Kanzi Framework Training

Key characteristics and aspects of our Kanzi Framework administration and development course include:

1. Kanzi Studio Visual Authoring Environment:

   • Building responsive 2D and 3D UI scenes, importing CAD models, configuring materials, lighting, animations, and keyframe state transitions.

2. Kanzi Engine & C++ Application API Integration:

   • Connecting visual UI layouts to backend application logic using C++ runtime APIs, bindings, custom component nodes, and event listeners.

3. State Managers & Data Sources:

   • Decoupling design from code using Kanzi Data Sources to drive gauge needles, speedometers, and battery status indicators directly from vehicle CAN bus data.

4. Performance Optimization & Shaders:

   • Optimizing GPU rendering performance, texture compression, vertex/fragment shaders, and memory footprint for resource-constrained automotive hardware.

5. Kanzi Connect for Multi-Screen Systems:

   • Configuring multi-display digital cockpits to share data and graphics seamlessly across instrument clusters, center consoles, and HUDs.

6. Cross-Platform Deployment:

   • Deploying and testing Kanzi HMI applications on embedded target operating systems such as QNX, Embedded Linux, Android Automotive, and INTEGRITY.

Kanzi Framework plays a crucial role in modern automotive software engineering, enabling OEMs and Tier-1 suppliers to deliver high-performance, visually striking digital cockpits efficiently.

Before enrolling in the Kanzi Framework course, having foundational knowledge in software programming and 3D graphics concepts is helpful. Related skill tracks include:

1. C++ Programming Knowledge:

   • Understanding object-oriented C++ concepts, pointers, memory management, and event handling. Explore our C++ Programming Training for a refresher.

2. 3D Graphics Fundamentals:

   • Basic familiarity with 3D space, mesh geometries, texturing, materials, and lighting principles. See our 3D Modeling Training.

3. Automotive HMI & Embedded Systems Basics:

   • Awareness of embedded architectures or real-time operating systems. Learn more via our Embedded Systems Training.

4. UI/UX Design Concepts:

   • Familiarity with screen layout design, animations, state transitions, and user interaction principles. Check our UI/UX Design Training.

Even if you are new to automotive UI engineering, our training module introduces Kanzi Studio's visual authoring interface and C++ runtime logic step-by-step.

Learning Kanzi Framework equips you with specialized competencies in automotive digital cockpit development and embedded UI architecture:

1. Automotive HMI Engineering:

   • Ability to design, build, and deploy production-ready digital instrument clusters and IVI user interfaces.

2. Advanced 2D/3D Shader & Render Tuning:

   • Techniques for crafting custom shaders, controlling render passes, and maximizing frame rates (FPS) on automotive SOC hardware.

3. Seamless Design-to-Code Workflow:

   • Skills in using Kanzi Studio state managers and bindings to instantly connect UI graphics with C++ business logic without manual rework.

4. Enterprise HMI Architecture:

   • Configuring multi-screen cockpits using Kanzi Connect and integrating with Qt QML HMI Frameworks or Android Automotive OS.

By mastering these competencies, you emerge as a specialized Automotive HMI Developer equipped to handle real-world digital cockpit software projects for top automotive brands.