Electro-Thermal Simulation for RF Circuit Design

Dive deeper into Electro-Thermal Simulation for RF Circuit Design with Keysight engineers. This bootcamp guides you through how Electro-Thermal Analysis accounts for layout-dependent, localized steady-state and time-varying electro-thermal heating of circuit components with demonstrations and step-by-step guidance you can start applying in your designs today. By the end of this course, you will be able to use simulation to replace the guesswork assumption of fixed ambient temperature settings for circuit simulation. Learn: How to set up and run Electro-Thermal simulations, including Circuit/Electro-thermal co-simulations. How to use Thermal Floorplanner to perform layout-only thermal analysis which is extremely helpful for performing initial analysis and making crucial decisions before laying out the chip. How to easily run Electro-Thermal analysis of multi-technology assembly designs using Keysight ADS. This Electronic Design Automation (EDA) bootcamp is ideal for RF design engineers and anyone seeking a deeper understanding of multi-domain analysis in RF circuit design and circuit-thermal co-simulation.

Semiconductor Parametric Characterization – Part 2

Gain expert-level skills in device characterization with this focused bootcamp. Through video lessons, application notes, and Keysight’s trusted handbook, you’ll learn to extract critical parameters—from capacitance and gate charge to ultra-low resistance—using industry-standard methods and tools.  Learn:  Capacitance measurement fundamentals (quasi-static vs. high-frequency CV) for device analysis. Integrated CV-IV solutions to streamline testing workflows.  JEDEC-compliant gate charge measurement for Si/SiC/GaN power devices. Precision techniques for ultra-low on-resistance (Rds-on) in SiC MOSFETs.  Test automation with the Digital Learning Suite for labs and education.     This bootcamp is ideal for device characterization engineers, power semiconductor researchers, and educators seeking hands-on parametric testing skills. 

Embedded Systems Security

Build practical skills in securing embedded systems by understanding how devices work, where their assets reside, and how attackers identify and exploit weaknesses. Learn how to assess attack paths, use open-source tools to investigate hardware and interfaces, and apply defense strategies based on risk, cost, and attack surface. Learn: • Embedded system components, assets, and attack paths • How to identify PCB interfaces and evaluate threats • Defense principles and countermeasures for physical and implementation attacks This bootcamp is an ideal starting point for anyone looking to learn the fundamentals of hardware security and gain practical insight into securing embedded systems.

Introduction to AI Data Center Emulation and Optimization

Join Keysight engineers for an in-depth exploration of emulating, validating, and optimizing AI data center performance at scale. This course discusses the importance of emulating AI data center workloads and introduces the latest solutions for workload emulation and collective benchmarking. By the end of this course, you will be able to pinpoint network bottlenecks through real-world AI workload emulation and optimize system-level efficiency. Learn: How to reproduce network communication patterns of real-world AI training jobs. How to identify low-performing collective operations and drill down to identify bottlenecks. How to experiment to fine-tune model partitioning schemas, parameters, and algorithms. This course is ideal for network architects or component engineers looking to gain a deeper understanding of emulating and optimizing AI data center system-level performance.

Key Technologies Enabling Next-Gen AI

Explore the technologies and real-world strategies accelerating the industry’s shift to AI-ready 3.2T data center networks and next-generation AI architectures. Learn how advances in silicon, optics, high-speed interconnects, SDN, Ultra Ethernet, and Agentic AI are transforming AI performance, scalability, and deployment. Discover how Ultra Ethernet and Agentic AI are converging to enable autonomous, high-performance AI systems and next-generation network architectures. Gain expert insights from Keysight, AMD, and Insight Partners on overcoming infrastructure bottlenecks, managing compressed design cycles, and enabling autonomous, high-performance AI systems built for the future. This bootcamp is ideal for AI infrastructure, networking, and data center leaders building scalable, high-performance AI systems and next-generation architectures. This is Part 3 of the AI Data Centers: Tips, Trends, and Tech and builds directly on Part 1: Scaling AI Data Centers: Cutting Edge Strategies for Deployment and Part 2: What’s next for AI? Key Trends and Insights, which should be completed first for the best learning experience.

Fundamental Problem Solving Using a Modern Oscilloscope

Join Keysight engineers for a skill-building deep dive into modern oscilloscope problem solving. Designed for engineers familiar with basic scope operation, this course focuses on advanced skills for high-speed signal measurement, real-time debugging using trigger strategies and mask testing, protocol-level analysis, and signal integrity validation with tools like eye diagrams. Learn to leverage EXR-series oscilloscope capabilities through practical demonstrations and lab-ready workflows. By the end of this course, you’ll be equipped to diagnose issues with precision, validate digital designs, and optimize signal quality across complex embedded systems.  Learn:  Effective triggering, masking, and error detection. Eye diagram analysis and sampling fidelity evaluation.  Protocol decode, digital compliance, and power integrity optimization. This course is ideal for compliance validation and digital debug engineers, as well as anyone seeking a deeper understanding of oscilloscope-based measurement and debug workflows. 

