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Python & Backend Engineering Sprint

Build production-grade distributed backend microservices and APIs with Python 3.12, FastAPI, PostgreSQL, Redis, SQLAlchemy ORM, Docker, and Celery asynchronous background queues.

What will I learn?

  • Python 3.12
  • FastAPI
  • PostgreSQL
  • SQLAlchemy / Alembic
  • Redis Caching
  • Docker
  • Celery Async Queues
  • Pytest

What do I need before starting?

  • Basic Python programming knowledge
  • Basic SQL concepts

What is the weekly roadmap?

Week 1: Advanced Python & Clean Architecture

Type hinting & Pydantic v2 · Generators & Context Managers · Asyncio event loops · Clean Code principles

Week 2: FastAPI Framework & REST Design

Dependency Injection · OpenAPI automatic docs · Request validation · JWT Auth & Middleware

Week 3: Relational Databases & SQLAlchemy 2.0

PostgreSQL schema design · Alembic migrations · Query optimization & indexes · N+1 problem prevention

Week 4: Caching & Session Store with Redis

In-memory key-value patterns · Cache invalidation strategies · Rate limiters · Pub/Sub streams

Week 5: Async Tasks & Background Workers

Celery & Redis broker · Email workers · Scheduled cron jobs · Worker monitoring

Week 6: Containerization & Cloud Infrastructure

Multi-stage Dockerfiles · Docker Compose · Environment config · Healthcheck endpoints

Week 7: Automated Testing & CI Pipelines

Pytest fixtures & mocking · Integration test databases · GitHub Actions CI · Code coverage > 90%

Week 8: High-Throughput Fintech Engine Capstone

Order matching engine · Load testing with Locust (10k req/s) · Final Mentor Assessment

How do I earn the Python & Backend Engineering Sprint certificate?

Complete every weekly task and receive a reviewed or approved result of at least 65% on each. You can then purchase the optional ProofCohort certificate bundle. Partner-issued credentials require a confirmed, authorized issuing arrangement.

Read the assessment guide →Certificate verification and support →

Prepare your project evidence

For each assigned task, connect its requirements to a deliverable the reviewer can open. Explain your contribution, decisions, checks, and any unfinished work. Use the actual task instructions for submission requirements and the templates below to organize your evidence.

Practical reading for this track

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