Project Management Cybersecurity and Digital Risk Course

Course Introduction

Modern projects increasingly depend on cloud platforms, project management information systems, collaboration tools, digital engineering environments, mobile applications, connected devices, common data environments, and integrated enterprise systems. This growing digital dependency creates new cybersecurity and digital risks that can affect project schedules, budgets, information integrity, contractual obligations, operational continuity, and stakeholder confidence. The Project Management Cybersecurity and Digital Risk Course provides project professionals with practical knowledge for identifying, assessing, managing, and governing cybersecurity and digital risks throughout the project lifecycle.

The course examines cybersecurity from a project management perspective rather than treating it solely as an information technology responsibility. Participants explore how project managers, PMOs, project controls teams, engineers, contractors, consultants, suppliers, and business stakeholders contribute to protecting project information and technology-enabled processes. The course addresses risks associated with unauthorized access, data loss, ransomware, phishing, credential compromise, malicious software, insecure integrations, cloud environments, insider threats, system vulnerabilities, and weaknesses in project information management practices.

A major focus is the integration of cybersecurity and digital risk into project risk management frameworks. Participants learn how to identify technology-related threats, assess probability and impact, evaluate vulnerabilities and dependencies, establish risk ownership, develop mitigation strategies, and monitor changing exposure throughout delivery. The course also examines how cybersecurity risks can affect scope, schedule, cost, quality, procurement, contracts, resources, safety, regulatory compliance, and business continuity, enabling project teams to treat cyber exposure as an integrated delivery risk rather than an isolated technical issue.

Digital projects frequently involve complex ecosystems of internal systems, external platforms, contractors, suppliers, cloud services, APIs, connected devices, BIM environments, IoT technologies, drones, digital twins, and artificial intelligence. Participants therefore examine third-party and supply-chain cybersecurity, system integration risks, access management, data exchange, software dependencies, technology vendors, and shared information environments. Practical approaches are presented for incorporating cybersecurity requirements into procurement, contracts, system selection, implementation, project governance, and acceptance criteria.

The course also emphasizes cybersecurity governance, controls, incident preparedness, and response. Participants explore access control, authentication, least-privilege principles, information classification, encryption, secure configuration, backup strategies, monitoring, auditability, vulnerability management, incident escalation, recovery planning, and lessons learned. Particular attention is given to establishing clear responsibilities between project teams, IT functions, vendors, security specialists, and organizational leadership. Participants learn how project governance can incorporate cyber controls without unnecessarily slowing project delivery.

Emerging technologies introduce both new opportunities and new categories of digital risk. The course examines cybersecurity implications of artificial intelligence, generative AI, autonomous agents, digital twins, IoT, cloud computing, connected construction sites, reality capture, mobile technologies, and increasingly automated project workflows. Participants consider risks such as AI-generated misinformation, prompt injection, sensitive-data exposure, model manipulation, autonomous decision errors, shadow AI, and insecure AI integrations. By the end of the course, participants will be equipped to build practical cybersecurity-aware project environments that strengthen resilience, protect information, support continuity, and enable responsible digital transformation.

Duration

5 days

Who Should Attend

• Project managers responsible for projects that depend on digital systems and information

• Program and portfolio managers overseeing technology-intensive or digitally enabled initiatives

• PMO directors and managers responsible for project governance and risk management

• Project controls professionals handling sensitive schedules, costs, forecasts, and performance information

• Project information managers responsible for document, data, and information environments

• IT project managers responsible for implementing or integrating digital project systems

• Digital transformation leaders managing technology adoption across project organizations

• Cybersecurity professionals supporting project teams and technology-enabled delivery environments

• Risk managers responsible for identifying and managing project technology and information risks

• BIM and digital engineering professionals working with shared models and connected information environments

• Procurement and contract professionals managing technology suppliers and third-party project services

• Construction and infrastructure managers operating connected sites and digital delivery environments

• System administrators and application managers supporting project management platforms

• Compliance, governance, audit, and assurance professionals involved in digital project oversight

• Consultants and project professionals seeking practical cybersecurity and digital risk management capabilities

Course Objectives

• Explain the cybersecurity threat landscape and its implications for project delivery, information management, digital systems, and organizational resilience.

• Identify cybersecurity and digital risks across project lifecycles, technology platforms, information flows, stakeholders, suppliers, and delivery environments.

• Apply structured risk assessment techniques to evaluate cyber threats, vulnerabilities, impacts, dependencies, likelihood, exposure, and residual risk.

• Integrate cybersecurity requirements into project initiation, planning, procurement, contracts, system implementation, execution, monitoring, and closure.

• Develop practical controls for protecting project information, systems, credentials, collaboration platforms, cloud environments, and shared data.

• Assess third-party, supply-chain, integration, API, vendor, contractor, and cloud-related cybersecurity risks affecting project delivery.

• Establish effective incident preparedness, escalation, response, recovery, continuity, communication, and post-incident learning processes.

• Strengthen cybersecurity governance through clear roles, access controls, information classification, auditability, accountability, and management oversight.

• Evaluate cybersecurity implications of AI, IoT, digital twins, BIM, drones, automation, connected devices, and other emerging project technologies.

• Develop practical digital risk management strategies that balance project innovation, usability, delivery objectives, cybersecurity, resilience, and responsible technology adoption.

