Urban development
Ingerop assists its clients and partners, from the first blank page to the actual implementation of urban projects. Our committed, expert teams design solutions that combine vision, pragmatism and innovation in order to:
- respond to current challenges, particularly ecological issues,
- anticipate tomorrow’s issues, by meeting the challenge of a low-carbon city,
- rethink the complex ecosystem of cities over the long term.
Urban renewal and ecological engineering
Backed by our local footprint, we operate on a wide range of scales, from small town centers to metropolitan areas. As partners of sustainable cities, we leverage the diversity of Ingerop’s businesses to work alongside our partners and offer our public and private clients a broad range of expertise.
Aware of the need to adapt cities to climate change, we invest in R&D and training. For example, we are supervising a doctoral thesis dedicated to assessing the adaptation of cities to global warming.
Sectors of operation
Services
- Assistance to Project Sponsor, regulatory consultancy
- Urban project management
- Planning (SSC U / SSC IS)
- Project management for public spaces (streets, boulevards, squares, parks, sports facilities, etc.)
- Pre-project assessment
- Programming
- Regulation analysis
- BIM – CIM management
- Technical assessments and consultancy
- Certifications
Heatwaves, increase of extreme events, greater variability of rainfall… adapting our cities to the consequences of global warming is a necessity.
We assist our clients to meet these challenges by leveraging our multi-disciplinary expertise: development of projects resilient to flooding and submersion, optimal management of stormwater runoff, operational strategies against urban heat islands and development of cooling islands…
Because these are crucial issues, we work closely with the academic community on R&D projects, to ensure that our clients share the benefits from the latest state-of-the-art knowledge.
Designing sustainable, low-carbon projects is a challenge that our teams face every day. We assess the energy/carbon and environmental impacts of urban projects as early as the design phases.
We identify and quantify levers for action: building materials and processes, water and waste management, energy systems, circular economy, etc.
Our staff work hand in hand with the various stakeholders on project variants to optimize the ultimate environmental efficiency of our clients’ projects.
In order to always stand at the leading edge of knowledge, we participate in the development of UrbanPrint, the first reference software designed to apply the Quartier Energie Carbone efficiency calculation method developed by Ademe.
This expertise is based on sound knowledge of operational conditions for complex operations, expert assessments in transport modes, and experience in Inter-Site Scheduling, Supervision and Coordination (IS-SSC).
Ingerop works alongside project sponsors to provide advice and operational solutions to manage construction supplies: advance planning, regulation and timing systems, identification and preservation of delivery routes, establishment of repackaging and storage platforms, creation of recycling centers, and shared waste management.
Ingerop is among the designers working on the Réguly project, a jobsite regulation system for the Lyon Part-Dieu project, on behalf of Société Publique Locale (SPL) Lyon Part-Dieu.
As a member of the consortium France 2030 “Sustainable City Demonstrators”, we are working alongside the Lyon Metropolitan authorities and Société d’Equipement et d’Aménagement du Rhône et de Lyon (SERL) on the Gratte-Ciel Nord (north skyscraper) project in Villeurbanne.
Whether it involves drawing up cycling maps, defining routes, identifying funding, or designing cycling or pedestrian facilities, our teams combine the need to move around with environmental protection at every stage of a project (from design to project management/works supervision).
Ingerop is positioned as a key player in sustainable mobility, providing its clients with a broad range of skills to support their projects with active transport modes.