Exploring:
💻 Python dev
📊 Modern Analytics Stack
🛠️ Toying with ML, LLMs & Generative AI
🐣 Happy father of 2
Love 🚴 and 🧗—leaning into the clichés.
Mostly posting for myself—if you’re interested, that’s a bonus
This view is wrong
A little primer on the measurement of productivity – and why reports of the economic death of Europe are greatly exaggerated🧵
This view is wrong
A little primer on the measurement of productivity – and why reports of the economic death of Europe are greatly exaggerated🧵
I've set up 4 custom modes to support my DMing workflow. It's been smooth, organized, and honestly pretty fun. 🧵👇
#DnD #TTRPG #CurseOfStrahd #RooCode
I've set up 4 custom modes to support my DMing workflow. It's been smooth, organized, and honestly pretty fun. 🧵👇
#DnD #TTRPG #CurseOfStrahd #RooCode
I’ve got a small side project (helping people pick the right product) and I’m thinking of monetizing it with affiliate links to specific items.
How strict are they when reviewing new sites?
Do they accept small indie projects?
#BuildInPublic #SideProject
I’ve got a small side project (helping people pick the right product) and I’m thinking of monetizing it with affiliate links to specific items.
How strict are they when reviewing new sites?
Do they accept small indie projects?
#BuildInPublic #SideProject
I get that many devs find the boilerplate annoying—some even say it outweighs the benefits of modular code.
But with LLMs becoming more common for code generation, that argument starts to fade.
I get that many devs find the boilerplate annoying—some even say it outweighs the benefits of modular code.
But with LLMs becoming more common for code generation, that argument starts to fade.
The catch: I don’t have a predefined set of query classes. So… how do you automatically classify queries in this context?
The catch: I don’t have a predefined set of query classes. So… how do you automatically classify queries in this context?
These models, based on Probabilistic Graphical Models, let you estimate variables you cannot observe using those you can. (1/6)
These models, based on Probabilistic Graphical Models, let you estimate variables you cannot observe using those you can. (1/6)