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Driving Transformation for a Global Pulp & Paper Technology Leader

A global leader in Pulp & Paper Technology partnered with ALTEN to go beyond conventional engineering support. The client needed a strategic, innovation-driven partner with deep capabilities across mechanical engineering, electrical engineering, and emerging digital solutions.

ALTEN brought a structured, design-led, and cross-functional delivery model, enabling not just cost efficiencies, but also faster execution, improved collaboration, and a stronger product engineering lifecycle.

Challenge:

The client faced fragmented engineering processes with siloed teams, limited digital maturity, and complex multi-disciplinary requirements, which led to misalignments, rework, and delays. Global coordination issues, resource skill gaps, and increasing market pressure demanded faster, cost-efficient product development while maintaining quality and consistency.

Solution:

ALTEN implemented an integrated engineering delivery model that unified mechanical, electrical, automation, and digital teams under standardized workflows and a design-led framework. By introducing early-stage validation, agile modular execution, and cloud-enabled collaboration, ALTEN streamlined processes and accelerated development. A scalable global delivery model supported continuous progress, while strong governance, KPI-based quality control, and reusable design assets enhanced consistency, reduced cost, and improved overall engineering efficiency.

Benefits

  • Project execution experience – 430K+ design hours successfully delivered globally.
  • Accelerated Product Development: Faster design cycles and shorter time-to-market.
  • Enhanced Quality & Reliability: Fewer late-stage defects and improved system performance
  • Stronger Collaboration: Unified workflows and faster decision-making across disciplines
  • Dedicated ALTEN resource deployed based on proven delivery excellence.

Insights Gained

  • Integrating mechanical, electrical, and digital engineering improves efficiency and design quality.
  • Digital enablement is a core driver of competitive advantage.
  • Cross-functional collaboration reduces rework and accelerates decision-making.
  • Mature processes directly impact time-to-market and cost efficiency.

Lessons Learned

  • Early alignment of requirements is critical to prevent delays.
  • Standardized templates and workflows reduce variability and errors.
  • Initiative-taking communication across global teams prevents bottlenecks.
  • Continuous skills development is essential to sustain digital and engineering capabilities.

Best Practices Developed

  • Design-Led Framework: Structured early validation and iterative refinement!
  • Cross-Functional Collaboration Model: Integrated teams across disciplines
  • Global Delivery Governance: KPI-driven monitoring and standardized reporting
  • Reusable Knowledge Assets: Design libraries and playbooks to accelerate future projects.

Tools and Technology

  • Mechanical Engineering: 3D CAD, FEA/CFD simulations, SAP, material optimization tools.
  • Electrical & Automation: E-CAD, COMOS, PLC/SCADA systems, sensor, and industrial communication protocols, Commissioning support.
  • Digital: cloud-based collaboration, data analytics, Customer specific- system integration tools.

Knowledge Where it Counts

ALTEN brought deep technical expertise, cross-functional collaboration, and a structured, design-led approach. Agile execution, digital maturity, governance, standardized processes, and reusable assets are essential for efficiency, scalability, and quality. Continuous learning and capability uplift ensure teams remain prepared for evolving technologies and ongoing innovation.