If you're an EE/ECE student or working engineer who needs to learn both Verilog HDL and LabVIEW DAQ systems, this course bridges the gap that most programs leave open.

What's Inside

24 lessons across 6 chapters covering:

• Verilog HDL — Data types, combinational & sequential logic, behavioral/structural modeling, parameterized design, testbenches, simulation tools

• LabVIEW DAQ — Signal conditioning, NI-DAQmx task architecture, analog/digital I/O, counter operations

• Timing & Triggers — Hardware vs. software timing, sample clock configuration, start/reference/pause triggers, multi-device synchronization

The capstone lesson builds a complete triggered acquisition system that captures transient events from an FPGA running your Verilog design — connecting digital design to physical measurement.

Who This Is For

• EE/ECE students learning HDL and instrumentation

• Engineers transitioning from software to hardware

• Test engineers building automated measurement systems

• Anyone who needs to design digital circuits AND verify them with real hardware

Sequential lessons with full code examples, synthesis checklists, and DAQmx configuration walkthroughs. Certificate on completion.

$323/month with a 1-day free trial to explore the content.

Welcome to SignalPath Academy — your structured path from RTL design to precision data acquisition.

What You Get

Verilog HDL & LabVIEW DAQ: Timing and Triggers — a 24-lesson course across 6 chapters:

1. Verilog HDL Foundations — Data types, combinational logic, flip-flops, and counters

2. Behavioral & Structural Modeling — Always blocks, module hierarchy, parameterization, and synthesis pitfalls

3. Testbenches & Simulation — Clock generation, self-checking testbenches, waveform analysis

4. LabVIEW DAQ Fundamentals — Signal conditioning, DAQmx tasks, analog/digital I/O

5. DAQ Timing Modes — Hardware vs. software timing, sample clocks, finite and continuous acquisition

6. Trigger Architectures — Start/reference/pause triggers, multi-device synchronization, complete triggered acquisition systems

How to Progress

Lessons are sequential — complete each one to unlock the next. This builds understanding layer by layer, the same way you'd design a circuit: foundations first, then complexity.

Mentor Chat

Use the Mentor Chat channel for questions, code reviews, and troubleshooting. Post your Verilog modules, testbench results, or DAQmx configurations and I'll give you direct feedback.

Start Chapter 1 now. The first lesson sets the context for everything that follows.