Swedish startup Endra announces a seed fundraising of 17 million euros, led by Notion Capital, with significant participation from Norrsken VC. The funds should enable Endra to accelerate the development of its AI platform applied to MEP (Mechanical, Electrical, Plumbing) engineering and to deploy new modules intended for design offices and consulting firms specializing in buildings.
Endra addresses a market segment historically little transformed by software, MEP engineering still largely relies on manual processes, fragmented tool chains and long design cycles, despite the massive use of standards like Revit. The startup boasts a production-oriented approach, with technology capable of automatically generating execution plans, BIM models and actionable technical deliverables, at a speed unlike traditional workflows.
The company highlights a solution designed for engineers, designed to integrate into environments with regulatory and operational constraints. AI is not presented as a tool for creative design, but as a lever for automating labor-intensive technical tasks. In the coming quarters, Endra plans to launch a module dedicated to electrical design, developed in conjunction with several major international players in MEP engineering.
The commercial strategy is enterprise-oriented, with favored industrial partnerships rather than broader distribution.
The software market for MEP design and BIM workflows in Europe is already structured around established solutions and integrated software suites. Among the tools used by MEP engineers are parametric modeling and collaboration platforms like Autodesk Revit MEP, often considered a benchmark for 3D design and coordination of mechanical, electrical, and plumbing systems in shared BIM models. Other products available in Europe include extensions and alternatives such as MagiCAD or Trimble, as well as integrated BIM suites like those offered by Allplan or regional solutions from groups like Nemetschek / DDS, which distribute tools focused on industrial engineering and building services.
What is MEP engineering?
Engineering MEP refers to all the disciplines Mechanical, Electrical and Plumbing applied to the design, sizing, integration and operation of the technical systems of a building. It constitutes the functional framework of complex tertiary, industrial and residential constructions.
The three pillars of MEP
1. Mechanical
This discipline mainly covers systems of HVAC (heating, ventilation, air conditioning), but also thermal management, indoor air quality, pressurization, technical fluid networks and, depending on the project, fire protection systems. The objective is to ensure comfort, energy performance and regulatory compliance.
2. Electrical
It encompasses the electrical distribution (high and low currents), lighting, emergency systems (generators, inverters), security (access control, video surveillance), IT networks and, increasingly, charging and energy management infrastructures.
3. Plumbing
This component deals with water networks (supply, drainage, rainwater), sanitary equipment, water treatment and, in certain contexts, gas networks or specific fluids.
A central role in contemporary projects
MEP engineering is involved in all phases of the project: design, coordination with architecture and structure, executionThen operation-maintenance. It is decisive for:
- there energy performance and the carbon footprint of buildings,
- there security and the business continuity,
- there regulatory compliance (standards, certifications),
- there constructability and cost control.
In complex projects (hospitals, data centers, high-rise buildings), MEP represents a significant part of the technical value and budget.
MEP and digital tools
The discipline is today strongly structured by the BIM (Building Information Modeling), notably via tools like Endra. BIM allows the fine coordination of networksconflict detection, energy simulation and, more recently, the integration of generative design logics and automation.
