From AI literacy to advanced engineering applications. Built on 26 years of industry experience, grounded in the Think First principle: augment your thinking, don't outsource it.
Practical AI augmentation for professionals and engineers
From "this is scary" to "I'm empowered." A practical course for professionals who want to get things done with AI — without being replaced by it. Covers the Think First principle, Claude Code as a thinking tool, micro apps, and building your own AI-augmented workflow. Includes a discipline-specific track for engineers.
The technical foundation course. Understand what AI actually is — from neural networks to large language models — and learn the philosophy of AI augmentation vs. automation. Covers using AI offline for privacy and restricted environments, and practical augmented thinking workflows. Based on deep-learning fundamentals and original research.
Advanced course applying AI augmentation to the design of Guidance, Navigation and Control (GNC) systems and autonomous platforms. Leverages deep aerospace engineering expertise combined with modern AI tools. Covers AI-assisted mathematical analysis, simulation, document generation, and domain-specific micro apps for engineering workflows.
Leadership, thinking, culture, and professional development
Structured problem-solving and holistic analysis for professionals in any discipline.
Develop deeper analytical and creative thinking skills. Based on the Think First principle.
Professional ethics, decision-making frameworks, and value-driven leadership.
Self-awareness, communication, and relationship management for technical professionals.
Capture, structure, and transfer institutional knowledge. Thinking and knowing.
Building effective team dynamics across disciplines and cultural contexts.
Aerospace, systems engineering, GNC, and advanced technical disciplines
GNC fundamentals, sensor selection, navigation algorithms, and control system design.
V-model development process, requirements engineering, system characterization, and technical reviews.
Building engineering simulations, trim and linearization, and model-based design approaches.
Inertial navigation, GNSS-denial solutions, sensor selection, and fusion algorithms.
Rapid concept design, feasibility assessment, and the art of engineering estimation.
Open-source tools for GNC, autopilot architectures, and practical UAV development.
All courses are available for corporate delivery, tailored to your team's domain and challenges. We also develop bespoke training programmes combining multiple disciplines.
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