For more than 70 years, IPROconsult Germany has stood for excellence in general planning and the successful realization of demanding, complex construction projects. This well-established German engineering expertise forms the foundation for innovative, efficient, and high-quality planning services at an international level. 

A key success factor is the consistent application of the BIM methodology (Building Information Modeling). BIM opens up new perspectives in planning and project management, ensures maximum transparency across all project phases, and enables reliable, fact-based decision-making. 

Through a targeted transfer of know-how and technology, IPROconsult Morocco SARL brings this proven expertise to Morocco. As a local partner, IPROconsult Morocco SARL ensures that international standards, modern BIM technologies, and proven planning methods are effectively applied in projects. As a result, construction projects in Morocco benefit directly from German engineering expertise, innovative technology, and decades of project experience—adapted to local conditions and requirements.

The digitalisation of the construction industry is advancing relentlessly. Serious trends have already become reality today. The Internet of Things (IoT) will connect buildings with information and data from different sources. Buildings will learn to regulate their technical systems autonomously or to trigger maintenance orders. That is why we are already working today on the tasks of tomorrow, in order to consistently offer our clients smart and intelligent solutions – such as virtual reality building tours.

We deliver discipline-specific and coordination models from a single source and advise our clients on the opportunities and potential of the method. We also incorporate IPROconsult’s practical BIM experience from day-to-day planning projects into our consulting services. In BIM consulting, we support our partners with our know-how and help minimise the costs of implementing BIM.

With the BIM method, we accompany our clients along the entire value chain and throughout the entire life cycle of a building:

• Defining the goals and use cases for BIM in the project
• Consulting on the preparation of the Employer’s Information Requirements
• Creating the technical and human framework conditions
• Identifying the specific characteristics of the construction process according to the BIM methodology

• Multidisciplinary planning using the BIM methodology
• Preparation of the BIM Execution Plan (BEP)
• Creation, consolidation and coordination of discipline models for all trades
• Early detection of clashes by means of digital clash detection
• Integration of physical, structural and descriptive data into three-dimensional components for use in subsequent life cycle phases
• Digitalisation of task and approval workflows
• Live walkthrough of the future building via virtual reality before breaking ground
• BIM project management

• Support on site through digital construction supervision
• Clarifying the information requirements for construction execution
• Provision of the digital model for contractors, partners and clients

• Avoiding information loss at handover to the operational phase
• Handover of design data as a digital project archive
• Identifying information requirements for operation and integrating them into the model
• Integration of the digital model into the facility management system
• Integration of refurbishment and conversion measures into the digital twin

• Support for the digital deconstruction process
• Supporting and optimising processes through algorithms
• Tracking of components and quantities throughout the process