C# & .NET 10 Cloud-Native Engineering Bootcamp Certificate
Open a video or resource link, watch it, then check its box to track your progress and unlock what comes next.
Search Live Openings
We don’t have a direct job-board feed matched to this one yet, so here are real, live US job searches for “C# & .NET 10 Cloud-Native Engineering Bootcamp Certificate” instead.
Bootcamp Mastery Certificate B24
Primary spine: official dotnet C# foundations plus freeCodeCamp ASP.NET Core/EF Core application builds, upgraded with current .NET 10 and .NET Aspire production bridges. Build secure APIs and web services with relational data, OpenAPI, modern authentication, telemetry, service discovery and cloud-native operations.
Benchmark: Microsoft publishes the dotnet C#/.NET 10/Aspire videos publicly, and freeCodeCamp publishes the referenced ASP.NET Core courses publicly. Zuyini combines those learning resources into an independent project-and-proof credential; it does not represent a Microsoft or freeCodeCamp certification or endorsement.
Core Video Sequence
01 — C# language + OOP foundations
02 — Build REST APIs with ASP.NET Core
03 — ASP.NET Core MVC + EF Core
04 — Relational modeling + CRUD with EF Core
05 — Current API platform: .NET 10
06 — OpenAPI + minimal API validation
07 — Modern authentication with passkeys
08 — Cloud-native orchestration + service discovery
09 — Telemetry + distributed app operations
10 — Current bridge: secure cloud-native .NET 10
Build-Along Checkpoints
- Checkpoint 1: Build a typed ASP.NET Core API with dependency injection, validation, consistent error contracts, OpenAPI and clean domain/service/data boundaries.
- Checkpoint 2: Persist a relational domain with EF Core and SQL Server or PostgreSQL; add migrations, constraints, relationships, transactions and realistic query paths.
- Checkpoint 3: Implement authentication and authorization using modern ASP.NET Core Identity patterns; add at least one passkey or phishing-resistant design analysis.
- Checkpoint 4: Create unit and integration tests for domain logic, persistence and HTTP contracts; run automated tests and produce repeatable local environment setup.
- Checkpoint 5: Compose the API with at least one dependent service through .NET Aspire; demonstrate service discovery, configuration, health checks and distributed telemetry.
- Checkpoint 6: Load-test a critical endpoint, inspect traces/metrics/logs, inject a database or dependency failure, recover safely and document latency/reliability tradeoffs.
7-Day Independent Capstone
- Day 1: Define a production-style service problem, API contract, domain model, SLOs, trust boundaries and data design; create solution structure and environment
- Day 2: Implement C# domain/service layers and ASP.NET Core endpoints with validation, DI, consistent errors and generated OpenAPI.
- Day 3: Add EF Core persistence, migrations, constraints and relational queries; verify transaction behavior and database failure cases.
- Day 4: Add authentication/authorization and secure secret/config handling; document passkey/JWT/session tradeoffs for the chosen client scenario.
- Day 5: Add unit/integration tests and place the API plus a dependency under .NET Aspire with service discovery, health checks and local orchestration.
- Day 6: Instrument traces/metrics/logs, load-test one endpoint and inject a dependency/database failure; tune or fix one measurable reliability/performance issue.
- Day 7: Publish repo, OpenAPI artifact, schema/architecture diagrams, test evidence, Aspire dashboard/telemetry captures, incident note, demo video and runbook.
.NET Services - Design, Secure, Observe & Operate
Ship a production-style .NET service rather than a CRUD demo. Completion must show C# engineering discipline, API and relational-data design, modern security, automated tests, .NET Aspire orchestration, observability, performance evidence and recovery from an injected dependency failure.
Proof Rubric — What Must Be Shown
- API: Typed contract, validation + OpenAPI
- DATA: EF model, migrations + transactions
- SECURITY: Identity/authz + protected secrets
- TESTING: Unit/integration + repeatability
- DISTRIBUTED: Aspire orchestration + discovery
- OBSERVABILITY: Traces, metrics, logs + SLO evidence
- RESILIENCE: Failure injection + safe recovery
- DELIVERY: Repo, demo, runbook + tradeoffs