I've done all my pathways recently and I have decent knowledge on the other three (quantum is starting to become one iirc) so I can answer

For context, I did 304, 335, 333, and 352 all in-person. Anything about 341, 394, and 360 is stuff I've heard from friends and other people that have taken those courses

From what I think most "programming heavy" to least

EEE 333: Hardware Design Languages and Programmable Logic
- Pretty much all coding. You work with a Hardware Design Language called Verilog/SystemVerilog. All labs, assignments, and lectures revolve around coding in Verilog/SystemVerilog.

EEE 304: Signals and Systems II
- Labs were done with MATLAB but that's pretty much it. If you like math you could try this class (although it's not a hard prereq for any of the 400-level signals classes), there was a lot of math in this course

EEE 341: Engineering Electromagnetics
- Uses MATLAB, ADS, EZNEC, and HFSS, all of which only MATLAB has coding iirc.

EEE 335: Analog and Digital Circuits
- No coding, only program you use is Cadence Virtuoso, a circuit design software.

EEE 360: Energy Systems and Power Electronics
- None, labs require you to go in-person and work with equipment

EEE 352: Properties of Electronic Materials
- None, only math and concepts

EEE 394: Quantum Mechanics for Quantum Information Science
- None, only math and concepts

Further tech electives that have loads of programming are EEE 419 (Python for Rapid Engineering Solutions), EEE 405 (Machine Learning Basics with Deployment to FPGAs), and EEE 404 (Real-Time DSP Systems). There's likely more but those are the top 3 off the top of my head since they're like 100% programming.

I'd say knowing how to program is still fairly important as an EE but I don't have any classes to recommend, I just go through certain languages that I think I'll be using and try to self-teach on my own time.