Recommended mixed schedule
3 weekday classes × 90 minutes + 1 weekend lab × 120 minutes
Best balance for college students and freshers. Weekdays build concepts; the weekend lab connects and practises them.
industry-oriented curriculum
Start from the basics. Grow into a developer.
Choose a connected beginner-to-intermediate path built for students and freshers.
01Basics first02Practice next03Projects after that04Advanced topics later
class-based duration
Class counts—not full calendar days.
- Every track shows its estimated teaching sessions and time per class.
- Weekends and holidays can increase the pace without removing topics or practice.
Weekday schedule
4 classes × 90 minutes per week
A steady pace for students with available evenings. Keep one additional day for assignments and revision.
Weekend schedule
2 classes × 120–150 minutes per week
Suitable for working learners. Each session combines explanation, demo, a short break and guided practice.
Holiday or college-break schedule
Add revision, backlog or project labs—do not skip core classes
Extra availability can shorten the calendar duration, but topic order, exercises and understanding remain unchanged.
complete learning roadmap
Beginner → fundamentals → practical development → guided project
Understand the industry
Learn roles, requirements, application layers, environments and the terminology used by software teams.
- Software Industry & Developer Foundation
- Developer Tools
Build programming fundamentals
Choose C# for the Microsoft path or Python for a standalone programming and introductory backend path.
- C# & .NET Programming Foundation
- Python Programming Foundation
Learn data properly
Understand relational design and SQL before using application data-access libraries.
- SQL Server & Database Development
- ADO.NET & Dapper Data Access
Build the backend
Create ASP.NET Core APIs with validation, Dapper, stored procedures, logging and authentication basics.
- ASP.NET Core Development
- Entity Framework Core — Optional Track
Choose one frontend
Learn the web foundation, then choose Angular or React. You do not need both before starting your career.
- Web Development Foundation
- Angular UI Development or React UI Development
Work like a developer
Use Git, debugging and responsible AI-assisted workflows throughout every feature.
- Git & Source Control
- Debugging Skills
- Claude & Codex AI-Assisted Development
Complete a guided project
Connect requirement, database, API, frontend, validation, testing, Git and final explanation.
- Microsoft .NET Full Stack Guided Path
independent but connected tracks
Learn one major skill properly. Connect it when you are ready.
- Check prerequisites before starting a track.
- Move from beginner topics into practical intermediate work.
- Complete labs, debugging tasks and responsible AI exercises.
- See what is excluded and which track to learn next.
Guided Path
A connected route from fundamentals to a complete fresher-level application.
Foundation
Start here to understand software, programming and the browser before frameworks.
Track 02
Complete Beginner
Foundation
Software Industry & Developer Foundation
Understand how software teams, requirements, environments and delivery actually work.
8–10 classes60–75 minutes / classCurriculum + PDF →
Track 09
Beginner → Intermediate
Foundation
Web Development Foundation
HTML, CSS, JavaScript, essential jQuery and TypeScript fundamentals.
36–44 classes90 minutes / classCurriculum + PDF →
Microsoft .NET
C#, data access and modern or legacy Microsoft application development.
Track 03
Beginner → Intermediate
Microsoft .NET
C# & .NET Programming Foundation
Strong C# fundamentals, practical OOP, collections, LINQ and async basics.
36–44 classes90 minutes / classCurriculum + PDF →
Track 04
OptionalBeginner → Intermediate
Microsoft .NET
VB.NET & Legacy Microsoft Applications
Read, understand and maintain existing VB.NET applications with confidence.
14–18 classes90 minutes / classCurriculum + PDF →
Track 05
OptionalBeginner → Intermediate
Microsoft .NET
ASP.NET Web Forms / ASPX Basics
Understand and maintain existing ASPX and code-behind applications.
18–22 classes90 minutes / classCurriculum + PDF →
Track 07
Beginner → Intermediate
Microsoft .NET
ADO.NET & Dapper Data Access
Connect C# applications to SQL Server with safe, practical data access.
22–28 classes90 minutes / classCurriculum + PDF →
Track 08
OptionalBeginner → Intermediate
Microsoft .NET
Entity Framework Core — Optional Track
A separate beginner-to-intermediate ORM path after core SQL and Dapper.
14–18 classes90 minutes / classCurriculum + PDF →
Track 10
Beginner → Intermediate
Microsoft .NET
ASP.NET Core Development
MVC, Razor Pages and strongly focused ASP.NET Core Web API development.
40–48 classes90 minutes / classCurriculum + PDF →
Python
Programming fundamentals, files, automation and an introductory FastAPI project.
Frontend
Choose one UI framework and connect it to an ASP.NET Core backend.
Track 11
Beginner → Intermediate
Frontend
Angular UI Development
Build structured Angular applications connected to ASP.NET Core APIs.
32–40 classes90 minutes / classCurriculum + PDF →
Track 12
Beginner → Intermediate
Frontend
React UI Development
Build practical React applications connected to ASP.NET Core APIs.
28–36 classes90 minutes / classCurriculum + PDF →
Data
Build the SQL and document-database knowledge applications depend on.
