Digital Public Infrastructure Interoperability Project Planning Course

Course Introduction

The Digital Public Infrastructure Interoperability Project Planning Course provides a comprehensive understanding of how to plan, coordinate, and implement projects that enable different digital public systems to exchange information securely, reliably, and efficiently. Digital public infrastructure encompasses foundational digital capabilities such as digital identity, payment systems, data exchange platforms, digital registries, authentication services, and shared government technology platforms. Interoperability allows these components to work together across ministries, public agencies, financial institutions, healthcare providers, and other authorized organizations. This course equips participants with structured project planning methods for developing connected, inclusive, and sustainable digital public services that improve service delivery, strengthen institutional coordination, and support national digital transformation objectives.

Implementing interoperability across public institutions requires careful coordination of technical systems, institutional responsibilities, legal frameworks, operational procedures, and stakeholder expectations. Government agencies often maintain different databases, software platforms, data formats, identification systems, and service delivery processes. Connecting these environments requires clearly defined project objectives, realistic implementation schedules, coordinated budgets, appropriate governance arrangements, and effective management of dependencies. Participants will explore how to assess existing digital infrastructure, identify interoperability gaps, prioritize integration initiatives, establish project boundaries, and develop implementation roadmaps that align with institutional mandates and broader public sector modernization strategies.

Technical interoperability is only one dimension of successful digital public infrastructure development. Projects must also address semantic interoperability, which ensures that participating systems interpret exchanged information consistently, and organizational interoperability, which establishes shared responsibilities, procedures, and service agreements. Legal interoperability is equally important because information exchange must comply with applicable privacy legislation, data-sharing agreements, records management requirements, and institutional policies. This course examines how project planners can incorporate open standards, application programming interfaces, common data models, metadata frameworks, identity assurance mechanisms, and clear governance arrangements into implementation plans. Participants will learn how these elements contribute to reliable information exchange while reducing unnecessary duplication and fragmented technology investments.

Security, privacy, resilience, and public trust are central considerations in digital public infrastructure interoperability projects. Connecting systems can introduce risks involving unauthorized access, excessive data collection, identity fraud, service disruption, cyberattacks, and inappropriate sharing of sensitive information. Project planners must therefore integrate cybersecurity controls, privacy-by-design principles, risk assessments, access management, consent mechanisms where applicable, auditability, and incident response arrangements from the earliest planning stages. The course explores how to define security requirements, assign accountability, evaluate third-party dependencies, and plan for business continuity. It also considers how responsible data governance and transparent service design can help protect citizens while enabling legitimate information exchange across participating institutions.

Effective project planning also requires sound financial management, procurement strategies, institutional readiness, and stakeholder engagement. Digital public infrastructure initiatives may involve substantial investments in integration platforms, cloud or government-hosted infrastructure, cybersecurity services, identity systems, connectivity, technical support, and workforce development. Participants will examine methods for preparing business cases, estimating implementation costs, developing work breakdown structures, defining deliverables, assessing vendors, and managing project risks. The course also addresses engagement with government departments, regulators, technology providers, civil society organizations, development partners, and service users. Particular attention is given to accessibility, digital inclusion, institutional capacity, and the needs of communities that may face barriers to accessing digital public services.

Sustainable interoperability requires ongoing operational coordination, measurable performance, continuous improvement, and clear ownership beyond initial project delivery. Public institutions must monitor service availability, data exchange reliability, transaction completion rates, security incidents, integration costs, user satisfaction, and the effectiveness of shared digital services. This course examines how to establish project milestones, acceptance criteria, monitoring frameworks, benefits realization plans, and post-implementation governance arrangements. Participants will also consider emerging developments such as decentralized digital identity, verifiable credentials, privacy-enhancing technologies, artificial intelligence-enabled public services, and cross-border data exchange. By the end of the course, participants will be better prepared to plan interoperable digital public infrastructure projects that are secure, scalable, inclusive, standards-based, and aligned with long-term public value.

Duration

5 days

Who Should Attend

• Government project managers responsible for planning digital transformation initiatives, shared technology platforms, integrated public services, and cross-agency information exchange projects.

• Public sector ICT managers overseeing government digital infrastructure, systems integration, interoperability frameworks, shared platforms, and enterprise technology modernization.

• Digital government coordinators involved in developing e-government strategies, integrated service delivery models, digital government roadmaps, and institutional implementation plans.

• Information systems architects and enterprise architects responsible for aligning agency systems with national interoperability standards, shared data models, and common digital infrastructure.

• Data governance officers responsible for coordinating data-sharing policies, information ownership, metadata management, data quality standards, and institutional accountability.

• Government policy analysts and public administration professionals involved in developing digital public infrastructure policies, institutional frameworks, and implementation guidelines.

