Education Technology Programme Project Management Course

Course Introduction

Education technology programmes require a disciplined combination of educational strategy, project management, digital infrastructure planning, instructional design, stakeholder engagement, and sustainable implementation. The Education Technology Programme Project Management Course equips professionals with the knowledge and practical tools to plan, coordinate, deliver, and evaluate technology-enabled education initiatives that improve teaching, learning, administration, and institutional performance. Participants explore how to translate educational priorities into feasible digital programmes that respond to learner needs, strengthen institutional capacity, and generate measurable results.

Successful education technology projects involve more than procuring devices, installing software, or launching online platforms. They require a clear understanding of curriculum objectives, learner characteristics, teacher readiness, connectivity limitations, institutional workflows, accessibility requirements, and long-term support arrangements. This course examines how to assess digital readiness, define programme requirements, evaluate solution options, develop implementation roadmaps, and establish realistic delivery arrangements. Participants will learn to connect technology investments with pedagogical value, operational feasibility, measurable learning objectives, and sustainable education system improvements.

Managing education technology programmes also involves coordinating multiple stakeholders and interdependent workstreams. Ministries of education, schools, universities, technology vendors, telecommunications providers, curriculum specialists, teachers, learners, development partners, and regulatory bodies may have different expectations and implementation constraints. Participants will examine programme governance structures, decision-making responsibilities, procurement strategies, vendor management, project scheduling, change control, and communication mechanisms. Particular attention will be given to managing complex portfolios involving devices, connectivity, learning management systems, digital content, teacher development, data platforms, and institutional capacity building.

Financial accountability and risk management are essential for ensuring that education technology investments deliver value beyond initial deployment. The course covers total cost of ownership, lifecycle budgeting, software licensing, maintenance, technical support, cybersecurity, data protection, business continuity, and benefits realization. Participants will learn to identify risks such as procurement delays, vendor lock-in, incompatible systems, low user adoption, unreliable electricity, unequal access, and rapidly changing technology requirements. They will also explore practical methods for tracking expenditure, measuring delivery performance, documenting compliance, and establishing controls that support transparent and accountable implementation.

Emerging technologies are creating new opportunities and responsibilities for education programme managers. Artificial intelligence, adaptive learning, learning analytics, cloud-based platforms, virtual learning environments, and digital assessment systems can support more responsive educational experiences when appropriately designed and governed. The course examines how to evaluate these technologies against educational objectives, institutional readiness, accessibility, evidence of effectiveness, and affordability. Participants will also consider responsible AI, learner privacy, cybersecurity, algorithmic bias, digital well-being, intellectual property, and the ethical implications of technology-supported teaching and assessment.

By the end of the programme, participants will be better equipped to manage education technology initiatives from concept development and feasibility assessment through procurement, deployment, adoption, evaluation, and transition to ongoing operations. They will develop practical approaches for aligning technology with educational outcomes, coordinating implementation teams, managing suppliers, strengthening teacher and learner adoption, and measuring programme benefits. The course emphasizes sustainable, inclusive, and evidence-driven delivery so that digital investments contribute to improved learning, resilient education services, and lasting institutional capability.

Duration

10 days

Who Should Attend

• Education technology programme managers responsible for planning and delivering digital education initiatives.

• Ministry of Education officials leading national digital learning strategies and education technology reforms.

• Project managers overseeing learning management systems, online learning platforms, and digital content programmes.

• School administrators and institutional leaders managing technology-enabled education transformation.

• University and college administrators responsible for digital learning environments and technology modernization.

• ICT directors and education systems specialists coordinating infrastructure, connectivity, applications, and support services.

• Instructional designers and curriculum specialists implementing technology-supported teaching and learning.

• Teacher development coordinators responsible for digital pedagogy, professional development, and technology adoption.

• Monitoring, evaluation, and learning professionals measuring the performance and impact of education technology investments.

• Procurement, finance, and contract management professionals supporting education technology acquisitions.

• Development partner personnel financing or supervising digital education projects and programmes.

• NGO and civil society programme managers implementing technology-enabled education initiatives.

• Education data analysts and Education Management Information System specialists.

• Digital learning platform owners, product managers, and implementation consultants.

• Cybersecurity, data protection, and information governance professionals working in education institutions.

• Technology vendors and service providers supporting education sector digital transformation.

• Specialists in inclusive education, assistive technology, and accessible digital learning.

• Public-sector transformation professionals managing multi-institution education technology programmes.

• Programme assurance, internal audit, and risk management professionals overseeing digital education investments.

• Consultants and technical advisers involved in education technology strategy, feasibility, and implementation.

