Corporate Sustainability Go to contents 20 Supply chain management — Have a regularly updated, centralised library of suppliers’ — With the help of a sustainability survey, collect data on sustainability data the current sustainability situation from 100% of our tier — Embed sustainability criteria into procurement decisions A and 50% of our tier B suppliers — Develop carbon reduction targets in collaboration — Define the sustainability criteria to be embedded into with suppliers our procurement process Cooperation with universities — Collaborate with high-ranked universities and research — Start collaboration with a new research institution to drive and research institutions institutions to develop R&D solutions, share knowledge, and the implementation of R&D projects attract top-level employees — Increase the rate of students employed after internships Innovation Monitoring of legislation — Be up-to-date regarding existing sustainability regulations — Full compliance with each market requirement in Design on sustainable construction in each market, and be in position to influence these — Update library of regulations and client requirements and Delivery regulations in each market Low carbon R&D systems — Develop and use low-carbon façade systems in at least — Project that uses our next generation of Hybrid Unitized in 50% of our projects - these systems should satisfy low Façade (HUF) systems is under construction carbon footprint and high thermal insulation requirements Long-term engagement — Manage the façade lifecycle through value added services, — Develop a façade service model for long-term engagement replaceable skins and IoT solutions beyond the warranty and after-warranty period — Focus on the integration of real-time data obtained via sensors in the façade into the digital twin Circular economy — Develop façade systems that satisfy the requirements — Calculate and compare the disassembly rating of state-of- of design for disassembly and reuse, and use these systems the-art unitized façade systems, and identify which design in projects changes are required — Achieve Zero Waste in-house and on-site — Zero plastic waste on-site — Increase the efficiency of material use by deploying optimization tools in 3D design, and tracking material flow in the ERP system — Achieve a 5% reduction of aluminium leftovers with the help of standardised design solutions