Complete AI Course (2025): Master Prompting, Evals, RAG & Fine-Tuning in 46 Minutes | Adam (Meta)
Channel: Peter Yang
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Duration: PT2782S
Read a transcript preview of “Complete AI Course (2025): Master Prompting, Evals, RAG & Fine-Tuning in 46 Minutes | Adam (Meta)” from Peter Yang, uploaded on 2025-06-01.
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Language: English (original, YouTube automatic captions)
[0:00] Basically, what we're talking about is
[0:01] like the different ways to improve and
[0:03] optimize AI's responses. How are they
[0:05] different from each other? Every prompt
[0:07] that I'm writing, it's sort of like you
[0:09] want it to just complete your thought at
[0:12] the end of it and and you sort of
[0:14] specify as much as you can. People
[0:15] shouldn't be surprised if they're not
[0:18] writing evals today. I think it's
[0:19] totally common like every business on
[0:22] Earth is just trying to figure out how
[0:23] to get AI into their product. What are
[0:26] some basic tips to make this thing
[0:28] respond? Well, I mean, it's useful to
[0:29] think of the system prompt separate from
[0:31] the main prompt. Why does Meta think
[0:33] open source is going to is going to be
[0:35] the right solution
[0:39] here. Okay, welcome everyone. My guest
[0:41] today is Adam Loving, AI partner
[0:44] engineer at Meta. Adam has helped
[0:46] hundreds of companies integrate AI into
[0:48] their products. So really excited to get
[0:50] him to do a technical deep dive on
[0:53] prompting eval retrieval argument
[0:56] generation fine-tuning and just building
[0:58] great AI products in general. This is
[1:00] going to be a complete course on AI from
[1:02] Adam. So so welcome Adam. Yeah, thank
[1:06] you. Thank you. Okay, so let's let's
[1:07] take a step back here and uh basically
[1:10] what we're talking about is like the
[1:11] different ways to improve and optimize
[1:13] AI's responses, right? And and like uh
[1:16] this is a great diagram. Maybe talk
[1:17] about like the two types the two
[1:19] different types of optimizations, you
[1:20] know, like how are they different from
[1:22] each other? Well, what we're optimizing
[1:24] for wh