Keysight Introduces Hands-On Semiconductor Teaching Labs for Universities

Key Terms

parametric test technical

A parametric test is a statistical method that compares numbers or estimates effects while assuming the underlying data follow a specific shape (often a bell curve) and meet certain conditions like consistent spread. Like using a ruler that expects straight edges, it gives more precise answers when its assumptions hold, but can mislead if they don’t. Investors care because many financial, clinical, and performance claims rely on these tests to judge whether differences are real or just random noise.

on-wafer measurement technical

On-wafer measurement is testing a chip’s electrical and physical behavior while it is still part of the full circular silicon sheet used to make many chips, before the sheet is cut into individual pieces. For investors, these checks are like quality-control spot checks on a production line: they reveal manufacturing yield, early defects, and design issues that affect production costs, delivery speed and the likelihood that new products will perform as promised in the market.

photonics ic measurement technical

Photonics IC measurement is the process of testing and characterizing tiny chips that manipulate light instead of electricity, checking how well their lasers, waveguides and detectors perform. For investors it matters because these measurements reveal product quality, manufacturing yields and reliability—similar to checking a car’s fuel efficiency and safety before selling—which directly affects production costs, customer acceptance and the company’s ability to scale revenue.

device characterization technical

Device characterization is the process of testing and documenting how a medical or technical device performs across its expected conditions—its capabilities, limits, reliability, and key measurements—much like a detailed inspection and spec sheet for a car. For investors it matters because thorough characterization reduces uncertainty about regulatory approval, manufacturing scale-up, product claims and potential recalls, which all affect time to market, costs and future revenue.

photonic ic characterization technical

Photonic IC characterization is the set of tests and measurements used to evaluate how a chip that manipulates light (rather than electrons) actually performs — measuring things like signal loss, bandwidth, power efficiency and temperature sensitivity. Think of it as a quality inspection for tiny light-based circuits: it tells engineers whether devices meet specifications and helps investors judge product reliability, manufacturing yield, production cost and the timeline to generate revenue.

semiconductor technical

Semiconductors are materials and the tiny electronic components made from them that control the flow of electricity inside devices—think of them as the brains and traffic controllers of modern gadgets, cars, and industrial machines. They matter to investors because their production, supply and demand drive revenue, margins and capital spending across whole industries, so shortages or breakthroughs can quickly change company profits and stock prices.

Launches three new solutions, designed for students studying semiconductor research, development, and manufacturing

SANTA ROSA, Calif.--(BUSINESS WIRE)-- Keysight Technologies, Inc. (NYSE: KEYS) today announced three new semiconductor teaching lab solutions designed to help universities prepare students for careers in the global semiconductor industry. The three solutions—Basic Design and Measurement, Parametric Test and On-Wafer Measurement, and Photonics IC Measurement—provide students with practical experience using professional-grade tools and workflows that are commonly used in semiconductor research, development, and manufacturing.

Keysight’s semiconductor teaching lab solutions give students hands-on experience with industry-standard semiconductor test tools and workflows.

As the semiconductor industry accelerates globally, universities face increasing pressure to produce graduates who are industry‑ready. Academic institutions recognize that theory alone is no longer sufficient, and students must gain hands‑on experience with the same measurement techniques, workflows, and tools used in real semiconductor R&D and manufacturing environments.

Keysight addresses this challenge by providing solutions designed for training and development. As part of this effort, Keysight delivers a structured, progressive learning pathway that mirrors real-world semiconductor test workflows. Students gain hands-on experience setting up professional measurement hardware, performing fundamental electrical tests, device characterization, and photonic IC characterization using industry-standard equipment with guided lab modules.

Key benefits include:

• Hands-on training with industry-standard semiconductor instruments, measurements, and workflows.
• Structured lab modules that help students connect textbook concepts to real-world semiconductor applications.
• A learning approach that aligns theory with practice and prepares students for professional engineering careers.

Lim Han Sing, Vice President, General Electronics Measurement Solutions at Keysight Technologies, said: “Both educators and the wider industry play a critical role in developing the next generation of semiconductor engineers. By bringing real-world measurement techniques into the classroom, Keysight is helping educators deliver practical, job-relevant training that aligns closely with industry needs. This move will bridge the gap between education and practical experience, supporting the future workforce.”

Resources

• Product Page: UU101LAB Basic Design and Measurement
• Product Page: UU102LAB Parametric Test and On-Wafer Measurement
• Product Page: UU103LAB Photonic IC Measurement

About Keysight Technologies

At Keysight (NYSE: KEYS), we inspire and empower innovators to bring world-changing technologies to life. As an S&P 500 company, we’re delivering market-leading design, emulation, and test solutions to help engineers develop and deploy faster, with less risk, throughout the entire product life cycle. We’re a global innovation partner enabling customers in communications, industrial automation, aerospace and defense, automotive, semiconductor, and general electronics markets to accelerate innovation to connect and secure the world. Learn more at Keysight Newsroom and www.keysight.com.

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Keysight Media Contacts



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Americas

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Asia

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Europe

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Source: Keysight Technologies, Inc.