Comprehensive Course Outline

Module 1: Foundations of Cybersecurity and Digital Risk in Projects

• Cybersecurity principles, terminology, threat categories, vulnerabilities, controls, resilience, and their relevance to project management

• Digital risk exposure created by project management platforms, cloud systems, collaboration tools, mobile devices, connected technologies, and shared information

• Cybersecurity responsibilities across project managers, PMOs, IT teams, vendors, contractors, suppliers, and organizational leadership

• Assessing project digital dependency, critical information assets, technology exposure, business impact, and cybersecurity maturity

Module 2: Cybersecurity Risk Identification and Assessment

• Identifying threats involving unauthorized access, phishing, ransomware, malware, insider activity, data loss, system compromise, and service disruption

• Mapping project assets, information flows, technology dependencies, interfaces, users, vendors, and critical digital processes

• Applying qualitative and quantitative approaches to cyber risk probability, impact, vulnerability, exposure, risk appetite, and prioritization

• Developing cybersecurity risk registers, risk ownership structures, mitigation plans, indicators, escalation thresholds, and monitoring mechanisms

Module 3: Project Information Protection and Data Security

• Classifying project information according to sensitivity, confidentiality, integrity, availability, contractual importance, and regulatory requirements

• Protecting project documents, drawings, models, schedules, cost information, contracts, personal information, intellectual property, and commercial data

• Applying authentication, authorization, least privilege, encryption, secure sharing, backup, retention, and information access controls

• Managing data integrity and preventing unauthorized modification, duplication, loss, corruption, leakage, or inappropriate disclosure of project information

Module 4: Secure PMIS, Cloud Platforms, and Digital Project Environments

• Assessing cybersecurity requirements for PMIS, common data environments, collaboration platforms, document management systems, and cloud applications

• Managing user identities, permissions, privileged access, account lifecycle, multi-factor authentication, and role-based security controls

• Evaluating secure configuration, system updates, vulnerability management, logging, monitoring, backup, disaster recovery, and platform resilience

• Integrating cybersecurity requirements into technology selection, implementation, configuration, testing, acceptance, and operational support

Module 5: Third-Party, Supply Chain, and Technology Vendor Risk

• Identifying cybersecurity exposure associated with contractors, consultants, suppliers, software providers, cloud services, and technology partners

• Establishing vendor due diligence, security requirements, assurance criteria, service expectations, incident notification, and contractual protections

• Assessing software dependencies, APIs, integrations, shared credentials, external access, data exchange, and connected supplier systems

• Monitoring third-party cybersecurity performance, changes in supplier exposure, contract compliance, vulnerabilities, incidents, and remediation activities

Module 6: Cybersecurity in Project Delivery, Controls, and Operations

• Integrating cybersecurity controls into project schedules, work packages, procurement plans, quality processes, change management, and project controls

• Protecting digital workflows supporting engineering, construction, commissioning, financial management, reporting, and operational coordination

• Managing cybersecurity risks associated with remote work, mobile devices, field technology, connected construction sites, and distributed project teams

• Establishing cybersecurity performance indicators, control checks, audit trails, exception management, and management reporting throughout project execution

Module 7: Cyber Incident Preparedness, Response, and Recovery

• Developing project-level incident response plans covering detection, assessment, containment, escalation, communication, recovery, and lessons learned

• Defining incident roles, responsibilities, decision rights, communication channels, evidence preservation, and coordination with organizational security teams

• Managing project continuity during system outages, ransomware events, data compromise, cloud service disruption, or critical technology failures

• Conducting incident simulations, tabletop exercises, post-incident reviews, corrective actions, resilience assessments, and recovery improvement programs

Module 8: Cybersecurity Governance, Compliance, and Digital Assurance

• Establishing cybersecurity governance structures, policies, standards, roles, responsibilities, risk ownership, and executive oversight for projects

• Integrating cybersecurity requirements into project governance, stage gates, audits, assurance reviews, procurement, contracts, and acceptance criteria

• Addressing privacy, regulatory obligations, information retention, intellectual property, contractual requirements, and sector-specific digital controls

• Developing cybersecurity assurance practices covering control effectiveness, compliance evidence, auditability, continuous monitoring, and management accountability

Module 9: Emerging Technology, AI, and Digital Risk

• Assessing cybersecurity risks associated with artificial intelligence, generative AI, AI agents, automated workflows, and intelligent project applications

• Managing risks involving sensitive data exposure, prompt injection, model manipulation, hallucinated information, unauthorized AI use, and insecure AI integrations

• Evaluating cybersecurity implications of BIM, digital twins, IoT, drones, reality capture, connected equipment, robotics, and smart project environments

• Developing responsible technology adoption strategies that combine innovation, human oversight, security-by-design, resilience, and appropriate governance

Module 10: Building Cyber-Resilient Digital Projects

• Developing integrated cybersecurity and digital risk strategies aligned with project objectives, organizational risk appetite, technology architecture, and delivery models

• Establishing continuous cyber-risk monitoring, threat intelligence, vulnerability awareness, early-warning indicators, and proactive risk treatment

• Designing cyber-resilient project operating models that maintain critical processes and information during technology disruption or security incidents

• Developing future-ready cybersecurity roadmaps incorporating AI-enabled security, automated controls, zero-trust principles, intelligent monitoring, and adaptive digital risk management

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.