What’s Next for AI? Key Trends and Insights

Gain a forward-looking view of where AI infrastructure is headed and the next-generation technologies shaping future AI data centers, networks, and systems. Understand how compute, networking, and storage are converging, and why system-level design, ML runtime acceleration, and workload reliability are critical for AI at scale. Learn why realistic performance validation, testing, and real-world emulation are essential as AI systems grow in size, speed, and complexity. Explore data-backed insights from hyperscalers and AI cluster operators on optimizing performance, reducing bottlenecks, improving network design, and increasing AI infrastructure ROI. This bootcamp is ideal for enterprise and hyperscale teams focused on AI networking, system performance, and infrastructure scalability. This is Part 2 of the AI Data Centers: Tips, Trends, and Tech and builds on Part 1: Scaling AI Data Centers: Cutting Edge Strategies for Deployment, which should be completed first for the best learning experience. After completing Part 2, continue with Part 3: Key Technologies Enabling Next-Gen AI.

Automated Software Testing 101

Join Keysight engineers for a skill-building deep dive into automated software testing. This course guides you through test automation principles, planning, and frameworks with demonstrations and step-by-step guidance you can start applying in your lab today. By the end of this course, you will be able to confidently plan and implement scalable, AI-enhanced test automation solutions. Learn: How to identify automation opportunities and align them with your development goals. How to evaluate, plan, and deploy scalable test automation strategies. How to set up and optimize test automation frameworks, including real-world and AI-powered examples. This course is ideal for: software, QA, and test engineers or anyone looking to gain a deeper understanding of how to accelerate testing workflows, improve coverage, and reduce risk through automation.

Introduction to Signal Generators

Join Keysight engineers for a skill-building deep dive into signal generator fundamentals and performance optimization. This course guides you through key specifications, measurement techniques, and practical considerations with demonstrations and step-by-step guidance you can start applying in your lab today. By the end of this course, you will be able to select, configure, and validate signal generators to achieve precise, reliable, and application-ready signals. Learn: How to evaluate and optimize output power and accuracy for reliable results. How to measure and improve spectral purity and modulation quality. How to balance speed, distortion, and throughput for your specific test requirements. This course is ideal for RF, microwave, and communications test engineers or anyone looking to gain a deeper understanding of signal generator performance, measurement techniques, and selection strategies.

Advanced PNA Measurements

Unlock the full potential of your PNA/PNA-X Network Analyzer with this bootcamp led by Keysight expert Dr. Joel Dunsmore. Dive into advanced measurement techniques with direct comparisons across instruments. Through webinars, demos, and a behind-the-scenes panel, you’ll gain actionable insights to optimize your RF testing workflows -- whether for radar, communications, or high-gain devices.   Learn:  Noise figure measurements on converters, analyzers, and mixers. Phase noise measurements and DDS source enhancements. Distortion and spurious analysis.  Converter testing best practices.  This bootcamp is ideal for RF engineers, or anyone interested in advanced PNA measurements. 

Building Next-Gen EV Batteries

Develop the skills to design, test, and optimize EV battery systems with hands-on guidance from Keysight engineers. With hands-on demonstrations and detailed instruction, this bootcamp covers everything from basic design principles to advanced testing and emerging innovations for immediate lab application. By the end of this bootcamp, you will be able to design, test, and optimize EV battery systems for superior performance and reliability. Learn: Battery design challenges and material innovations for next-generation EV applications. Current testing methods, quality management practices, and battery management system (BMS) implementation. Fast charging test solutions, testing automation with AI, and cost reduction strategies for competitive advantage. This bootcamp is ideal for automotive engineers and technicians working in the EV battery design and test spaces, or anyone looking to gain a deeper understanding of EV battery technology and the critical testing processes that ensure safe, reliable electric vehicle performance.  

Innovating for 6G: A Comprehensive Look at Next-Gen Wireless Communications

Join Keysight engineers for an in-depth look at the applied research advancing 6G technology at Northeastern University. From theoretical foundations to real-world applications and the challenges of high-frequency communications, delve into how interdisciplinary collaboration and advanced tools are enabling breakthroughs in 6G development. In this bootcamp, you’ll gain direct technical insights into broadband MIMO architectures, sub-THz link design, and security testing methodologies — and witness 6G demos from Northeastern’s research lab. Learn how to:   Use broadband MIMO systems to increase data throughput and transmission distance. Emulate an eavesdropping attack on a 6G signal to test for vulnerabilities. Test a real-time end-to-end sub-THz link for network layer research. This bootcamp is ideal for wireless research engineers who want to deepen their understanding of sub-THz communications, including signal generation, noise analysis, and the transition from offline experimentation to real-time networks.

Arbitrary Waveform Generator (AWG) Basics and Beyond for USB4 Compliance Testing Bootcamp

Join Keysight engineers for an in-depth exploration of arbitrary waveform generators for USB4 testing. They'll guide you through the latest standards and emerging engineering challenges, with insights to help you stay ahead of the curve. By the end of this bootcamp, you will understand how to test high-speed physical layer protocols with AWGs. Learn: How waveform generators work using hands-on demos. What constitutes receiver and transmission testing. How USB4 compliance can be achieved. This bootcamp is for digital developers and test engineers looking to gain a deeper understanding of arbitrary waveform generators for USB4 testing.

