
Explore cognitive architectures and knowledge representation for advanced robot manipulation, focusing on symbolic reasoning, mental simulation, and real-world applications in autonomous systems.

Explore NVIDIA's AI-driven robotics research, focusing on robot manipulation, physics simulation, and perception. Discover breakthroughs in manufacturing, logistics, and healthcare industries.

Explore drone interactions, user responses to autonomy failures, and communication strategies in public spaces. Insights on novice interactions and applications in various fields.

Explore advancements in online linear programming and learning, focusing on resource allocation, competitive ratios, and dynamic learning applications in control systems.

Explore advanced Gaussian kernel factorization techniques and their applications in machine learning and control systems, with insights from approximation theory.

Panel discussion on Fusion 360's new Signal Integrity Extension, covering its inspiration, technical details, and practical usage. Experts provide insights and demonstrations for electronics design professionals.

Learn step-by-step PCB layout in Fusion 360 Electronics, covering component placement, routing techniques, copper pours, and design optimization for efficient circuit board creation.

Learn essential schematic capture in Fusion 360 Electronics: placing components, connecting with nets, assigning values, organizing designs, and generating BOMs. Ideal for beginners starting their first project.

Discover seamless PCB design migration from EAGLE to Fusion 360. Enhance collaboration, improve component placement, and achieve holistic product design with comprehensive electronics and PCB tools.

Explore advanced FEA simulation capabilities in Fusion 360 to improve product performance, reduce delays, and enhance manufacturability through connected design and simulation workflows.

Explore injection molding simulation in Fusion 360 to minimize defects, optimize mold design, and select materials for plastic parts. Gain insights into manufacturability and improve design processes.

Accelerate plastic part design with Fusion 360's Product Design Extension. Learn to create manufacturable bosses, snap fits, and ribs while leveraging design advice for injection molding optimization.

Discover latticing in Fusion 360 for lightweight 3D printing. Learn techniques, access features, and get tips for metal and plastic printing to improve product performance and reduce costs.

Learn to optimize cycle times and boost productivity using toolpath modifications in Fusion 360. Discover techniques for trimming, reducing air cutting, and achieving superior surface finishes through practical examples and expert guidance.

Explore advanced digital probing techniques using Fusion 360 and Haas CNC machines. Learn to improve machining accuracy, reduce scrap, and enhance productivity through in-process probing and automated adjustments.

Discover Fusion 360's new parametric mesh workspace for easy STL file editing, mesh repair, and conversion to solid bodies. Learn advanced techniques for seamless integration of engineered features with existing mesh bodies.

Learn to create complex geometry using the Pipe command in Autodesk Fusion 360. Master techniques for designing a patio light, including modeling, material application, and rendering for realistic product visualization.

Discover advanced Fusion 360 drawing techniques, from multi-view and custom drawings to tables, balloons, and templates. Enhance your skills with expert tips for efficient and professional technical drawings.

Explore target-driven visual navigation techniques, including architectures, experiments, and real-world robot applications for efficient and adaptable navigation systems.

Learn to create 3D printable models using OpenSCAD, a script-based tool ideal for those more comfortable with word processors than graphic design software. No mouse required!

Daniel Dennett explores steps towards a unified theory of information, connecting evolution, learning, and engineering. He discusses major transitions in evolution, technology transfer, and the concept of intelligent design.