Learn AI by Building Systems
Transition from prompt formatting to production-grade neural networks, RAG pipelines, model routers, and multi-agent graphs.
Operational Audit Report
* The AI Engineer curriculum structure is **100% defined**. Actual codebase implementations are actively in progress. Completed projects are highlighted only after their codebase and demo routes are verified.
Curriculum Syllabus Overview
Syllabus tracks spanning neural networks, vector databases, multi-agent frameworks, and model routers.
Module 1: LLM Foundation
In ProgressLearn how Large Language Models work from the ground up: tokens, context windows, hyperparameters, prompts, structured outputs, embeddings, semantic search, evaluation, and attention mechanics.
Module 2: Neural Network Foundations
Coming SoonDeconstruct deep learning layers, weights, biases, backpropagation, and activation/loss functions from scratch.
Module 3: Sequence Models
Coming SoonUnderstand recurrent memory architectures, LSTMs, and gated structures preceding modern attention.
Module 4: Transformer Architecture
Coming SoonDeep dive into Attention Is All You Need. Study positional encoding, multi-head attention, and decoder layers.
Module 5: Embeddings and Vector Databases
Coming SoonMaster vector representation spacing, similarity indexing algorithms, and hybrid metadata keyword searches.
Module 6: RAG Engineering
Coming SoonBuild robust retrieval-augmented pipelines integrating document loaders, rerankers, and retrieval evaluations.
Module 7: Structured AI Applications
Coming SoonBuild predictable business workflows enforcing structured JSON schema extractions and intents routing.
Module 8: Agentic AI
Coming SoonDesign autonomous loops combining function call registrations, multi-step planners, and reflection cycles.
Module 9: MCP and Tool Ecosystem
Coming SoonEstablish Model Context Protocol clients, host secure custom servers, and define execution sandboxes.
Module 10: Multi-Agent Systems
Coming SoonOrchestrate supervisor hierarchies, agent conversations protocols, and human-in-the-loop validation gates.
Module 11: AI System Design
Coming SoonScale model routing hubs. Integrate semantic caches, prompt registries, cost limits, and latency fallbacks.
Module 12: Deployment and Production AI
Coming SoonRun models in production. Master Server-Sent Events streams, inputs guardrails, and automated evaluation pipelines.
Master Capstones
Final Portfolio Projects
Coming SoonSynthesize all learnings into enterprise-grade portfolio platforms with full architectural and execution specs.
Verified Projects
Interactive visualizer illustrating how raw text strings are decomposed into tokens, mapped to vocabulary indices, and analyzed for cost constraints.
Diagnostic analyzer tracking chat history expansion, system prompt parameters, and memory optimization suggestions.
Interactive settings dashboard to inspect how Temperature, Top-p, and penalties alter Softmax probability distributions.
Build in Public (Metadata Contract)
Every project repository under the DevJam organization hosts a devjam.project.json metadata contract. Later, DevJam's build system will automatically sync GitHub issues, release tags, and completions directly into the UI dashboard dynamically.
Technical Interview Defense
Learn to defend architectural trade-offs: why self-attention operates at quadratic scale, how temperature changes softmax logit offsets, and why approximate vector databases balance search recall against latency thresholds.