CSE
Fundamental engineering principles and architecture patterns for reliable software systems.
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Sage-Code Roadmaps
Choose your path and begin execution. You can operate anonymously on your first pass, or initialize an account to sync state, track bookmarks, and maintain progress across devices. These roadmaps are not yet perfect, we use AI to refactor and improve this content. However, our budget for AI is limited therefore will take some time until completion.
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Fundamentals
DSA
Data structures and algorithms for complex reasoning, optimization, and rigorous problem solving.
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Programming paradigms roadmap covering linear, structured, object-oriented, and functional thinking.
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TEK
Tech engineering roadmap for operating systems, shell tooling, and environment automation.
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Database design, query optimization, and data lifecycle management fundamentals.
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Statistics & Machine Learning for evidence-based reasoning, modeling, and real-world insight.
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HPC
High Performance Computing roadmap: compute architecture, acceleration, systems tuning, and scalable workloads.
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Open Source Development roadmap for collaboration workflows, reviews, CI, and sustainable maintenance.
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Domain Specific Languages roadmap for grammar design, tooling, and language-driven automation.
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HTML
Semantic markup, forms, tables, and document structure.
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Layout, responsive design, animation, and styling systems.
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Core language for interactive web applications and tooling.
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Typed JavaScript for scalable front-end and back-end codebases.
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Component-driven front-end architecture and SPA workflows.
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Compiler-driven framework with true reactivity and minimal runtime overhead.
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Python
General-purpose language for automation, data, and AI workflows.
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Fast, simple language for cloud-native systems and services.
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Language powering Flutter for cross-platform applications.
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Expressive language focused on developer productivity.
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Server-side web programming and content platforms.
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JavaScript runtime for scalable back-end services. Maintenance: roadmap drafting in progress.
Phase 3: Systems Languages
C
Memory-level programming and systems foundations.
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High-performance applications with modern abstractions.
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Safe systems programming with strong compile-time guarantees.
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Instruction-level understanding of processor behavior.
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Shell automation and command-line operations.
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Apple ecosystem development for apps and tooling.
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Julia
Scientific and numerical computing with high performance.
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.NET development for desktop, web, cloud, and games.
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Enterprise-grade JVM language for services and Android.
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Functional and object-oriented programming on the JVM.
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Database programming and procedural SQL workflows.
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Modern JVM language for enterprise, Android, and backend services. Maintenance: roadmap drafting in progress.
Phase 5: Disruptive Languages
Nim
Compiled language blending Python-like syntax and speed.
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Modern low-level language for predictable systems software.
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Legacy and scientific computing in performance-intensive domains.
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Reliable programming for safety-critical systems.
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Functional language for distributed fault-tolerant systems. Maintenance: roadmap drafting in progress.
Carbon
Emerging language concepts for modern C++ interoperability.
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