Blog Posts
Inside SAS Viya Model Studio: An Analytics PM's Field Notes
A 12-part exploration of SAS Viya Model Studio from a practitioner-turned-product manager perspective. Learning the platform while sharing practical insights for data scientists, analysts, and PMs.
1 post • In Progress-
The first post in a 12-part series exploring SAS Viya Model Studio. This introduction sets the stage for a journey through enterprise analytics platforms from a unique practitioner-turned-PM perspective, covering what you'll learn, who should read this, and why Model Studio matters in 2025's ML landscape.
Programming Languages
Comparative analysis of Python, Go, Rust, and JavaScript, exploring syntax, design philosophies, and trade-offs across these popular languages.
2 posts • Active-
A follow-up analysis examining how Python, Go, Rust, and JavaScript implement object methods. Exploring getters, setters, and state modification patterns, along with each language's approach to memory management and object interaction.
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A comparative analysis of class instantiation across four popular programming languages. Exploring the syntax, design philosophies, and trade-offs between Python, Go, Rust, and JavaScript to better understand each language's approach to object-oriented programming.
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The first post in a 12-part series exploring SAS Viya Model Studio. This introduction sets the stage for a journey through enterprise analytics platforms from a unique practitioner-turned-PM perspective, covering what you'll learn, who should read this, and why Model Studio matters in 2025's ML landscape.
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A follow-up analysis examining how Python, Go, Rust, and JavaScript implement object methods. Exploring getters, setters, and state modification patterns, along with each language's approach to memory management and object interaction.
-
A comparative analysis of class instantiation across four popular programming languages. Exploring the syntax, design philosophies, and trade-offs between Python, Go, Rust, and JavaScript to better understand each language's approach to object-oriented programming.