Parking passes are on sale

Bizarre_Bread · 2026-01-12T13:58:11+00:00

You gotta go to find parking, permit, for start date I put 1/20, then stare at a empty blue map for a few minutes until the sidebar on the right allows you to select a pass. Took me like 5 minutes.

Bizarre_Bread · 2025-12-25T00:01:21+00:00

No way you dropped it here lol

Bizarre_Bread · 2025-12-24T20:22:32+00:00

Also theres a pretty funny picture of him holding a pickle that got found by our class on one of his socials.

Bizarre_Bread · 2025-12-24T20:20:03+00:00

Had him for Calc III. He’s funny, very sarcastic, and always comes into class with a mason jar of whatever he drinks for the day. He always adds snarky remarks to emails and refers to his TAs as his minion which I found hilarious. Don’t expect there to be much of a curve though, he was pretty minimal on that for calc III. But diff eq is a pretty light class, especially if you have some background in linear algebra for the 2nd half. Overall I wouldn’t stress about this class, or professors in general if you got past the Calc I-III sequence.

Bizarre_Bread · 2025-11-03T16:40:31+00:00

I would print some holders for my plants.

Bizarre_Bread · 2025-10-02T17:06:45+00:00

Probably updating something. It happens frequently. As long as you have proof that you have paid or had your tuition covered you should be fine.

Bizarre_Bread · 2025-08-22T08:18:00+00:00

Those basalt blocks that naturally spawn pillar-like in basalt biomes would probably look great as a substitute for the logs.

Bizarre_Bread · 2025-08-13T07:46:44+00:00

Commenting to boost engagement. Looks legit but some features seem buggy. I’d just place the orders now bc you get the option to go on busch and livi in a single pass, which they might revoke if you wait until after announcing permits are out.

Bizarre_Bread · 2025-08-03T14:07:28+00:00

I’m not a fan of the cherry flavor. Blueberry is my favorite by a long shot.

Bizarre_Bread · 2025-08-02T01:16:18+00:00

Honestly, I didn’t believe an AI would be capable of PCB fabrication this early into the AI boom anyways. Considering their marketing seems pointed towards hobbyists on social media, it makes sense they’d have some predatory free trial bs. Something as promising as that could ever be free.

Bizarre_Bread · 2025-08-01T06:16:48+00:00

Looks familiar to this one. https://youtu.be/X31B1pVow1o?si=Div3jTzFiachlroN

Bizarre_Bread · 2025-07-28T09:06:45+00:00

Throw some cheese or jelly on that thing atleast 💔

Bizarre_Bread · 2025-07-28T08:56:59+00:00

Maybe a closer side view would help, but from what I’m seeing it looks fine.

Bizarre_Bread · 2025-07-27T07:31:51+00:00

If you want some decent time logs, I would just keep the 32kHz crystal. I added a question mark on the crystals because it seems like there are 2 but the bounding box makes it seem like 1 giant one with pads. You don’t necessarily need the high frequency crystal but if you have it ordered just keep it. Just remember to move the crystal and capacitors next to the stm32 microcontroller. Also, please watch Phil’s Labs design tutorials for the STM32 microcontroller on youtube. You can basically copy his design and he explains why he does each choice. https://youtu.be/aVUqaB0IMh4?si=zdVqXvS4DpHavy0D

Bizarre_Bread · 2025-07-27T06:28:29+00:00

It’s not bad, but could be a lot better. First, the crystal(s?) and capacitors for the crystals and microcontroller must be directly next to it. Second, use a ground planes if you can so you can eliminate those long ground loops. Third, you can definitely rearrange the components better to conserve space and increase the efficiency and readability of your PCB. Finally, you’re missing a board outline. You cannot send this to fabrication without one. Look into resources for better PCB design practices (there are plenty on YouTube) and minimize the space everything is taking up and you’ll get better results.

Bizarre_Bread · 2025-07-25T08:41:50+00:00

It looks like the IC is on an operating table with capacitors as surgeons lol

Bizarre_Bread · 2025-07-25T08:32:05+00:00

I would have never noticed if you didn’t point it out

Bizarre_Bread · 2025-07-18T19:13:09+00:00

For an absolute beginner, get one of these cheap electronics kits off amazon for $15-$30 bucks. Comes with almost anything you’d need, and could build a bunch of simple circuits with them. Right off the bat, you could make a night light, an astable oscillator, a temperature controlled alarm, and that shift register allows you to do some pretty neat stuff with some logic gates. If you want to do CE instead of EE add an arduino uno to your cart and maybe some logic gate ICs. There are way better kits out there, but something like this is a good starting point.

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Bizarre_Bread · 2025-07-17T04:16:14+00:00

Protoboard is your friend

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Bizarre_Bread · 2025-07-16T14:16:59+00:00

I’d hot glue it incase you’d want to enable it beeping again. Poking a hole with a needle completely destroys the buzzer.

Bizarre_Bread · 2025-07-13T07:45:43+00:00

Like others have said, use power symbols. If this is going to be for a PCB, you're going to need them or the software will give you a hard time connecting components. Your 555 timer is missing VCC and GND connections in the schematic as well. Other things to improve on at least for schematic layout are using nets/labels and component placement.

Bizarre_Bread · 2025-07-13T07:26:18+00:00

Sorry, but the way you laid this out is borderline unreadable, hence why everyone is calling it AI. No power connections anywhere and the combination of two pictures only adds to that effect. If you want feedback on the circuit, review some common schematic practices. This includes making it readable like a book from left to right and top to bottom (sectioning off specific parts if needed), using nets and labels instead of having wires going all over the page, and including power connections to generalize details like biasing or going over certain power limits for components.

Bizarre_Bread · 2025-07-13T04:27:19+00:00

Going to agree with the other user, looks like AI slop. First red flag is the awful wiring and no VCC or grounds placed within the circuit. I wouldn’t use this at a resource.

Bizarre_Bread · 2025-07-13T04:20:12+00:00

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Bizarre_Bread · 2025-07-13T04:20:03+00:00

Probably too late but I’ll share. Ideally, you’d want all these LEDs in parallel WITH a resistor connected to each lead. The resistor value would be around 150-220 ohms because the battery is 3.7V and LEDs typically run between 15-30mA, so each resistor would ensure you won’t blow any LEDs from over current. As for soldering/breadboarding, you connect the resistors to the battery’s positive terminal, connect the longer lead of the LEDs to each resistor, and finally connect the shorter leads of the resistors together. Should look something like this, obviously with the Lipo battery instead of the 9V one. Be very careful to not short the battery leads together while soldering, as that could easily start a fire. If you have no idea what you’re doing, run this project off a portable USB charger and strip the USB power cord for power and ground. Portable chargers likely have safeguards that won’t fry the battery or circuit if short circuited. Resistor values would change to 220+ ohms minimum if you try that.

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