the course
Understand how modern IT really works — and communicate effectively with IT teams.
Understand IT.
See the full picture. Speak the language.
IT is everywhere, but for many professionals the full picture remains unclear. Applications, software and infrastructure are often managed in isolation, making conversations with IT difficult.
This IT fundamentals training gives you a complete understanding of how IT works — from applications and APIs to infrastructure, cloud, security and AI.
Refined over years of real-world delivery and student feedback, with a strong focus on clarity and practical understanding.
If you work with IT and want to understand how everything fits together, this training is for you.
It is especially relevant if you:
Available as a 2-day classroom training (on-site or virtual via Teams/Zoom) and as a self-paced e-learning.
The e-learning consists of 90+ short videos with a total duration of approximately 5–6 hours.
No prior IT knowledge is required.
This training is designed for both IT and non-IT professionals and starts with the fundamentals. All concepts are explained step by step, building a complete understanding of modern IT.
Understand the fundamentals — everything else becomes easier.
Course Agenda
Start with the fundamentals: data, information, bits and bytes, and the core concepts behind IT. Build a shared language so you can understand and communicate effectively with IT professionals.
Understand how computers, servers, operating systems and core IT components work together. Learn how applications run on top of infrastructure.
Learn how software is built using programming languages, and how applications are structured. Explore requirements, non-functional requirements and trade-offs.
Follow a real web application from the browser to the backend. Understand HTTP, sessions, cookies, and how frontend, backend and APIs interact.
Dive into IP, DNS, routing, firewalls, load balancers and network segmentation. See how systems communicate across networks and the internet.
Go deeper into the infrastructure behind applications: servers, virtualization, storage and middleware. Understand how modern IT environments are built and operated.
Explore how systems communicate using APIs, REST and messaging. Learn about monoliths, microservices and service-based architectures.
Understand cloud computing, IaaS, PaaS and SaaS, as well as containers, Docker and Kubernetes. See how modern platforms run and scale applications.
Learn how systems remain available and reliable. Explore failover, backups, replication, disaster recovery and data integrity.
Understand how IT is operated in practice: monitoring, logging, IT service management and managing complex environments.
Learn how security is implemented across systems: authentication, authorization, encryption, SSL/TLS, PKI and certificate management.
Explore Big Data, machine learning and AI, including LLMs, risks, bias and the impact of data-driven systems on modern IT.
Available through preferred suppliers and procurement channels.
WHAT OTHERS SAID ABOUT COURSES
Elle – Consultant
LEMS – PO
Niels – Workspace Engineer
















Design a training that fits your IT landscape, standards and organization
• Combine proven content with your specific architecture and technologies
• Increase relevance and adoption with organization-specific examples
• Build custom classroom training for teams, engineers, management and architects
• Create tailored e-learning aligned with your internal guidelines
• Integrate learning into your intranet or LMS environment
• Deliver training in your branding and corporate identity
Understand how network and security converge in modern cloud environments
Learn the fundamentals of SASE architecture and cloud-native security
• Explore SD-WAN, CASB and Zero Trust concepts in context
• Understand identity-driven and policy-based access control
• Learn how networking evolves from MPLS to software-defined architectures
• Recognize modern challenges such as remote work, cloud adoption and complexity
Apply SASE principles to scalable and distributed systems