Information Technology Fundamentals for Business Professionals Training Course

Course overview

Business professionals increasingly sponsor, procure, govern, or depend on technology without needing to be technology specialists. The challenge is knowing how to ask informed questions about systems, data, cloud services, cybersecurity, delivery timelines, and supplier proposals. Without a practical IT foundation, teams can approve poorly scoped initiatives, misunderstand technical risk, or struggle to translate operational needs into requirements that IT teams can act on.

This five-day course builds working knowledge of the technology concepts that affect business decisions. Participants examine enterprise architecture, applications, infrastructure, cloud operating models, data management, cybersecurity controls, integration, software delivery, and IT service management. They learn to map a business process to systems and data, distinguish common technology roles and responsibilities, interpret a basic architecture diagram, assess vendor claims, identify control gaps, and contribute effectively to requirements, prioritisation, and governance discussions.

Instruction combines expert-led explanation with realistic business cases, architecture-reading exercises, data-flow mapping, risk assessment workshops, and group decision-making activities. Participants work with Microsoft Excel, Power BI, Jira, and ITIL 4 practices to analyse technology information and frame business-facing decisions. They leave with an IT Business Engagement Pack: a documented process and system map, stakeholder questions, a requirements brief, a technology risk register, and a 90-day application plan for a current workplace initiative.

The course is designed for managers and specialists whose roles intersect with IT, digital transformation, data, technology procurement, or operational improvement. It is particularly valuable for professionals who need credible working fluency with IT teams and suppliers while remaining focused on business outcomes.

Course objectives

By the end of this course, participants will be able to:

• Map a business process to the applications, data stores, integrations, and infrastructure services that support it
• Interpret a basic enterprise architecture diagram using application, data, technology, and security layers
• Write a structured business requirement with acceptance criteria, dependencies, assumptions, and measurable outcomes
• Assess cloud, software, and managed-service proposals against service, security, cost, and integration criteria
• Identify common cybersecurity threats and document business-relevant controls in a technology risk register
• Analyse a data flow to identify data ownership, quality issues, privacy obligations, and reporting limitations
• Use Jira concepts to distinguish epics, user stories, backlogs, priorities, and delivery dependencies
• Prepare an IT Business Engagement Pack for a workplace technology initiative

Benefits of attending

Target competencies

Who should attend

• Business Managers — who sponsor technology changes and need to challenge scope, risk, cost, and expected benefits
• Project Managers — who coordinate business and technical workstreams, dependencies, and delivery decisions
• Business Analysts — who translate operational needs into requirements for systems, data, and integration teams
• Operations Managers — who rely on core applications and need to improve processes without creating control gaps
• Procurement and Vendor Managers — who evaluate software, cloud, and managed-service proposals against business needs
• Risk, Compliance and Audit Professionals — who need to assess technology controls and communicate findings with IT stakeholders

Requirements and prerequisites

Participants should be comfortable using a business computer, navigating common workplace applications, and discussing the processes their team uses. Familiarity with Microsoft Excel, shared documents, and basic business reporting is helpful because exercises use tables, simple dashboards, and requirements examples. No programming, database administration, network engineering, cloud certification, or prior ITIL knowledge is required. This is a fundamentals course for business-facing professionals, but complete beginners should expect a structured introduction to technical vocabulary, diagrams, data flows, and delivery practices rather than hands-on system configuration.

Training methodology

The course uses instructor-led briefings to establish core concepts, followed by guided exercises based on a fictional organisation modernising a customer service operation. Participants read architecture diagrams, map systems and data flows, review a cloud supplier proposal, create Jira-style requirements, and assess a security incident scenario using an ITIL 4 service perspective. Small-group workshops require participants to defend business decisions with evidence. Each day closes with updates to an individual IT Business Engagement Pack, culminating in a practical 90-day application plan.

Course outline

Day 1: IT foundations and the business technology landscape

• Business capabilities, processes, systems, data, and technology services
• Core IT operating model roles: CIO, architecture, delivery, operations, security, and support
• Enterprise architecture layers: business, application, data, technology, and security
• Application categories: ERP, CRM, collaboration, analytics, and workflow platforms
• Infrastructure fundamentals: networks, servers, storage, endpoints, and identity services
• Cloud service models: SaaS, PaaS, IaaS, and shared-responsibility boundaries
• Reading a business-facing system context diagram

Workshop: Participants create a system context map for a customer-order process, identifying business users, applications, data stores, external suppliers, and integrations.

Day 2: Data, integration, and business intelligence

• Data entities, records, master data, transactional data, and reference data
• Data ownership, stewardship, lineage, retention, and quality dimensions
• Data-flow diagrams for operational reporting and decision support
• Integration patterns: APIs, batch files, event messages, middleware, and manual workarounds
• Common integration risks including duplicate records, failed interfaces, and timing delays
• Power BI dashboard concepts: measures, filters, refresh schedules, and source reliability
• Privacy and access principles for personally identifiable information

Workshop: Participants map the data flow from customer order capture to a Power BI management dashboard and document three data-quality or privacy risks.

Day 3: Cybersecurity, resilience, and IT service management

• Cyber threat types: phishing, ransomware, credential theft, insider misuse, and third-party compromise
• Identity and access management: authentication, authorisation, least privilege, and multifactor authentication
• Security controls across people, process, technology, and supplier arrangements
• Risk-register structure: likelihood, impact, control owner, treatment, and residual risk
• Business continuity, disaster recovery, recovery time objectives, and recovery point objectives
• ITIL 4 service value system and incident, problem, change, and service request practices
• Service-level agreements, operational-level agreements, and business service measures

Workshop: Participants assess a ransomware incident case, complete a business-facing technology risk register, and recommend immediate service and control actions.

Day 4: Digital delivery, requirements, and technology sourcing

• Project, product, agile, and hybrid delivery models
• Jira hierarchy: initiatives, epics, user stories, tasks, bugs, and backlogs
• User-story writing using role, goal, benefit, and acceptance-criteria formats
• Prioritisation methods: MoSCoW, value-versus-effort, and dependency mapping
• Technology delivery risks: scope creep, technical debt, environment readiness, and adoption gaps
• Software and cloud vendor evaluation criteria: functionality, integration, security, service, cost, and exit terms
• Business case components: benefits, costs, assumptions, risks, and success measures

Workshop: Participants convert a service-improvement need into a Jira-style epic, three user stories with acceptance criteria, and a weighted vendor evaluation scorecard.

Day 5: Technology governance and workplace application

• Technology governance forums, decision rights, escalation paths, and architecture review
• Portfolio management concepts: strategic alignment, capacity, sequencing, and benefits tracking
• Total cost of ownership: licensing, implementation, support, integration, training, and retirement costs
• Technology KPIs: availability, incident volume, adoption, cycle time, data quality, and service satisfaction
• Communicating technology risk and delivery status to executive stakeholders
• Creating an IT Business Engagement Pack for a live business initiative
• Ninety-day action planning for stakeholder engagement, discovery, governance, and capability building

Workshop: Participants present their completed IT Business Engagement Pack, receive peer and instructor feedback, and finalise a 90-day workplace application plan.

Tools & standards covered

Microsoft Excel, Microsoft Power BI, Jira, ITIL 4

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions