At some point during a FPGA engineers’ career, they will be faced with a difficult bug in their VHDL or Verilog code and they’ll ask themselves: “Why are we stuck …
Imagine you have just a few measurements left before you can hand over your latest project to your sales team so that they can present it to potential customers. But …
COILS COILS COILS If you’re like me, you’ll have many wireless charging coils around your lab for various standards. They likely entered your lab well-dressed; adorned in well-labelled packaging, …
A classic interaction between a new FPGA user and an embattled older engineer (whether on our Forums or elsewhere) goes as follows: New engineer: My design doesn’t work, could you …
If you’re stuck in the unfamiliar situation of attempting to complete the rest of this semester’s EE courses online (rather than in your lab), read on. We want to make …
In December of last year, Stanford’s Neerav Dixit, John Pauly, and Grieg Scott published a paper on thermo-acoustic ultrasound (TAUS) for noninvasive temperature monitoring. So why are we excited about …
We continue to examine research surrounding the use of the Analog Discovery 2 in engineering curriculum.
Check out some awesome reference material from ASEE 2018!
A research paper from ASEE examines the use of the Analog Discovery in Remote Circuit Design Labs.
We discuss results from part two and conclusions of the study.
Researchers examine a new approach to student learning using flipped classrooms and portable instrumentation.
Come check out the highlights of a paper from ASEE that examines the effectiveness of increased hands-on, experiment-centric learning for students of color.
Digital design education has long relied on simulation to introduce foundational concepts such as Boolean logic, sequential circuits, and finite state machines. While simulation is essential, it does not fully …
The Emona Communications Board (DxIQ‑45G) is a purpose‑built partner board for the Digilent Analog Discovery Studio Max (ADS Max), designed to introduce students to foundational concepts in modern digital and …
Engineering education evolves quickly, but some fundamentals never go out of style. Field‑Programmable Gate Arrays (FPGAs) have been a training ground for generations of engineers because they teach students how …
Engineering education unfolds over time through courses, labs, and projects that steadily build a student’s capacity to think like an engineer. The strongest programs give students chances to connect theory …
