Bundles

A 7-book GPU collection covering architecture, CUDA, assembly, PTX, SASS, and parallel computing. Learn how to move from high-level programming to low-level execution and optimize performance across modern GPU systems.

A 4-book GPU bundle combining architecture and low-level programming. Learn how GPUs are built, how PTX maps to hardware, and how to optimize performance at the instruction level across modern NVIDIA systems.

A 4-book robotics collection covering simulation-driven design, kinematics, embodiment, and autonomous control. Learn how to model, move, and optimize robotic systems across real-world environments and advanced simulation frameworks.

A 2-volume robotics bundle focused on simulation-driven design, system evaluation, and real-world interaction. Learn how to model, test, and scale robotic systems—from controlled simulations to embodied behavior in complex environments.

A 2-volume deep dive into modern GPU architecture covering graphics pipelines, compute systems, tensor cores, and hardware design principles. This bundle connects architectural theory to real-world performance, giving you a clear understanding of how GPUs operate across rendering and AI workloads.

Go beyond CUDA and into the core of GPU execution with this 2-book PTX and SASS bundle. Learn how instructions translate to real hardware behavior, how to analyze performance at the instruction level, and how to apply advanced optimization techniques used in high-performance systems. Built for developers ready to move from abstraction to control.

This collection takes you from biologically inspired intelligence models through to fully integrated cognitive systems, showing how real AI architectures are built—from simple reactive behaviors to complex, data-driven decision-making systems that operate as unified intelligence.

A high-impact collection that takes you inside modern humanoid robotics—covering AI integration, motion systems, control algorithms, and real-world deployment—showing how these complex systems are designed, engineered, and scaled in practice.

If you want to build embedded systems that actually work in the real world—not just compile—this bundle shows you how. From writing efficient C++ that runs close to the hardware, to applying rapid iterative methods that accelerate testing, debugging, and deployment, you’ll learn how modern embedded engineering is done under real constraints.

If you want to build real game systems—not just use engines—this bundle shows you how. Starting with the core architecture of a game engine and progressing into advanced C++ techniques for performance, optimization, and scalability, you’ll learn how modern game systems are actually designed and executed under real constraints.

A full-spectrum robotics bundle that takes you from factory-scale system design through to advanced projects and real-world deployments—bridging engineering theory, rapid development, and practical execution.

From factory floor design to fully deployed smart systems, this bundle shows how to build, integrate, and scale robotic manufacturing environments that operate with precision, intelligence, and real-world reliability.

Three volumes that take you from the core principles of cognitive architectures through to the integration of complex data streams, culminating in systems that can interpret, decide, and act with unified intelligence in real-world environments.