EDA Engineering Bootcamps

Get started with AI in your EDA workflow with Keysight ADS. RF teams evaluate only a fraction of the available design options, as complex electromagnetic simulations can take days or weeks. Decisions are made on partial information, and problems are only found at fabrication, where they are expensive to correct. Learn how to leverage agentic AI in ADS, enabling you to set the performance a circuit needs to meet, and have AI agents then carry out the design work without scripting.

This bootcamp shows you how to predict reality in RF design. You’ll see how circuit, EM, thermal, and system co-simulations come together to build high-confidence, AI-ready design workflows.

Dive deeper into best practices for designing and optimizing RF power amplifiers. This boot camp provides a basic grounding in the various RF amplifier categories.

See how electro-thermal heating alters device characteristics, degrades RF and Microwave circuit performance, and reduces reliability. Simulation replaces guesswork assumption of fixed ambient temperature settings for circuit simulation.

Learn how Keysight RF System Design software connects to and enables your MBSE flow by modeling an RF Digital Twin.

Dive deeper into the design (simulation) and test (validation) of phased array antennas.

This EDA bootcamp shows how to solve today’s design challenges resulting from RF applications operating at ever-higher frequencies and bandwidths.

Learn how to simulate and emulate an end-to-end satellite transmission chain using accurate channel, RF subsystem, and antenna models to reduce development time.

This bootcamp guides you through modern linear and nonlinear stability analysis with demonstrations and step-by-step guidance you can start applying in your lab today.

Dive deeper into designing with Signal Integrity with EDA. This boot camp provides a solid foundation in Signal Integrity concepts. Keysight technical experts apply these concepts to current digital standards covering USB, PCIE and Chiplets.

This boot camp demonstrates how to get started with ADS for designing Power Electronics with topics which include designing with wide-bandgap semiconductors and designing power converters and power inverters.

This bootcamp debunks some of the most common myths about circuit design, such as the importance of simulation, the use of test benches, and the role of verification in the design process.

Power Integrity experts explore Power Delivery Networks topics and approaches to avoid design pitfalls using Keysight ADS with the Power Integrity bundle.

This bootcamp features Steve Sandler, a Keysight ADS-certified expert. Steve provides a solid foundation for Power Delivery Networks designs and approaches to avoid design pitfalls using Keysight ADS with the Power Integrity bundle.

This boot camp provides a basic grounding in the fundamentals of memory design. Subsequent lessons will set out a memory design and simulation workflow.

Learn What the changes from DDR4 to DDR5 are, and the new EDA simulation and measurement techniques, and how channel simulation technology has been adapted specifically for single-ended signals with an external clock.

This EDA bootcamp begins with foundational concepts and analysis techniques, then progresses through simulation, design strategies, and advanced troubleshooting methods using real-world tools and examples.

Join Keysight engineers for an in-depth exploration into the world of high-speed digital design. They'll guide you through the latest standards and emerging engineering challenges, with insights to help you stay ahead of the curve.

This bootcamp guides you through the design of superconducting qubits, quantum amplifiers and systems.

Join Keysight EDA engineers for a survey of 4 different EDA/CAE use cases for Automotive systems design simulation.

Get started with your design and test workflow optimization using Keysight Requirements Verification Suite. Design and test teams extract only a fraction of the value from their results data. As complex electromagnetic simulations and tests can produce huge amounts of data, decisions are made on partial information because analyzing, correlating and comparing the data to the requirements takes longer than schedules allow, resulting in missed deadlines and design budgets. Learn how to develop a streamlined design and test workflow using KRVS, the automated way to reduce time and resources used to analyze design requirements and validate results.