Track 06
Beginner → Intermediate
Data
SQL Server & Database Development
Strong SQL foundations, stored procedures, design and practical query skills.
30–36 classes90 minutes / classCurriculum + PDF →
Track 14
Beginner → Intermediate
Data
MongoDB Foundation
NoSQL concepts, CRUD, practical document design and application integration.
16–20 classes90 minutes / classCurriculum + PDF →
Developer Practice
Use real tools, source control, debugging and AI with professional discipline.
Track 15
Beginner → Practical
Developer Practice
Developer Tools
Use the editors, database tools, API clients and browser tools freshers need daily.
10–14 classes75–90 minutes / classCurriculum + PDF →
Track 16
Beginner → Intermediate
Developer Practice
Git & Source Control
Repositories, branches, pull requests, reviews and practical recovery skills.
10–14 classes75–90 minutes / classCurriculum + PDF →
Track 17
Beginner → Intermediate
Developer Practice
Debugging Skills
Investigate compiler, runtime, API, browser and SQL problems systematically.
10–14 focused classes + integrated practice75–90 minutes / classCurriculum + PDF →
Track 18
Beginner → Intermediate
Developer Practice
Claude & Codex AI-Assisted Development
Learn faster and code responsibly without outsourcing understanding.
10–14 focused classes + ongoing integration75–90 minutes / classCurriculum + PDF →
track dependency map
Choose a sequence that matches your goal.
- Learn database fundamentals before using an ORM.
- Learn web fundamentals before choosing Angular or React.
Recommended Microsoft full-stack sequence
- 1Industry foundation
- 2C#
- 3SQL Server
- 4ADO.NET + Dapper
- 5ASP.NET Core
- 6Web foundation
- 7Angular or React
- 8Guided project
Python foundation sequence
- 1Industry foundation
- 2Python
- 3SQL basics
- 4FastAPI introduction
- 5MongoDB optional
- 6Git + debugging
- 7Guided Python project
Legacy Microsoft support sequence
- 1C# foundation
- 2SQL Server
- 3VB.NET
- 4ASP.NET Web Forms
- 5ADO.NET
- 6Debugging
every video lesson
Concept to industry usage—not passive watching.
01Video title
02Learning objective
03Concept explanation
04Simple example
05Real software example
06Live demo
07Student exercise
08Common fresher mistakes
09Industry terminology
10Debugging scenario
11AI learning prompt
12Assignment
13Expected student outcome
Concept → Why it matters → Simple example → Real application example → Demo → Student practice → Debugging → Industry usage
practical lab structure
Every lab ends with explanation.
Understand
Read the requirement, identify terms and confirm the expected result.
Follow
Watch a small instructor demo and trace the data and control flow.
Practise
Complete a focused exercise without copying a full solution.
Debug
Investigate a seeded mistake using tools, logs and evidence.
Extend
Add one requirement to the working example independently.
Explain
Review the diff, test the result and describe what changed and why.
final guided project
Final Guided Full-Stack Application
One realistic beginner-to-intermediate application that proves the student understands the full flow—not an oversized enterprise architecture exercise.
Project choices
- Employee Management
- Order Management
- Inventory Management
- Student Management
Backend
- C#
- ASP.NET Core Web API
- Dapper
- SQL Server
- Stored procedures
- JWT basics
Frontend
- Angular or React
- Responsive forms
- Validation
- API integration
- Loading and error states
Real tools
- Visual Studio
- VS Code
- SSMS
- Postman
- Swagger
- Git
- GitHub
- Browser DevTools
- Claude
- Codex
1Requirement2Database design3Tables4Stored procedures5Models and DTOs6Dapper7API8Postman/Swagger testing9Frontend10Validation11Debugging12Git review13Final demo
beginner-friendly faq
Questions students ask before choosing a track.
Is this curriculum suitable for complete beginners?+
Yes. It starts with software-industry and programming foundations and does not assume prior framework experience.
Do I need to learn every track?+
No. Follow the tracks required for your goal. Microsoft full-stack learners take C#, SQL, Dapper, ASP.NET Core and one frontend; Python learners can follow a separate foundation path.
Should I choose Angular or React?+
Choose one first. Both tracks teach frontend fundamentals and ASP.NET Core API integration; you do not need both before applying for fresher roles.
Is Node.js taught as a backend?+
No. Backend APIs use ASP.NET Core or introductory Python FastAPI. Node.js and npm appear only as the frontend tooling needed to run Angular or React projects.
Why is Dapper taught before Entity Framework Core?+
The core path uses SQL, ADO.NET and Dapper so students see the database flow clearly. EF Core is available later as a separate optional track.
Does the curriculum include advanced architecture?+
No. Advanced microservices, CQRS, Kubernetes, complex distributed systems and similar topics are intentionally reserved for future career tracks.
How is AI used during training?+
AI helps explain, practise, plan, debug and review. Students must understand, test and explain every generated change before committing it.
Will I build a project?+
Yes. The recommended path finishes with a guided full-stack application connecting requirements, SQL Server, Dapper, ASP.NET Core and Angular or React.
Build your foundation before you build your career
Tell us your education, current skills and goal. We’ll recommend a practical sequence without pushing advanced topics too early.