Defence

A practical course for professionals who need to design, build, and sustain secure systems throughout the lifecycle. The agenda focuses on security engineering methods that connect architecture, risk, resilience, verification, and compliance rather than treating security as a late stage add on. The course combines system thinking with pragmatic patterns that support real engineering, governance, and operational needs.

A practical course for teams working on complex platforms and systems of systems, especially where requirements, behavior, structure, analysis, and verification need to remain traceable across the lifecycle. The agenda introduces SysML as a standards based MBSE language used to model requirements, structure, behavior, and parametrics in a connected way that supports engineering communication and lifecycle continuity.

A practical course for participants who already know systems engineering methods and need a structured introduction to architecture modeling in the Bundeswehr environment. The agenda connects NATO Architecture Framework fundamentals with the German Armed Forces Architecture Data Model and shows how viewpoints are used to support planning, coordination, and integration. The course also explains how contractor generated system models can be aligned with the Bundeswehr architecture environment and its management processes.

A practical course for participants with existing systems engineering knowledge who need a structured introduction to the Department of Defense Architecture Framework. The agenda explains the purpose, structure, and use of DoDAF 2.02, including its viewpoint families and the role of the DoDAF Meta Model, while using examples so prior UML or SysML knowledge is helpful but not essential. It also connects architecture work to stakeholder concerns, traceability, and model quality in a way that supports real engineering and planning activities.

A practical course for participants with existing systems engineering knowledge who need a structured introduction to the NATO Architecture Framework. The agenda explains the purpose, structure, and use of NAF 4.0 and walks through representative viewpoints using concrete examples rather than assuming prior UML or SysML fluency. It also connects architecture work to stakeholder concerns, traceability, and model quality in a way that supports real engineering and planning activities.

A practical intermediate course for analysts who support monitoring, investigation, and response. Participants learn the analyst mindset, key data sources, detection and triage methods, incident workflows, and clear reporting practices across on-prem and cloud environments.

An advanced course for experienced developers and tech leads on building systems that are secure by design. Participants learn to apply security principles during architecture, choose safe patterns, and make tradeoffs visible and testable.

A beginner friendly course on building software that resists common attacks. Participants learn core secure design habits, platform aware pitfalls, and practical checks that fit everyday development.

A practical, hardware focused course that builds confident embedded development with Rust. The first two days establish project setup, peripherals, timing, and reliable on-device debugging. The third day adds optimization, resilient error paths, deployment practices, and core security.

A practical course that uses Rust to build safe and fast systems software. You will learn the core language patterns that unlock memory safety without a garbage collector, then apply them to low level tasks like file IO, interop with C, and concurrent services. The agenda balances fundamentals with real systems techniques you can reuse at work.