How to Set Up an IoT Engineering Course

Get quote
Digital Mutimeter
+ Digital Multimeter
Digital Mutimeter
+ Digital Multimeter

Teaching IoT ecosystems with engineering courseware

Designing, testing, and characterizing the Internet of Things (IoT) ecosystem in the student engineering lab requires integrating industry-relevant and real-world applications in IoT design and testing considerations. The lab work courseware needs to cover the basics, such as IoT architecture, technologies, standards, wireless protocols, applications, and ecosystems, as well as IoT embedded system design that includes device cybersecurity basics.

Educators setting up new engineering courses on IoT should include the challenges and requirements of IoT system design, from design and validation to deployment in the market. In addition to teaching practical design and test techniques with teaching slides and training kits, educators will need industry-standard hardware and software to form a complete full-semester teaching courseware.

U3817A

Advanced IoT teaching lab solution

Designing an engineering teaching lab focusing on IoT systems requires a series of courseware covering practical design and test techniques from system design fundamentals to wireless communication and power measurement. The Keysight advanced IoT teaching lab solution is a series of courseware that includes teaching slides and a training kit that works with the BeagleBone platform, as well as lab sheets and problem-based assignments for hands-on learning. The program’s design is a complete teaching solution that introduces students to Keysight hardware and software used in various industries. With its remote teaching capabilities, the courseware delivers a similar learning experience as if the students were at the onsite lab.
Get quote

See demo of advanced IoT teaching course

Explore products for an advanced IoT teaching lab

Discover resources and insights

Additional resources for teaching an engineering course on advanced IoT

Related use cases

How to Debug Electronic Devices with High Accuracy

How to Debug Electronic Devices with High Accuracy

Achieving quality consumer electronics performance requires debugging small signals, isolating rare glitches, and analyzing serial buses. Learn how to use a high-accuracy oscilloscope to identify and resolve issues within the system quickly.

Learn more keysight-arrow

How to Test Automotive SerDes Receiver Conformance

How to Test Automotive SerDes Receiver Conformance

Automotive SerDes receiver testing requires various physical layer tests to meet the current MIPI A-PHY receiver specifications. Learn how to verify and characterize automotive SerDes receivers in the noisy environment of a car.

Learn more keysight-arrow

How to Characterize Automotive Serial Buses

How to Characterize Automotive Serial Buses

Characterizing automotive serial buses requires debugging and correlating data transfers with other mixed-signal interactions. Learn how to use an oscilloscope and protocol decode software to debug CAN, CAN FD, CAN XL, LIN, and other automotive serial bus standards.

Learn more keysight-arrow

contact us logo

Get in touch with one of our experts

Need help finding the right solution for you?

Contact us