Course Objectives

• Develop education technology programme strategies that align digital investments with institutional priorities, curriculum requirements, learner needs, and measurable educational outcomes.

• Conduct digital readiness assessments covering infrastructure, connectivity, devices, digital skills, institutional capacity, accessibility, and implementation constraints.

• Translate educational needs into clear programme requirements, technical specifications, solution architectures, procurement packages, and measurable acceptance criteria.

• Prepare business cases, feasibility assessments, investment appraisals, and lifecycle cost estimates for technology-enabled education initiatives.

• Design programme governance arrangements, delivery structures, stakeholder responsibilities, reporting mechanisms, and escalation procedures for complex digital projects.

• Develop integrated implementation roadmaps, work plans, schedules, resource forecasts, dependencies, and milestones for coordinated technology deployment.

• Manage procurement, supplier selection, contracts, service-level agreements, software licensing, implementation quality, and vendor performance.

• Integrate teacher development, instructional design, curriculum alignment, user engagement, and organizational change management into technology implementation plans.

• Establish monitoring, evaluation, and benefits realization frameworks to measure adoption, service reliability, cost efficiency, user satisfaction, and learning-related outcomes.

• Identify and mitigate cybersecurity, data privacy, interoperability, technology obsolescence, vendor dependence, and business continuity risks.

• Evaluate appropriate applications of artificial intelligence, learning analytics, adaptive learning, and digital assessment using responsible, inclusive, and evidence-based criteria.

• Develop operational handover, maintenance, financing, capacity-building, and continuous improvement plans that preserve programme benefits after deployment.

Comprehensive Course Outline

Module 1: Foundations of Education Technology Programme Management

• Principles of programme and project management in digital education, including scope, schedule, cost, quality, benefits, and stakeholder integration.

• Distinctions between individual technology projects, coordinated programmes, digital transformation initiatives, and education technology portfolios.

• Relationships between educational objectives, curriculum priorities, institutional strategies, technology investments, and measurable programme outcomes.

• Common causes of digital education project underperformance, including weak requirements, insufficient adoption planning, fragmented governance, and inadequate support.

Module 2: Digital Education Strategy and Programme Identification

• Translation of national digital education policies, institutional strategies, and curriculum priorities into practical programme objectives.

• Identification and prioritization of opportunities involving digital learning platforms, devices, connectivity, content, assessment, and education administration.

• Assessment of learner needs, teacher capabilities, institutional processes, geographical disparities, and barriers to technology access.

• Development of programme concepts, strategic alignment matrices, preliminary implementation options, and prioritization criteria.

Module 3: Digital Readiness Assessment and Feasibility Analysis

• Assessment of electricity, internet connectivity, hardware availability, software environments, digital literacy, and technical support capacity.

• Evaluation of institutional readiness, implementation partners, teacher preparedness, change capacity, and operational dependencies.

• Technical, financial, pedagogical, economic, environmental, and organizational feasibility assessment of proposed technology solutions.

• Preparation of readiness reports, implementation assumptions, investment cases, options appraisals, and go/no-go decision recommendations.

Module 4: Requirements Engineering and Solution Architecture

• Elicitation and documentation of functional, technical, pedagogical, accessibility, security, and operational requirements.

• Development of user stories, process maps, use cases, acceptance criteria, and traceability matrices for education technology solutions.

• Assessment of cloud platforms, learning management systems, digital content repositories, assessment tools, and education information systems.

• Design considerations for interoperability, scalability, offline access, multilingual content, system integration, and future technology evolution.

Module 5: Programme Governance, Leadership and Stakeholder Coordination

• Establishment of steering committees, programme management offices, technical working groups, and decision-making structures.

• Definition of accountability, responsibility matrices, approval authorities, escalation procedures, and cross-functional reporting arrangements.

• Stakeholder mapping and engagement strategies for ministries, schools, teachers, learners, parents, vendors, and development partners.

• Management of competing requirements, programme dependencies, institutional resistance, decision delays, and stakeholder expectations.

Module 6: Programme Planning, Scheduling and Delivery Integration

• Development of integrated programme plans covering infrastructure, software configuration, content development, procurement, training, and deployment.

• Work breakdown structures, milestone schedules, resource plans, critical dependencies, implementation sequencing, and rollout strategies.

• Coordination of pilots, phased deployment, system migration, testing, user acceptance, and transition into operational service.

• Use of dashboards, project management platforms, dependency tracking, change control, and corrective action plans to maintain delivery performance.

Module 7: Budgeting, Investment Appraisal and Financial Management

• Preparation of programme budgets covering devices, connectivity, software, hosting, digital content, training, implementation, and support.

