Hands On FullStack Development Course with Infrastructure Management Product implementation
Hands On FullStack Development with “Infrastructure Management” Product implementation. Click to read Hands On FullStack Development, a Substack publication with thousands of subscribers.
This course includes
- Hands-on coding exercises
- Downloadable resources & code
- Full GitHub repository access
- Certificate of completion
- Lifetime access
From zero-to-production every day โ build, deploy, test, and operate real systems that employers and startups actually need.
Follow a daily, battle-tested curriculum that takes you step-by-step from a single working backend to a portfolio of production-ready full-stack systems โ with automated tests, CI/CD, observability, and ops know-how.
No fluff. Hands-on. Career-backed outcomes.
Why this course exists
Most engineering training teaches components: a frontend course here, a backend tutorial there, a CI video somewhere else. That produces fragmented knowledge, hesitation, and imposter syndrome when you try to ship.
This course fixes that by giving you:
Daily, practical tasks that build muscle memory for shipping infrastructure.
Real-world patterns (testing, deployment, monitoring, rollback) โ not just example code.
If youโve ever felt overwhelmed by tooling, unsure how pieces fit together, or unable to ship reliably โ this course is built for you.
What youโll get
By Day 180 you will have:
A portfolio of at least 3 production-grade services (APIs, web apps, background workers) deployed to cloud infrastructure.
A working CI/CD pipeline that runs tests, builds artifacts, and deploys safely.
End-to-end observability (logs, metrics, basic alerting).
Automated testing (unit + integration + smoke tests) and dependable rollback procedures.
Clear operational playbooks: deploy, scale, incident triage, and postmortem steps.
A repeatable playbook you can apply to any new product or job.
Short version: you wonโt just know things โ youโll be able to ship, operate, and explain them in interviews and at work.
Who this is for
Early-career engineers who want to go from toy projects โ production experience
Backend or frontend devs who need real infrastructure skills
Bootcamp grads who want to stand out with ops + infra
Founders who want to become their own first SRE / DevOps
No prior infra experience required โ just curiosity and ~45โ90 minutes/day.
How it works โ the method
Project-first learning
Every lesson ties into the projects youโre building. Tests, monitoring, and deployment are integrated into the codebase from day one.
Progressive complexity
Start with a single API and evolve it into a scalable system with workers, caching, and observability.
Ops mindset baked in
Every feature includes operational steps โ deployment scripts, health checks, rollback plans.
Templates & checklists
Copy/paste production-grade templates for Docker, CI, IaC, test harnesses, and monitoring so you never reinvent the wheel.
Feedback loops
Self-checks, automated tests, and review checkpoints so you always know when youโve done something well.
Pain points โ How the course solves them
Pain: โI learn tools but donโt know how to put them together.โ
Solution: A single, continuous project ties tools into a working system every day.
Pain: โI canโt get a job because I donโt have production experience.โ
Solution: Build production-ready services you can demo and explain in interviews.
Pain: โIโm overwhelmed by choices โ Kubernetes? Serverless? Terraform?โ
Solution: Gradual, pragmatic choices with real trade-offs and ready-made templates.
Pain: โI donโt know how to operate a service after deploy.โ
Solution: Monitoring, alerting, and incident-response playbooks in every module.
Pain: โI start projects but never finish.โ
Solution: Daily momentum and small wins prevent burnout and drop-off.
Curriculum snapshot
Week 1โ2: Single Python API, local dev โ first deploy
Week 3โ4: Testing fundamentals + CI pipeline
Week 5โ8: Database migrations, caching, background jobs
Month 3: Containerization + staging environments
Month 4โ5: Observability (logs, metrics), load testing
Month 6: High-availability patterns, IaC, final portfolio polish
What you will actually build
A user service with authentication, rate limits, DB migrations, and CI
A background worker with retry logic and dead-letter handling
A public web app with canary deploys and basic autoscaling
An incident runbook and postmortem you can show to employers
Learning commitments & format
Time: ~45โ90 minutes/day (flexible; do more on weekends)
Format: Bite-sized lessons, code-first tutorials, reproducible templates
Support: Community channel + weekly office hours (optional add-on)
Tools used: Docker, a mainstream cloud provider, GitHub Actions / CI, basic IaC
Pragmatic choices โ not trendy tools.
Pricing & enrollment
Free preview: First 3 trial lesson access
Full access: One-time fee or subscription (choose pricing model)
Includes templates, full lesson archive, downloadable playbooks
Repository
View on GitHubWhat's Included
Prerequisites
Basic programming knowledge and familiarity with software development concepts.