AI Engineer Curriculum

Learn AI by Building Systems

Transition from prompt formatting to production-grade neural networks, RAG pipelines, model routers, and multi-agent graphs.

Curriculum Diagnostics

Operational Audit Report

100%Curriculum Coverage
100%Placeholder Coverage
4 / 11Verified Projects
In ProgressImplementation Status

* 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 Progress

Learn how Large Language Models work from the ground up: tokens, context windows, hyperparameters, prompts, structured outputs, embeddings, semantic search, evaluation, and attention mechanics.

Master prompt engineering design methodologiesDeconstruct subword tokenizers and BPE algorithms
Projects: 11View Track

Module 2: Neural Network Foundations

Coming Soon

Deconstruct deep learning layers, weights, biases, backpropagation, and activation/loss functions from scratch.

Implement forward pass matrices from scratchCompute partial derivatives for backpropagation
Projects: 7View Track

Module 3: Sequence Models

Coming Soon

Understand recurrent memory architectures, LSTMs, and gated structures preceding modern attention.

Build character prediction models using recurrent cellsTrace gradient paths inside LSTM gating circuits
Projects: 6View Track

Module 4: Transformer Architecture

Coming Soon

Deep dive into Attention Is All You Need. Study positional encoding, multi-head attention, and decoder layers.

Compute scaled dot-product attention manuallyImplement sine/cosine positional embedding matrices
Projects: 7View Track

Module 5: Embeddings and Vector Databases

Coming Soon

Master vector representation spacing, similarity indexing algorithms, and hybrid metadata keyword searches.

Compare cosine, dot product, and Euclidean distance vector metricsImplement semantic and parent-child chunking parsers
Projects: 6View Track

Module 6: RAG Engineering

Coming Soon

Build robust retrieval-augmented pipelines integrating document loaders, rerankers, and retrieval evaluations.

Reduce hallucinations by optimizing prompt retrieval contextIntegrate cross-encoder rerankers to improve search recall
Projects: 6View Track

Module 7: Structured AI Applications

Coming Soon

Build predictable business workflows enforcing structured JSON schema extractions and intents routing.

Enforce JSON output schemas on language modelsConstruct parsers extracting entities from unstructured text documents
Projects: 6View Track

Module 8: Agentic AI

Coming Soon

Design autonomous loops combining function call registrations, multi-step planners, and reflection cycles.

Construct robust agent loop engines with exception backoffsMap system functions to JSON schemas for reliable LLM tool calls
Projects: 6View Track

Module 9: MCP and Tool Ecosystem

Coming Soon

Establish Model Context Protocol clients, host secure custom servers, and define execution sandboxes.

Build custom MCP server integrations communicating via JSON-RPCSafeguard database write parameters using schema verification filters
Projects: 6View Track

Module 10: Multi-Agent Systems

Coming Soon

Orchestrate supervisor hierarchies, agent conversations protocols, and human-in-the-loop validation gates.

Build supervisor graphs allocating sub-tasks to specialized agentsEnforce human approval gates on destructive database updates
Projects: 6View Track

Module 11: AI System Design

Coming Soon

Scale model routing hubs. Integrate semantic caches, prompt registries, cost limits, and latency fallbacks.

Integrate OpenInference tracers capturing nested agent stepsBuild semantic caches reducing repeat API query costs by 80%
Projects: 7View Track

Module 12: Deployment and Production AI

Coming Soon

Run models in production. Master Server-Sent Events streams, inputs guardrails, and automated evaluation pipelines.

Implement Server-Sent Events (SSE) streaming model completionsAdd input/output guardrail checks filtering toxic or sensitive terms
Projects: 7View Track

Master Capstones

Final Portfolio Projects

Coming Soon

Synthesize all learnings into enterprise-grade portfolio platforms with full architectural and execution specs.

Architect a multi-agent platform resolving real-world business demandsDocument system architecture, data topologies, and evaluations
Projects: 5View Capstones

Verified Projects

Tokenizer Visualizer StudioVerified

Interactive visualizer illustrating how raw text strings are decomposed into tokens, mapped to vocabulary indices, and analyzed for cost constraints.

Context Window DashboardVerified

Diagnostic analyzer tracking chat history expansion, system prompt parameters, and memory optimization suggestions.

Hyperparameter PlaygroundVerified

Interactive settings dashboard to inspect how Temperature, Top-p, and penalties alter Softmax probability distributions.

Mini Attention NotebookVerified

Self-contained interactive workbook computing step-by-step scaled dot-product attention scores from raw matrices input.

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.