labour-intensive and visually understandable to make plan-fact analysis of the construction process, to optimally manage procurement, logistics, labour and contractors.

Advantages:

Reduced rework and downtime

Optimisation of procurement and logistics processes

Improved accuracy of time control

Improved co-operation between contractors

Increased transparency and manageability of the project

BIM 5D: Financial Management

BIM 5D integrates cost data into the project model, which ensures high accuracy of estimates and budget control. This allows you to forecast and manage financial flows at all stages of the project.

Benefits:

Accurate and up-to-date cost estimates

Ability to model financial scenarios

Reduction of redundant costs

Increased financial transparency for the customer

BIM 6D: Energy Efficiency

BIM 6D is used to analyse energy consumption and sustainable design.

The system allows energy efficiency to be taken into account at the planning stage and to reduce operating costs in the future.

Benefits:

Optimisation of design solutions in terms of energy efficiency

Reduced operating costs

Compliance with environmental standards and EU requirements

Increase the attractiveness of the site from a sustainability perspective

BIM 7D: Operation and Maintenance

BIM 7D combines a digital building model with operation and maintenance data. This allows you to track equipment status, plan maintenance and manage the lifecycle of a facility.

Benefits:

Reduced maintenance and repair costs

Preventive maintenance based on real data

Increased service life of equipment and structures

Improving the operational efficiency of building management

BIM 8D: Safety and Risk Management

BIM 8D incorporates health, safety and construction safety aspects, allowing risks to be considered at the design stage. The system helps to model potentially hazardous situations, assess risk zones, and plan safe routes and work phases.

Benefits:

Improving safety on the construction site

Reducing the probability of accidents and incidents

Supporting compliance with occupational health and safety regulations and standards

Ability to visualise risks for workers and contractors

BIM 9D: Sustainability and Life Cycle Analysis (LCA)

At the BIM 9D level, building life cycle modelling is carried out with a focus on sustainability, environmental load and resource efficiency.

This allows the environmental impact of a project to be analysed - from material extraction to disposal.

Benefits:

Assessment of the carbon footprint and environmental performance of the building

Decision making with the circular economy in mind

Choice of materials and technologies with minimal impact on nature

Compliance with international environmental standards (e.g. BREEAM, LEED, DGNB)

Benefits of BIM for designers, contractors and clients

Benefits for designers

Improved quality of design and documentation.

Optimising solutions and reducing costs.

Improved communication with customers.

Automate routine tasks and speed up the design process.

Benefits for contractors

Accurate planning and control of construction.

Optimisation of logistics and procurement.

Minimising rework and reducing lead times.

Controlling the budget and improving profitability.

Benefits for customers

Improved communication between project participants.

High fidelity visualisation and modelling.

Reduce costs by reducing errors and rework.

Increased transparency of financial flows and predictability of investments.

BIM and sustainable development

The future of construction is zero-emission and fully digitalised. EU standards require new buildings to comply with zero-emission principles as early as 2030.

BIM gives you everything you need to do this:

energy efficiency is built  in at the idea stage

digital twin helps to monitor resource consumption

the model is put into operation and becomes the basis for smart, environmentally friendly management

In contrast to the common practice of having disparate specialists working on a project, we offer a unified BIM approach that integrates everything into one model. This not only reduces time and costs, but also changes the quality of design itself.

BIM and digital engineering are technologies that are giving businesses a competitive advantage today and shaping the sustainable construction industry of the future.