• Cybersecurity professionals responsible for planning security controls, access management, threat assessments, incident response, and secure information exchange between public institutions.

• Data protection officers and privacy specialists involved in assessing personal data processing, privacy risks, lawful information sharing, and compliance with applicable data protection requirements.

• Procurement officers and contract managers overseeing the acquisition of interoperability platforms, integration services, identity systems, cybersecurity solutions, and technology implementation support.

• Development partners and donor-funded program managers coordinating digital government investments, institutional capacity-building initiatives, and cross-agency technology modernization projects.

• IT consultants and systems integration specialists responsible for designing technical integration approaches, API strategies, data exchange services, and implementation architectures.

• Digital identity program managers working on authentication systems, identity verification, credential management, and integration with public service platforms.

• Public finance and digital payments specialists involved in planning interoperability between government payment systems, treasury platforms, financial service providers, and public revenue systems.

• Healthcare, education, agriculture, and social protection administrators coordinating the integration of sector-specific information systems with shared digital government infrastructure.

• Monitoring and evaluation professionals responsible for establishing performance indicators, measuring service improvements, evaluating project outcomes, and documenting implementation lessons.

• Legal advisors and regulatory specialists working on data-sharing agreements, digital identity governance, electronic transactions, records management, and cross-institutional compliance arrangements.

• Change management practitioners responsible for preparing institutions, training public employees, communicating implementation changes, and supporting adoption of interoperable digital services.

• Technology entrepreneurs and digital public service innovators interested in government platform integration, standards-based infrastructure, public-private collaboration, and responsible digital service development.

Course Objectives

• Explain the fundamental concepts, components, and operating principles of digital public infrastructure, including digital identity, interoperable data exchange, digital payments, registries, authentication services, and shared public platforms.

• Develop structured project plans for interoperability initiatives by defining objectives, scope, deliverables, milestones, responsibilities, dependencies, resource requirements, and measurable implementation outcomes.

• Assess existing public sector information systems to identify integration gaps, duplicated capabilities, incompatible technologies, institutional constraints, data quality issues, and opportunities for shared digital services.

• Evaluate technical, semantic, organizational, and legal interoperability requirements and incorporate appropriate standards, common data models, API strategies, and institutional agreements into project documentation.

• Establish effective governance arrangements for multi-agency projects, including decision-making structures, accountability frameworks, stakeholder coordination procedures, escalation mechanisms, and implementation oversight.

• Integrate cybersecurity, privacy protection, identity assurance, access management, resilience, and incident response requirements into interoperability project plans from initiation through operational transition.

• Apply project budgeting, procurement planning, resource allocation, supplier evaluation, contract oversight, and lifecycle cost assessment techniques to support financially sustainable infrastructure implementation.

• Design stakeholder engagement, communication, capacity-building, and change management activities that promote institutional cooperation, workforce readiness, citizen trust, and inclusive adoption of connected public services.

• Develop monitoring and evaluation frameworks using indicators for system availability, successful data exchanges, transaction performance, service accessibility, security incidents, operational efficiency, and public value.

• Evaluate emerging digital infrastructure approaches, including decentralized identity, verifiable credentials, privacy-enhancing technologies, AI-enabled services, and cross-border interoperability, to inform future project roadmaps.

Comprehensive Course Outline

Module 1: Foundations of Digital Public Infrastructure and Interoperability

• Definition, core principles, architecture, and public value of digital public infrastructure, including foundational identity, payment, data exchange, and digital service components.

• Relationships between digital government platforms, national digital transformation strategies, public service modernization, institutional integration, and citizen-centered service delivery.

• Types of interoperability, including technical, semantic, organizational, and legal interoperability, with examples of their application in multi-agency public services.

• Assessment of digital public infrastructure maturity, existing system fragmentation, institutional readiness, implementation challenges, and opportunities for shared government capabilities.

Module 2: Project Initiation, Scope Definition, and Strategic Alignment

• Development of project concepts, business cases, feasibility assessments, project charters, strategic objectives, expected benefits, and alignment with government development priorities.

• Definition of project scope, participating institutions, affected systems, target users, implementation boundaries, assumptions, constraints, dependencies, and acceptance criteria.

• Preparation of work breakdown structures, implementation schedules, milestone plans, resource estimates, responsibility matrices, and project documentation for complex integration initiatives.

• Prioritization of interoperability use cases according to public value, technical feasibility, implementation cost, institutional readiness, citizen needs, and potential service improvements.

Module 3: Interoperability Architecture, Standards, and API Management

• Design of interoperability architectures connecting government registries, digital identity platforms, payment systems, case management applications, and institutional information systems.

• Application of open standards, documented interfaces, API gateways, messaging systems, common data models, and secure exchange protocols to support reliable system integration.

• Assessment of synchronous and asynchronous data exchange, event-driven integration, service orchestration, system dependencies, and architectural options for multi-agency environments.