• Assessment of total cost of ownership, lifecycle expenditure, licensing models, maintenance obligations, and replacement cycles.

• Development of cash-flow forecasts, procurement expenditure schedules, financial controls, and cost variance reporting.

• Application of value-for-money analysis, benefits-cost assessment, affordability testing, and sustainable financing principles to investment decisions.

Module 8: Procurement, Vendor Management and Contract Administration

• Preparation of procurement strategies, technical specifications, requests for proposals, evaluation criteria, and supplier due diligence.

• Evaluation of platform capabilities, implementation capacity, accessibility, interoperability, support quality, and lifecycle costs.

• Management of contracts, software licensing, service-level agreements, warranties, hosting arrangements, and performance obligations.

• Control of delivery milestones, acceptance testing, supplier risks, contract variations, intellectual property rights, and vendor exit arrangements.

Module 9: Digital Infrastructure, Connectivity and Deployment Management

• Planning of device procurement, network infrastructure, wireless coverage, power availability, hosting, and technical support requirements.

• Coordination of installation, configuration, identity management, system integration, device enrollment, and deployment readiness.

• Management of inventory, asset tagging, logistics, device distribution, repair arrangements, and technology replacement planning.

• Development of offline and low-bandwidth delivery models for schools and communities with limited or unreliable connectivity.

Module 10: Digital Content, Instructional Design and Teacher Enablement

• Alignment of digital learning resources with curriculum standards, instructional objectives, assessment methods, and learner needs.

• Application of instructional design principles to online courses, interactive materials, blended learning, and technology-supported teaching.

• Planning teacher training, coaching, peer learning, professional development, and ongoing pedagogical support for digital adoption.

• Evaluation of content accessibility, language relevance, cultural appropriateness, learning engagement, and educational effectiveness.

Module 11: Change Management, User Adoption and Service Readiness

• Development of change management strategies that address staff concerns, institutional culture, digital confidence, and new operating practices.

• Design of stakeholder communications, user onboarding, training materials, helpdesk processes, and adoption support arrangements.

• Management of resistance, low utilization, inconsistent participation, and differences in technology readiness across institutions.

• Establishment of user feedback loops, service acceptance criteria, adoption indicators, and continuous improvement mechanisms.

Module 12: Data Governance, Cybersecurity and Responsible AI

• Establishment of data ownership, access controls, retention policies, consent practices, and privacy safeguards for learner and staff information.

• Identification and mitigation of cyber threats, unauthorized access, phishing, insecure devices, service disruptions, and third-party vulnerabilities.

• Assessment of AI-enabled tutoring, adaptive learning, automated assessment, and learning analytics against educational objectives and evidence.

• Governance of algorithmic bias, explainability, human oversight, intellectual property, student privacy, and responsible AI use in education.

Module 13: Quality Assurance, Testing and Interoperability

• Development of quality management plans, testing strategies, technical standards, usability criteria, and programme acceptance requirements.

• Coordination of functional testing, integration testing, performance testing, accessibility testing, security assessment, and user acceptance testing.

• Validation of data exchange, system compatibility, identity management, content standards, and interoperability across education platforms.

• Management of defects, release approvals, configuration changes, deployment documentation, and quality assurance evidence.

Module 14: Monitoring, Evaluation and Benefits Realization

• Development of results frameworks and indicators for implementation progress, adoption, reliability, accessibility, cost, and educational performance.

• Establishment of baselines, targets, data collection processes, dashboards, reporting schedules, and data quality assurance procedures.

• Measurement of teacher participation, platform utilization, learner engagement, service availability, and relevant learning outcomes.

• Application of evaluation findings, user feedback, cost-performance analysis, and benefits reviews to improve programme decisions.

Module 15: Programme Risk, Compliance and Business Continuity

• Identification and prioritization of strategic, financial, operational, technical, cybersecurity, reputational, and implementation risks.

• Development of risk registers, mitigation measures, risk owners, contingency budgets, escalation thresholds, and review schedules.

• Management of regulatory obligations, procurement compliance, data protection requirements, contractual controls, and audit-ready documentation.

• Preparation of backup, disaster recovery, service continuity, incident response, and technology transition arrangements for critical education services.

Module 16: Sustainability, Handover and Advanced Programme Improvement

• Development of post-deployment operating models covering staffing, maintenance, technical support, recurrent financing, and asset management.

• Preparation of handover plans, operational manuals, service agreements, system documentation, knowledge transfer, and support transition.

• Assessment of environmental sustainability, electronic waste management, device lifecycle extension, energy efficiency, and responsible disposal.

• Application of lessons learned, maturity assessments, portfolio prioritization, benefits reviews, and scale-up strategies for future digital education initiatives.

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.