Engineering Analytics
and Technical Consulting Services

Engineering Data Analysis

Effective engineering decisions require accurate, well-structured data — but in most construction and installation projects, data collection is fragmented, inconsistent, or entirely absent. MP Projekt's Engineering Data Analysis service establishes a rigorous measurement and analysis framework from the earliest project stage, ensuring that the decisions driving design and construction are grounded in verifiable evidence rather than assumption.

The service covers the full data pipeline: defining which parameters to measure and why, specifying the measurement instruments and protocols appropriate to the installation type, collecting and validating the resulting data, processing it into structured analytical outputs, and presenting findings in a format that engineers, project managers, and technical stakeholders can act on directly.

Typical application areas include:

• Hydraulic performance assessment of sanitary and water distribution systems — pressure, flow, temperature, and velocity profiling
• Load analysis for heating, cooling, and ventilation system design — demand modelling from metered consumption data
• Commissioning data review — comparing designed versus measured performance across key system parameters
• Technical due diligence for property acquisitions — data-backed assessment of existing installation condition and performance
• Post-occupancy evaluation — measuring how systems perform under real occupancy loads versus design assumptions

Deliverables include structured data reports, performance dashboards, comparative analyses against design specifications or industry benchmarks, and clear recommendations for design decisions or system adjustments. All data and analysis are documented in formats suitable for inclusion in technical documentation packages.

Technical System Design

Technical system design at MP Projekt begins where most engineering design processes should begin but rarely do: with data. Rather than sizing systems from rule-of-thumb calculations and standard load tables, we derive design inputs from actual measured data — building occupancy patterns, real usage profiles, site-specific environmental conditions, and quantified performance requirements stated by the client.

This approach does not make the engineering more complicated. It makes the design outputs more accurate — systems sized to what they will actually need to do, not to what a generic calculation says they might need to do. The result is typically a tighter, more cost-effective design that performs closer to specification and requires less post-completion adjustment.

Services within this discipline include:

• Sanitary and plumbing system design — cold and hot water distribution, drainage and sewerage, including hydraulic calculation documentation
• Building services coordination — integrating sanitary systems with other building services (HVAC, electrical, fire protection) to resolve spatial and functional conflicts before construction
• Technical specification writing — preparing detailed technical specifications for contractor procurement, with performance criteria derived from the analytical findings
• Design review and peer checking — independent analytical review of designs prepared by other engineering offices, focusing on the quality of the underlying calculations and performance assumptions
• Renovation and upgrade design — data-led redesign of existing systems, using measured performance data from the existing installation to inform the upgrade scope

All design work is prepared to Polish engineering standards and EU technical regulations. Documentation is provided in formats compatible with standard Polish construction project documentation requirements.

Efficiency & Performance Consulting

Many technical systems underperform relative to their design specification — not because of fundamental engineering errors, but because of accumulated inefficiencies: suboptimal control settings, degraded components operating outside specification, incorrect balancing, or usage patterns that have shifted since commissioning. These inefficiencies have quantifiable costs, and identifying them precisely is the foundation of any effective improvement programme.

MP Projekt's Efficiency and Performance Consulting service applies a structured audit methodology to existing technical installations. The audit characterises current system performance against design specification and industry benchmarks, identifies specific causes of performance gaps, quantifies the efficiency and cost implications of each identified issue, and prioritises recommendations by the ratio of improvement value to intervention cost.

The result is not a list of things that could be better. It is a prioritised action plan, with each recommended intervention justified by numbers: projected energy savings, reduced maintenance costs, extended component lifespan, or improved reliability — expressed in terms that building owners, facilities managers, and finance stakeholders can evaluate directly.

Consulting engagements within this service include:

• Full technical system audits — comprehensive inspection and measurement programme covering all major installation systems in a building or facility
• Targeted efficiency reviews — focused assessment of a specific system where performance concerns have been identified
• Energy and utility consumption analysis — reviewing meter data to identify anomalous consumption patterns and trace them to specific system behaviours
• Maintenance programme review — assessing whether current maintenance practices are aligned with actual system performance data, and recommending condition-based maintenance approaches where appropriate
• Technical performance reporting for asset owners — structured periodic reporting on system performance status, suitable for inclusion in asset management documentation

Smart Installation Analytics

The shift from periodic inspection to continuous monitoring represents the most significant operational improvement available to building owners and facilities managers today. Smart Installation Analytics is MP Projekt's service for clients who want to move beyond snapshot assessments to ongoing, data-driven visibility of how their technical systems are performing.

The service covers the design and implementation of sensor-based monitoring configurations appropriate to the installation type, the establishment of performance baselines and alert thresholds, and the analytical layer that transforms raw sensor data into operationally useful information: performance dashboards, anomaly detection, trend analysis, and predictive indicators of developing system issues.

The practical benefits are concrete: facilities teams can identify problems before they become failures, energy consumption anomalies are detected immediately rather than at the next utility billing cycle, and maintenance can be scheduled based on actual system condition rather than fixed time intervals. Over a five-year horizon, continuous monitoring typically more than recovers its cost through reduced emergency maintenance, optimised energy consumption, and extended equipment life.

Service components include:

• Monitoring configuration design — specifying sensors, data loggers, and communication architecture appropriate to the installation and the client's operational context
• Baseline establishment and commissioning — setting up the monitoring system and establishing performance baselines from which deviations can be detected
• Analytical reporting — structured periodic reports presenting performance data, trend analysis, and flagged anomalies with diagnostic interpretation
• Alert threshold setting and review — defining and periodically recalibrating the parameters that trigger operational alerts
• Integration advisory — advising on integration of monitoring data with building management systems (BMS) or facility management platforms