• Planning of API lifecycle management, version control, developer access, documentation, testing environments, service monitoring, backward compatibility, and interface change governance.

Module 4: Data Governance, Quality, and Semantic Interoperability

• Establishment of data ownership, stewardship responsibilities, information classification, metadata standards, master data management, and cross-agency data governance arrangements.

• Development of common data definitions, data dictionaries, reference data, identifier conventions, validation rules, and semantic mappings across participating institutions.

• Assessment of data quality, duplicate records, inconsistent formats, missing information, record matching challenges, and remediation requirements before system integration.

• Planning of data-sharing agreements, permitted purposes, retention arrangements, access conditions, audit trails, and accountability mechanisms for information exchange between agencies.

Module 5: Digital Identity, Authentication, and Trust Frameworks

• Planning of digital identity integration, identity proofing, authentication services, credential management, identity federation, and secure access to government digital services.

• Assessment of identity assurance levels, authentication methods, account recovery procedures, fraud risks, credential lifecycle management, and access requirements for different services.

• Development of trust frameworks covering participating institutions, identity providers, relying parties, authentication responsibilities, verification procedures, and dispute resolution arrangements.

• Evaluation of decentralized identifiers, verifiable credentials, mobile identity solutions, and privacy-preserving identity verification approaches for appropriate public sector applications.

Module 6: Cybersecurity, Privacy, and Legal Compliance

• Identification and assessment of cybersecurity threats involving connected government systems, shared infrastructure, identity services, APIs, third-party suppliers, and sensitive information exchanges.

• Integration of privacy-by-design, data minimization, purpose limitation, lawful processing, access controls, encryption, logging, and security testing into implementation plans.

• Assessment of applicable data protection legislation, digital identity regulations, electronic transactions requirements, records management rules, and institutional information-sharing obligations.

• Preparation of incident response arrangements, vulnerability management plans, disaster recovery requirements, business continuity procedures, security responsibilities, and compliance evidence.

Module 7: Institutional Governance, Stakeholder Coordination, and Procurement

• Establishment of steering committees, technical working groups, project governance boards, decision rights, escalation procedures, and cross-agency accountability arrangements.

• Stakeholder mapping and engagement strategies for government departments, regulators, technology vendors, financial institutions, civil society organizations, and service users.

• Preparation of procurement specifications, requests for proposals, supplier evaluation criteria, interoperability requirements, service-level agreements, and vendor performance measures.

• Management of contracts, implementation partners, licensing conditions, intellectual property, technology dependencies, supplier risks, deliverable acceptance, and long-term support arrangements.

Module 8: Financial Planning, Risk Management, and Implementation Delivery

• Development of implementation budgets covering software, infrastructure, connectivity, cybersecurity, integration services, training, maintenance, technical support, and contingency reserves.

• Application of risk registers, probability and impact assessments, dependency analysis, mitigation planning, issue tracking, change control, and project escalation procedures.

• Coordination of pilot projects, phased implementation, technical readiness assessments, data migration, integration testing, user acceptance testing, and operational transition activities.

• Evaluation of total cost of ownership, lifecycle funding requirements, shared-service financing models, cost allocation mechanisms, and financial sustainability across participating agencies.

Module 9: Digital Inclusion, Change Management, and Emerging Technologies

• Development of institutional readiness plans, workforce training programs, communication strategies, digital skills development, and adoption support for interconnected public services.

• Assessment of accessibility, language diversity, disability inclusion, connectivity constraints, digital literacy, assisted service channels, and barriers affecting underserved communities.

• Evaluation of emerging technologies such as privacy-enhancing computation, federated data exchange, verifiable credentials, AI-enabled public services, and secure cross-border information sharing.

• Planning for responsible innovation, ethical risk assessment, algorithmic accountability, technology neutrality, vendor lock-in prevention, and adaptation to evolving public sector needs.

Module 10: Monitoring, Evaluation, Benefits Realization, and Sustainability

• Definition of key performance indicators for data exchange success, platform availability, transaction completion, service response times, system reliability, and operational efficiency.

• Development of monitoring dashboards, implementation reports, service-level reviews, stakeholder feedback mechanisms, audit processes, and evidence-based project performance assessments.

• Evaluation of public value through improved service accessibility, reduced administrative duplication, shorter processing times, lower integration costs, and better coordination between institutions.

• Preparation of post-implementation governance models, support arrangements, maintenance plans, continuous improvement roadmaps, knowledge transfer procedures, and long-term sustainability strategies.

Training Approach

This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.

Tailor-Made Course

This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808

Training Venue 

The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.

Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant

Certification

Participants will be issued with Upskill certificate upon completion of this course.

Airport Pickup and Accommodation

Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808

Terms of Payment:

Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.