Sage-Code Roadmaps

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Engineering Fundamentals

CSE

Fundamental engineering principles and architecture patterns for reliable software systems.

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DSA

Data structures and algorithms for complex reasoning, optimization, and rigorous problem solving.

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PGP

Programming paradigms roadmap covering linear, structured, object-oriented, and functional thinking.

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Data & Applied Tech

TEK

Tech engineering roadmap for operating systems, shell tooling, and environment automation.

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DBA

Database design, query optimization, and data lifecycle management fundamentals.

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SML

Statistics & Machine Learning for evidence-based reasoning, modeling, and real-world insight.

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Infrastructure & Systems

HPC

High Performance Computing roadmap: compute architecture, acceleration, systems tuning, and scalable workloads.

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OSD

Open Source Development roadmap for collaboration workflows, reviews, CI, and sustainable maintenance.

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DSL

Domain Specific Languages roadmap for grammar design, tooling, and language-driven automation.

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Phase 1: Front-end Languages

HTML

Semantic markup, forms, tables, and document structure.

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CSS

Layout, responsive design, animation, and styling systems.

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JavaScript

Language fundamentals, the runtime, and parallel programming for the web platform.

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TypeScript

Typed JavaScript for JavaScript developers: why types pay off, the type system, and production engineering.

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React

Component-driven front-end architecture and SPA workflows.

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Vue

Progressive framework for SPAs, hybrid rendering, and practical frontend-backend integration.

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Flutter

Flutter front-end framework roadmap focused on UI architecture, widgets, state, and app navigation for developers who already know Dart.

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WASM

WebAssembly foundations for front-end performance, interoperability, and production integration.

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Svelte

Compiler-driven framework with true reactivity and minimal runtime overhead.

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Phase 2: Back-end Languages

Python

General-purpose language for automation, data, and AI workflows.

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Go

Fast, simple language for cloud-native systems and services.

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Dart

Language powering Flutter for cross-platform applications.

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Ruby

Expressive language focused on developer productivity.

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PHP

Server-side web programming and content platforms.

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Node.js

JavaScript runtime for scalable back-end services.

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Phase 3: Systems Languages

C++

High-performance applications with modern abstractions.

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Rust

Safe systems programming with strong compile-time guarantees.

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Assembly

x86-64 with NASM, plus ARM64, RISC-V, and WebAssembly.

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Bash

Bash scripting and shell automation for Linux and Windows.

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Swift

Apple ecosystem development for apps and tooling.

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Phase 4: Enterprise Languages

Julia

Scientific and numerical computing with high performance.

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C#

.NET development for desktop, web, cloud, and games.

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Java

Enterprise-grade JVM language for services and Android.

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Scala

Functional and object-oriented programming on the JVM.

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PL/SQL

Database programming and procedural SQL workflows.

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Kotlin

Modern JVM language for enterprise, Android, and backend services.

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Phase 5: Disruptive Languages

Nim

Compiled language blending Python-like syntax and speed.

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Zig

Modern low-level language for predictable systems software.

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Fortran

Legacy and scientific computing in performance-intensive domains.

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Ada

Reliable programming for safety-critical systems.

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Elixir

Functional language for distributed fault-tolerant systems on the BEAM.

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Odin

Data-oriented systems programming with simple, explicit control.

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