AI Engineering, Cloud Architecture, and AI Product Roadmap
AI Engineering, Cloud Architecture, and AI Product Roadmap This roadmap is a practical 12 month learning system for building production grade AI systems, cloud architectures, evalu
AI Engineering, Cloud Architecture, and AI Product Roadmap
This roadmap is a practical 12-month learning system for building production-grade AI systems, cloud architectures, evaluation pipelines, and AI product thinking.
The goal is not to collect random courses. The goal is to build, explain, secure, deploy, evaluate, and improve real systems.
Learning Principles
- Learn concepts deeply enough to explain them without notes.
- Build small implementations before using large frameworks.
- Turn every major topic into a project artifact.
- Measure progress by working systems, not completed videos.
- Keep notes short, reusable, and connected to projects.
- Document trade-offs with architecture decision records.
- Review failures intentionally: broken systems teach faster than perfect tutorials.
How to Use This Folder
- Start with
START-HERE.md. - Use
web/for the responsive web reader that can be deployed to Cloudflare Pages. - Use
PROGRESS.mdas the weekly dashboard. - Use
MONTHLY-PLAN.mdfor week-by-week execution. - Use
daily-routine.mdwhen time is limited. - Use
learning-playbook.mdfor learning, debugging, documentation, and project habits. - Use
anti-patterns.mdto avoid common failure modes. - Use
glossary.mdwhen terms are unclear. - Use
today.mdfor daily focus. - Use
review-log.mdfor study and weekly review history. - Use
commands.mdfor common development commands.
Core Skill Stack
- Machine learning fundamentals
- Deep learning
- Transformers and LLMs
- RAG and vector search
- AI agents and tool calling
- AI evaluation, LLMOps, and MLOps
- Docker and Kubernetes
- Cloud architecture
- Infrastructure as Code
- Security and governance
- AI product discovery and ROI
- Enterprise architecture and system design
Supporting Skills
- Python
- TypeScript
- SQL
- Git and GitHub
- Linux
- REST APIs
- Event-driven architecture
- PostgreSQL
- Redis
- Vector databases
- CI/CD
- Observability
- Networking
- IAM/RBAC
- Cost optimization
- Technical documentation
12-Month Roadmap
| Month | Focus | Main Output | Study Guide |
|---|---|---|---|
| 1 | ML fundamentals and statistics | ML mini-project | modules/01-ml-fundamentals/README.md |
| 2 | Deep learning | Neural network classifier | modules/02-deep-learning/README.md |
| 3 | Transformers and LLMs | Transformer/LLM lab | modules/03-transformers-llms/README.md |
| 4 | RAG and vector search | Enterprise RAG v1 | modules/04-rag-engineering/README.md |
| 5 | Agents, MCP, and tool calling | ERP AI agent v1 | modules/05-ai-agents/README.md |
| 6 | AI evaluation and LLMOps | Evaluation framework | modules/06-ai-evaluation-llmops/README.md |
| 7 | Docker and Kubernetes | Containerized AI platform | modules/07-docker-kubernetes/README.md |
| 8 | Cloud architecture | Cloud AI reference architecture | modules/08-cloud-architecture/README.md |
| 9 | Security and Infrastructure as Code | Secure IaC deployment plan | modules/09-security-iac/README.md |
| 10 | AI product and transformation | AI transformation case study | modules/10-ai-product-transformation/README.md |
| 11 | Enterprise AI project | Production-style portfolio project | modules/11-enterprise-ai-project/README.md |
| 12 | Portfolio, certification, and final review | Final portfolio package | modules/12-portfolio-certification-review/README.md |
Weekly Study System
Use this rhythm every week:
- Monday: theory and notes.
- Tuesday: hands-on implementation.
- Wednesday: architecture reading and diagrams.
- Thursday: implementation and debugging.
- Friday: system design, product, cloud, or security.
- Saturday: project build session.
- Sunday: review, documentation, tracker update, and next-week planning.
Targets:
- Minimum: 10 hours/week
- Ideal: 12-15 hours/week
- Accelerated: 15+ hours/week
Project Tracks
Use these project folders as practical outputs:
projects/01-business-sales-prediction/README.mdprojects/02-neural-network-classifier/README.mdprojects/03-transformer-llm-lab/README.mdprojects/04-enterprise-rag-platform/README.mdprojects/05-erp-ai-agent/README.mdprojects/06-ai-evaluation-framework/README.mdprojects/07-production-cloud-ai-platform/README.mdprojects/08-ai-transformation-case-study/README.mdprojects/09-final-enterprise-ai-system/README.md
Templates and Trackers
templates/study-session.md— repeatable study session template.templates/project-readme-template.md— standard portfolio README structure.templates/adr-template.md— architecture decision record template.templates/evaluation-dataset-template.csv— evaluation dataset starter.templates/weekly-review.md— weekly review checklist.templates/skill-matrix.md— skill self-assessment tracker.templates/certification-tracker.md— certification planning tracker.templates/system-design-practice.md— weekly system design practice template.
Checklists
checklists/production-ai-checklist.mdchecklists/rag-checklist.mdchecklists/agent-safety-checklist.mdchecklists/cloud-architecture-checklist.mdchecklists/security-checklist.mdchecklists/project-completion-checklist.md
Data, Diagrams, Labs, and Rubrics
datasets/README.md— dataset catalog and documentation rules.sample-data/— small CSV and Markdown data for practice.diagrams/— Mermaid diagram templates.labs/— small practice labs before larger projects.rubrics/— objective scoring guides for projects, RAG, agents, architecture, and documentation.quality-gates.md— module, project, production-style, and portfolio-ready gates.failure-cases.md— failure case bank for testing.reading-list.md— curated reference list.project-ideas.md— additional project ideas.
AI Learning Prompts
prompts/explain-this.mdprompts/project-review.mdprompts/debugging.mdprompts/architecture-review.mdprompts/assessment-quiz.md
Module Practice Files
Every module includes:
README.mdfor concepts, tasks, tips, and completion criteria.exercises.mdfor hands-on practice.assessment.mdfor self-testing before moving on.
Definition of Done
The roadmap is complete when you can demonstrate:
- A working ML project with documented evaluation.
- A deep learning project with experiment tracking.
- A transformer or attention implementation from scratch.
- A RAG platform with citations, access control, and evaluation.
- An agent system with tool authorization and audit logs.
- An AI evaluation pipeline with regression reports.
- A containerized deployment with Docker and Kubernetes.
- A secure cloud architecture with monitoring, backups, cost estimates, and IaC.
- A product case study with KPIs, ROI, risks, and roadmap.
- A final portfolio package with architecture diagrams, ADRs, demos, and clear documentation.
Personal Rule
Do not measure progress by how many courses were completed.
Measure progress by what you can build, explain, secure, deploy, evaluate, and justify.