Benefiting Industries, Universities, and Students

Sustaining innovation in fast-evolving technology industries such as 5G and the Internet of Things (IoT) demands a constant stream of new-hire graduates equipped with relevant skillsets. Keysight student certifications deliver exceptional value for students, educators, and employers. Employers can confidently target and hire industry-ready graduate engineers. Universities benefit from certifications, a curriculum focused on building skills to support the latest industry trends. Students graduate with job-ready skills and hands-on experience, landing jobs faster, which also benefits the employer and enhances university reputation. It’s a win-win for everyone involved.

IOT Design and Validation Program graphic

IoT Design and Validation Industry-Ready Student Certification

The Keysight IoT Design and Validation Industry-Ready Student Certification recognizes a student’s comprehension of key IoT design, validation and measurement concepts. Students will gain knowledge in IoT fundamentals, systems design, wireless communications, sensors and power management.

RF & Microwave Industry-Ready Student Certification

The Keysight RF and Microwave Industry-Ready Certification indicates competency and proficiency in the use of Keysight’s industry-leading PathWave electronic design automation (EDA) software and test and measurement instruments. A key component of this certification program is the use of Keysight's RF and microwave workflow environment: a comprehensive way to simulate, measure, and analyze communications components and systems.

RF and Microwave Training - Student Certification Program
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New! High-Speed Digital (HSD) Industry-Ready Student Certification

The Keysight High-Speed Digital Industry-Ready Certification demonstrates proficiency with Keysight's PathWave electronic design automation (EDA) software and instruments for digital circuit design, simulation, and test. Students completing HSD certification have experience with a range of simulations including: signal integrity, electromagnetic (EM) models, power integrity, along with serial and parallel link analysis. A critical requirement for advanced certification is experience performing hands on measurements to validate simulations.

Creating Industry-Ready Engineering Students

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