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MAGPIE Actor Alignment non-tech solution

Stakeholder alignment methodology and checklist to build consensus and overcome coordination barriers in port innovation projects. This is non-tech solution 7 within the MAGPIE project.

Alternative fuels

Introduction

Actor alignment and consensus building addresses a recurring bottleneck in port innovation: diverse actors with differing roles, interests, and institutional backgrounds must be effectively coordinated for innovations to succeed. While technical solutions are often well-developed, implementation frequently stalls due to misaligned incentives, unclear responsibilities, trust deficits, or insufficient coordination structures. This solution develops a structured yet flexible methodology for organising, monitoring, and adapting actor alignment throughout port innovation projects. It is grounded in empirical research across three MAGPIE demonstrators (Demo 2 – Smart Energy Systems, Demo 4 – Ammonia Bunkering, Demo 9 – Green Connected Trucking) and produces a practical actor alignment checklist as its central deliverable.

Value proposition

  • Proactive and adaptive governance of actor alignment – especially in early project phases – substantially improves collaboration effectiveness and implementation outcome

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  • A structured checklist tool enables coordinators to anticipate and address governance gaps throughout the project lifecycle.

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Problem: Port innovation projects involve multi-actor constellations with divergent mandates, interests, and time horizons. Insufficient role formalisation, unclear commitments, personnel turnover, and lack of structured coordination mechanisms regularly cause delays, misalignment, and project failure – independent of the technical quality of the innovation itself.

Port applicability

The solution is process-oriented and domain-agnostic, applicable across all port types engaged in multi-actor innovation projects: - Large Container Ports/Hub Ports: Highly applicable. Complex multi-actor ecosystems benefit most from structured alignment governance. - Ferry Terminals: Applicable where public-private collaboration is required for operational or energy innovations. - Industrial Ports: Highly applicable. Energy transition and alternative fuel projects involve actors with strongly divergent commercial interests. - Smaller/Regional Ports: Applicable, particularly where project management capacity is limited and early role formalisation is critical. - Other: Transferable to other multi-actor collaborative innovation settings beyond the port sector.

Groups of innovations

  • Solution

    To support project coordinators and demo leads in structuring, monitoring, and adapting actor alignment throughout the lifecycle of a port innovation demonstrator.

  • Function

    The solution organises alignment governance around three dimensions – (1) actor configuration: who is involved, how roles and interests are defined and formalised; (2) process configuration: coordination structures, communication channels, and governance mechanisms; (3) process execution: active management of alignment during implementation, including handling personnel changes and mid-project onboarding. It functions as both a diagnostic and reflective tool.

  • Output

    An interactive HTML checklist comprising 30 items organised across the three dimensions and two project phases (pre-implementation and implementation). Items are flagged as Critical or Recommended and include supporting rationale. Users can navigate by dimension, mark items complete, track progress, and export to PDF. Accessible via the MAGPIE WP7 SharePoint.

Impact

Impact level per aspect
ImpactLevelRemark
Energy Efficiency (indirect)Medium impact
Effective alignment accelerates implementation of energy efficiency innovations that would otherwise stall due to coordination failures.
GHG emissions (indirect)Medium impact
Alignment failures are a recurring cause of project delays that impede the realisation of GHG reduction benefits from green innovations.
Pollutant Emissions (indirect)Medium impact
Supports uptake of innovations targeting pollutant reduction by resolving the governance bottlenecks that obstruct implementation.
SafetyMedium impact
Positive contribution. Role clarity and structured communication – central alignment outcomes – also support operational safety in complex innovation environments.
Port CityMedium impact
Positive contribution. Inclusive actor identification helps ensure local authorities and community voices are represented in port innovation governance.
Nature and Community Impact (indirect)Medium impact
Structured actor mapping reduces the risk of overlooking affected community actors and related environmental concerns.
Institutional capacity buildingMedium impact
The checklist strengthens governance competency and supports replicable multi-actor collaboration in future projects.

Port characteristics

- Need: A designated coordinator with sufficient mandate to manage actor relationships throughout the project lifecycle, and access to the actor alignment checklist and accompanying report. - Affects: Governance practices, coordination structures, and inter-organisational relationships across the innovation actor landscape.

Barriers and enablers

Enablers

  • Non-technologicalEnabler

    Pre-existing collaborative relationships; strong and empowered coordinator; grant agreement requirements supporting structured governance; institutional willingness to invest time in alignment activities.

  • TechnologyEnabler

    HTML format is accessible via standard browsers, printable to PDF, and distributable via SharePoint without additional software requirements.

Barriers

  • Non-technologicalBarrier

    Resistance to formalised governance; insufficient coordinator capacity or mandate; difficulty sustaining actor engagement over multi-year timelines; personnel turnover causing knowledge gaps and loss of trust.

[Barrier 1]

How to implement?

  1. Step 1

    Pre-project: Actor mapping, role formalisation, commitment documentation

  2. Step 2

    Start-up: Validate actor configuration; establish coordination structures and communication protocols

  3. Step 3

    During project: Apply checklist at key governance moments (mid-project review, actor changes, scope revision)

  4. Step 4

    Completion: Document lessons learned; update checklist. Formal alignment reviews recommended annually and at each major milestone

Required involved stakeholders

- Port Authority: Often the host institution; key for legitimacy, access, and multi-actor facilitation. - Terminal Operators: Core operational actors; interests must be aligned with demonstrator objectives from the outset. - Shipping Lines: Relevant for maritime domains; commercial priorities require explicit alignment consideration. - Fuel Suppliers/Distributors: Critical for energy transition demonstrators; supply chain readiness must be verified early. - Bunkering Service Providers: Relevant for alternative fuel projects; operational and commercial viability key. - Technology Providers: Central in all demonstrators; IP, deliverable specs, and integration requirements must be clearly defined. - Engineering & Construction Firms: Relevant where physical infrastructure is involved; roles should be delineated at actor configuration stage. - Classification Societies: Relevant for maritime and fuel-related demonstrators requiring regulatory certification. - National & International Regulators (incl. Safety & Environment): Engagement requirements vary by domain; interests and timelines differ significantly from private actors. - Financial Institutions/Investors: Not typically core to demonstrators; relevant for scaling and long-term viability. - Research & Development Institutions: Often serve as demo leads; alignment between research objectives and operational requirements must be managed explicitly. - Local Government & Community Groups: Risk of exclusion in actor identification; inclusion supports project legitimacy. - Workforce Representatives/Unions: Relevant where innovation affects port labour; should be included in actor mapping where applicable.

Knowledge base and references

  • Mosmans, H. & Van der Lugt, L. (2026). D7.5.6 Stakeholder Consensus Building. MAGPIE Project (GA 101036594).
  • D7.1 – Barrier Analysis (Bergsma & Son, 2022). | D7.4 – Guideline for Effective Operationalisation.
  • Acland (1993). Consensus Building.
  • Susskind et al. (1999). The Consensus Building Handbook.
  • Interactive checklist: MAGPIE WP7 SharePoint – “MAGPIE WP7 – Checklist Actor Alignment.html”.