A practical, resource-packed course that helps .NET developers make confident sofware architecture decisions:
Stop guessing what architecture fits your app.
Start building scalable and high-performant .NET solutions.
This video course is a guided playbook packed with concrete tools: architecture blueprints, reusable cheatsheets, and practical walkthroughs. Discover how to analyze requirements, pick the appropriate architectural style, and design scalable .NET solutions.
Discover how to analyze requirements, make architectural decisions with confidence, and finally understand what makes architectures scalable, maintainable, and performant.
You will receive blueprints for building new apps using Clean, Vertical Slice, Modular Monolith, and Microservices architectures.
Instead of chasing shiny frameworks, you’ll build the timeless skills that senior engineers and architects use to design reliable systems that stand the test of time.
Most .NET developers who try to “learn architecture” hit the same 8 problems again and again:
✅ Architecture Paralysis: Too many styles (Clean, Modular, Microservices), no clarity on when to use which.
✅ Unclear Requirements: Building features without understanding what non-functional needs (scalability, performance, security) truly drive your design.
✅ Overengineering vs. Underengineering: Either adding endless abstractions or cutting too many corners. Both lead to tech debt.
✅ Legacy Trap: Stuck in outdated .NET Framework projects, desperate to move to modern architecture but unsure where to start.
✅ Scalability Anxiety: Unsure how to design systems that can handle real-world load and growth.
✅ Decision Fatigue: Constantly second-guessing every architecture choice - no framework for deciding with confidence.
✅ Lack of Big-Picture Thinking: Strong at coding, but struggling to connect classes, patterns, and services into one coherent architecture.
✅ Career Stagnation: Years of experience, but still “just a developer” because you rely on someone else for architectural thinking.
And inside Zero to Architect Playbook, I show you how to demolish all of these. One by one.
Most developers jump straight into coding or patterns when they start a project.
But real architecture begins with understanding requirements.
In this module, you’ll learn how to analyze functional and non-functional requirements, translate them into .NET design choices, and document your reasoning like a pro.
By the end, you’ll stop guessing what architecture fits and start choosing confidently, backed by logic and clear trade-offs.
Some of what's inside:
Compare monolith, modular monolith, and microservices against real non-functional requirements so you can justify architecture choices instead of chasing the latest trend.
Capture architectural decisions with context, trade-offs, and consequences so future you and your team know exactly why a choice was made.
Collection of ADRs used in a .NET project showing how experienced developers make the sequence of architecture decisions in practice.
A curated list of 13 diagramming tools to visualize your architecture, many of which are free.
When developers hear “monolith,” they think legacy, slow, or hard to change.
But in reality, a well-designed monolith can be one of the cleanest, fastest, and most maintainable architectures you’ll ever build.
This module is about mastering that skill, so you can build monoliths that stay organized, testable, and scalable as your system grows.
Some of the topics we'll cover:
Full source code of a real project structured with Clean Architecture, showing how to organize layers, dependencies, and boundaries in a maintainable way.
Full source code of a project built with Vertical Slice Architecture, demonstrating how to structure features end to end without over-layering.
Full source code of a production-style project using the CIA blueprint, the same structure Microsoft and I use to build real-world .NET applications.
Many large teams outgrow a simple monolith faster than they expect.
But jumping straight to microservices often creates more problems than it solves.
In this module, you’ll learn how to design a practical modular monolith by defining clear boundaries, structuring modules, and controlling communication inside a single deployable system.
By the end of it, you’ll build applications using an architecture that stays simple today and flexible tomorrow.
A few things you’ll pick up:
A Miro board that walks you through the steps needed to separate your domain into clear, well-defined modules before writing any code.
Full source code of a real application built as a modular monolith, showing how modules, boundaries, and communication are implemented in practice.
Most teams reach for microservices when the system starts to hurt.
But here's a good quote to questions that approach:
"If you can't build a well-maintained monolith, what makes you think you can build a well maintained microservices system?"
In this module, you’ll walk through a clear approach for organizing system into microservices.
Some lessons focus on concepts and trade-offs, while others dive into concrete examples and real production scenarios.
You’ll define service boundaries, choose between synchronous and asynchronous communication, and reason about data and consistency in distributed systems.
Some of the material we’ll cover:
Full source code of a real application built with microservices, showing service boundaries, communication patterns, and infrastructure choices used in practice.
I used to think scaling starts with load balancers, queues, and multi-region setups.
But scalable systems almost never begin there.
They start with a simple app that works for one user. Then you fix the bottlenecks. Then you add the first real optimizations.
Only later do you introduce the “big infrastructure pieces.”
You can think of scaling as a series of small, deliberate steps that turn a normal application into one that can survive spikes and high traffic.
That’s exactly what this module gives you.
Some of the key takeaways:
A step-by-step checklist you can apply to existing EF Core queries to remove common performance bottlenecks and increase throughput before other infrastructure.
Source code and explanations showing how to apply hybrid caching correctly, so you reduce database load and improve response times without hiding real performance issues.
Source code demonstrating how to move slow or heavy operations into background jobs using Hangfire to keep APIs responsive under increased load.
Source code showing how to use a message broker and separate workers to decouple workloads, absorb traffic spikes, and improve system scalability.
Senior .NET developer. 13+ years of experience. I’ve worked across the full spectrum: from WinForms and Web Forms monoliths, to building modern .NET cloud microservice applications for enterprises that generate millions annually.
A few data points to show, when it comes to delivering production .NET apps (and teaching about it), I know what I’m talking about!
Total Value (€1800):
But you can get INSTANT lifetime access to these materials as well as all future course upgrades for just (€197) €97.
Join Zero to Architect Playbook, explore the materials, and watch the lessons.
If you’re not 100% satisfied with the Zero to Architect Playbook course or the support after 14 days, feel free to email me for a full refund.
Make your payment today, and decide later if this is a good fit for you!
Take the full 14 days to explore the materials and experience the Zero to Architect Playbook course and THEN... make a decision using the information YOU HAVE, rather than the information you don’t.
Module 1: Choose the Right Architecture for Your Project
Module 2: Maintainable Monolith Blueprints
Module 3: Practical Modular Monolith Architecture
Module 4: Break Down Systems Into Microservices With Confidence
Module 5: Scalability Roadmap: From 1 User to 1 Million






