Our goal is to challenge the status quo in building services design by developing highly efficient and sustainable MEP and energy supply solutions.
We provide our clients with comprehensive consulting services for the execution of complex building and infrastructure projects — covering everything from development to implementation, from concept to commissioning and beyond.
Our expertise spans across all technical disciplines and phases of the HOAI. Interdisciplinary project teams, composed of engineers and specialists from various fields, collaborate to develop efficient and sustainable solutions.
Cutting-edge planning tools ensure maximum schedule and cost certainty. Integrated 3D and BIM-based design serves as the foundation for successful procurement, site supervision and operation.
We offer a comprehensive and integrated package of design services across all trades and service phases of the HOAI - individually tailored to the needs of our clients.
KBP actively supports the management and control of investment and operating coststhrough a holistic planning approach, ensuring that construction projects areboth economically viable and sustainable. Right fromthe basic evaluation and preliminary planning phase, we generate detailed costestimates, aligning them with budgets and project requirements. During theplanning process, we focus and consult on technical precision, sustainability andidentify and assess opportunities and risks associated with implementation andvarious procurement strategies. We ensureefficient cost control by continuously documenting procurement results,tracking project changes, and providing precise billing forecasts.
We support ourclients and planning partners in creating project schedules and support throughoutthe scheduling process. Careful preparation, including all planning phases,processes, and services up to pre-fabrication, forms a crucial foundation forsuccess—just as much as ensuring optimal workflows for all trades on-site. Monitoring thesite progression and responding flexibly to changes are essential to minimizingdelays. Through transparent communication and modern technologies, we ensureefficient and on-time project execution while maintaining clarity in everyconstruction project.
Ourholistic design approach is supported by integrated, cross-trade BIM models.The attribution within the Building Information Model (BIM) ensurestransparency and traceability. Interdisciplinarycollaboration, including clash detection and issue management, is an integralpart of the planning process. As a result, BIM models accompany the entirelifecycle of the property: As-Planned, As-Built, and As-Run.
A realistic understanding and thorough analysis of a building's energy performance and the behavior of its technical systems are the essential foundations for effective planning. A comprehensive building and system simulation provide transparency regarding system capacities for electricity, heating, and cooling. Consumption, final and primary energy demand, as well as CO₂ emissions can be forecasted. Evaluating different configurations of the building and its technical systems, peak loads can be reduced, and system design can be optimized in advance. The building simulation serves as the foundation for identifying the ideal solution in terms of efficiency, sustainability, and operational performance with an optimized system configuration.
Standardization and unification of building elements and systems are crucial for the prefabrication of technical systems. Designing standardized elements and systems is our passion and simplifies execution, ensures higher efficiency and precision.
Standardized components and system enhance execution quality and reduce susceptibility to errors. They also facilitate easy maintenance, repairs, and future renovations as well as the integration of new technologies. This approach optimizes resource utilization while reducing material and labor costs. The seamless interaction between technical installations and architectural enabled a clear strategy for prefabrication.
Based on our design process, technical systems and building elements can be prefabricated.The planning considers, among many other things, dimensions tailored to logistics and assembly. Controlled production of components and systems can be carried out with just-in-time delivery to the construction site. It brings high precision and quality of the series production to building installations.Installations in a building can be carried out efficiently with easy on-site connections. Up to 80% of the time for installation can be reduced through optimized assembly.
Our specialists in construction supervision ensure that your projects are executed efficiently, on schedule, and in full compliance with all applicable standards through systematic and precise quality control. Within-depth expertise and a keen eye for detail, we oversee the construction phases, identify potential risks at an early stage, and ensure that the highest execution standards are met. Our strength lies in combining technical expertise with practical solutions and a collaborative approach, guaranteeing the sustainable and seamless operation of the MEP systems.
In modern and sustainable buildings, we rely on intelligent building automation systems and comprehensive energy monitoring. Building automation provides critical data on operational behavior for performance optimization and offers users valuable feedback on building performance. AI-powered analyses further identify behavior and consumption patterns, uncover efficiency potential, and enable continuous operational improvement.
KBP actively supports the management and control of investment and operating coststhrough a holistic planning approach, ensuring that construction projects areboth economically viable and sustainable. Right fromthe basic evaluation and preliminary planning phase, we generate detailed costestimates, aligning them with budgets and project requirements. During theplanning process, we focus and consult on technical precision, sustainability andidentify and assess opportunities and risks associated with implementation andvarious procurement strategies. We ensureefficient cost control by continuously documenting procurement results,tracking project changes, and providing precise billing forecasts.
We support ourclients and planning partners in creating project schedules and support throughoutthe scheduling process. Careful preparation, including all planning phases,processes, and services up to pre-fabrication, forms a crucial foundation forsuccess—just as much as ensuring optimal workflows for all trades on-site. Monitoring thesite progression and responding flexibly to changes are essential to minimizingdelays. Through transparent communication and modern technologies, we ensureefficient and on-time project execution while maintaining clarity in everyconstruction project.
Ourholistic design approach is supported by integrated, cross-trade BIM models.The attribution within the Building Information Model (BIM) ensurestransparency and traceability. Interdisciplinarycollaboration, including clash detection and issue management, is an integralpart of the planning process. As a result, BIM models accompany the entirelifecycle of the property: As-Planned, As-Built, and As-Run.
A realistic understanding and thorough analysis of a building's energy performance and the behavior of its technical systems are the essential foundations for effective planning. A comprehensive building and system simulation provide transparency regarding system capacities for electricity, heating, and cooling. Consumption, final and primary energy demand, as well as CO₂ emissions can be forecasted. Evaluating different configurations of the building and its technical systems, peak loads can be reduced, and system design can be optimized in advance. The building simulation serves as the foundation for identifying the ideal solution in terms of efficiency, sustainability, and operational performance with an optimized system configuration.
Standardization and unification of building elements and systems are crucial for the prefabrication of technical systems. Designing standardized elements and systems is our passion and simplifies execution, ensures higher efficiency and precision.
Standardized components and system enhance execution quality and reduce susceptibility to errors. They also facilitate easy maintenance, repairs, and future renovations as well as the integration of new technologies. This approach optimizes resource utilization while reducing material and labor costs. The seamless interaction between technical installations and architectural enabled a clear strategy for prefabrication.
Based on our design process, technical systems and building elements can be prefabricated.The planning considers, among many other things, dimensions tailored to logistics and assembly. Controlled production of components and systems can be carried out with just-in-time delivery to the construction site. It brings high precision and quality of the series production to building installations.Installations in a building can be carried out efficiently with easy on-site connections. Up to 80% of the time for installation can be reduced through optimized assembly.
Our specialists in construction supervision ensure that your projects are executed efficiently, on schedule, and in full compliance with all applicable standards through systematic and precise quality control. Within-depth expertise and a keen eye for detail, we oversee the construction phases, identify potential risks at an early stage, and ensure that the highest execution standards are met. Our strength lies in combining technical expertise with practical solutions and a collaborative approach, guaranteeing the sustainable and seamless operation of the MEP systems.
In modern and sustainable buildings, we rely on intelligent building automation systems and comprehensive energy monitoring. Building automation provides critical data on operational behavior for performance optimization and offers users valuable feedback on building performance. AI-powered analyses further identify behavior and consumption patterns, uncover efficiency potential, and enable continuous operational improvement.