Introduction to Side Channel Analysis

Develop practical skills in Side-Channel Analysis (SCA). Learn how power, EM, and timing leakage can reveal secrets, how attackers exploit device behavior, and how to build effective countermeasures. Learn: • How attackers model leakage, and what makes results exploitable • How to reduce leakage with practical countermeasures • How to run and interpret TVLA This bootcamp is ideal for embedded/software engineers, security architects, and product teams building or evaluating security-critical devices and applications. This is Part 2 of the Secure Coding Program and builds on Part 1: Introduction to Fault Injection, which should be completed first for the best learning experience. After completing Part 2, continue with Part 3: Memory Corruption.

Scaling AI Data Centers: Cutting Edge Strategies for Deployment

Industry leaders from Meta, Broadcom, and Dell share how to scale AI infrastructure without sacrificing performance, efficiency, or flexibility. Hear firsthand how AI leaders are scaling in, scaling up, and scaling out to meet rapidly growing workload demands Learn when each scaling approach makes sense, and how those decisions impact performance, utilization, and long-term architecture Gain practical, battle-tested insights on future-proofing AI infrastructure from across hyperscale, enterprise, and silicon ecosystems This bootcamp is ideal for business and technology leaders looking to operationalize AI across the enterprise. This is Part 1 of the AI Data Centers: Tips, Trends, and Tech and should be completed first. After finishing, continue with Part 2: What’s next for AI? Key Trends and Insights and Part 3: Key Technologies Enabling Next-Gen AI.

Automotive Cybersecurity Bootcamp

Join Keysight engineers for an in-depth exploration of automotive cybersecurity. They'll guide you through the latest standards and emerging engineering challenges, with insights to help you stay ahead of the curve. By the end of this bootcamp, you will be able to implement robust cybersecurity measures for automotive systems. Learn: About the threats automakers are up against. Why regulators and standards bodies are getting involved. How an automated approach to cybersecurity testing protects the people behind the wheel. This bootcamp is ideal for security engineers and anyone looking to gain a deeper understanding of automotive cybersecurity.

RF Back to Basics Bootcamp

Join Keysight engineers for an in-depth exploration of RF testing and measurements. They will guide you through the latest standards and emerging engineering challenges, with insights to help you stay ahead of the curve. By the end of this bootcamp, you will be able to perform essential RF measurements and understand the underlying principles. Learn: How to analyze RF signal chains and network parameters. Techniques for accurate spectrum and signal analysis. Methods to generate and modulate RF signals. This bootcamp is ideal for RF engineers and anyone looking to gain a deeper understanding of RF testing and measurements.

Fundamentals of Sensor Measurements Using a Digital Multimeter

Join Keysight engineers for a skill-building deep dive into sensor measurement fundamentals using a digital multimeter (DMM). This course guides you through core sensor types, key performance parameters, and how to choose and apply the right DMM with demonstrations and step-by-step guidance you can start applying in your lab today. By the end of this course, you will be able to confidently measure and troubleshoot a variety of sensors using a DMM with precision and reliability. Learn: How sensor trends are reshaping electronic test and why measurement accuracy matters. Key performance parameters across all sensor types—and how DMMs impact each. What to look for when selecting a DMM for sensor-based applications. This course is ideal for test and validation engineers, or anyone looking to gain a deeper understanding of sensor measurements and DMM best practices.

Semiconductor Parametric Characterization – Part 1

Explore the fundamentals and advanced techniques of semiconductor characterization with this comprehensive bootcamp. Through webinars, application notes, and Keysight’s industry-leading handbook, you’ll gain hands-on skills to tackle real-world challenges in parametric characterization, whether you’re validating bare chips, optimizing source measure units (SMUs), or simulating designs for faster time-to-market.  Learn:  Core principles of parametric testing (CV-IV, quasi-static vs. high-frequency methods). SMU best practices for accurate low-level measurements and virtual prototyping with ADS. Advanced power device characterization, including gate charge (JEDEC) and ultra-low Rds-on for SiC/GaN. Digital Learning Suite for test automation and remote education.    This bootcamp is ideal for Semiconductor design and development engineers or anyone interested in semiconductor parametric characterization. 

Introduction to O-RAN

Join Keysight engineers for a skill-building deep dive into O-RAN and 5G emulation strategies. This course guides you through the evolving Open RAN ecosystem, real-world deployment challenges, and Keysight’s approach to end-to-end testing with demonstrations and step-by-step guidance you can start applying in your lab today. By the end of this course, you will be able to evaluate O-RAN readiness and understand how to accelerate integration and validation in disaggregated 5G networks. Learn: How O-RAN is reshaping the 5G landscape and why integration is a key challenge. Strategies for validating open, multi-vendor architectures with emulation and test. Keysight’s role in enabling real-world O-RAN deployments at scale. This course is ideal for wireless engineers or anyone looking to gain a deeper understanding of O-RAN adoption, 5G test strategies, and deployment readiness.