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Questions Fréquemment Posées

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À qui s’adresse Temelion ?

Destiné aux BET spécialisés en électricité, fluides et thermique, utilisant des workflows internalisés sur des projets du type tertiaire, résidentiel TCE ou bâtiments techniques.

Quel est le retour sur investissement typique ?

Plusieurs BET pilotes ont réduit de 30 à 50 % le temps passé sur les vérifications techniques (soit 10–20 h économisées par ingénieur/semaine), et évité plusieurs erreurs critiques (non conformités pouvant entraîner retards ou pénalités).

Comment Temelion s’intègre-t-il avec nos outils actuels ?

Temelion peut se connecter à vos logiciels BIM (Revit, Rhino, IFC) pour analyser les modèles, ingérer vos documents techniques (PDF, DWG), et produire des rapports interactifs exportables (Excel, PDF).

Comment démarre-t-on un projet pilote ?

1. Scoping technique avec vos responsables d’ingénierie pour sélectionner un projet APS/APD.
2. Import des documents existants dans la plateforme.
3. Paramétrage des règles spécifiques à votre BET (normes internes ou locales).
4. Séance de validation usages (une journée, Mini-workshop).
5. Suivi d’utilisation et rapport mensuel des gains et erreurs détectées.

Temelion respecte-t-il les réglementations françaises ?

Temelion is an AI layer on top of existing processes and tools that automates documentation, workflows, and knowledge reuse, whereas BIM and CAD are core design/modelling environments used to produce the technical content itself.Temelion does not replace BIM/CAD; it sits around them to orchestrate tasks, documents, and knowledge so that engineers spend less time on manual admin and more time using
BIM/CAD for actual design work. In practice, a building design firm could keep its existing BIM/CAD stack and use Temelion to standardise templates, track work, and speed up documentation and reporting generated from those tools.

Combien de temps faut-il pour voir les bénéfices ?

Gains visibles dès la première semaine de vérification (moins d’erreurs immédiates). ROI cumulé en 1 à 2 mois (après une phase pilote sur 1 ou 2 projets).

Which project types are supported?

Built for pre-construction workflows and soon for HVAC design packages: commercial buildings, multi-unit residential, full design & build (D&B), technical facilities, and projects with building services requirements.

How does Temelion help train and supervise junior engineers on real projects?

Temelion helps plug early junior engineers attrition by removing time-taking, manual tasks from their rosters.
For junior engineers, repetitive documentation and bulk FTE tasks are a major source of boredom and high turnover. Temelion targets these low‑value tasks (copy‑paste, template alignment, manual reconciliation) so juniors can spend more time on real engineering decisions under your supervision.
Temelion acts as a “digital maître d’apprentissage” on real projects: it embeds your methods into guided workflows, checklists, and examples so juniors progress faster while seniors keep control.
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How does Temelion help engineering directors improve project margins and measure ROI on digital transformation?

Temelion targets the two main margin killers in design offices: time lost on low‑value documentation work and costly errors caused by inconsistent documents. By automating extraction, generation, and reconciliation of specifications, quantities and reports, it frees up high‑cost engineers to focus on design and coordination rather than admin.

For directors, Temelion also aims to make ROI visible. Planned dashboards track cycle times, error rates and rework before/after adoption, so you can quantify hours saved and margin protected per process and per project. Combined with digital traceability of document versions and checks, this gives leadership an auditable view of how AI contributes to profitability and risk reduction.
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Can Temelion help reduce construction material waste through better design?

Indirectly, yes. Temelion’s main lever is making designs and documents more consistent and traceable, which reduces errors that often drive material waste on site.
Temelion focuses on engineering office pains like document overload, mismatched templates, manual reconciliation between documents, and updating norms and constraints. By helping engineers work faster and more accurately on quantities, and technical notes, it mostly improves study efficiency and margin rather than directly optimising physical layouts like a BIM or LCA tool would.
Fewer incoherences between documents (like the DGPF and CCTP, in France) means fewer change orders, rework, and on‑site corrections that generate extra material use.
Clearer, standardised prescriptions and traceable design decisions reduce the risk of over‑specification “just to be safe”, which can indirectly lower unnecessary material quantities.

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