Course curricula
Start from the basics and grow into a developer. Every track lists its modules, estimated classes, practical work and a downloadable PDF syllabus.
Main programs
Most students choose one of these. The tracks below are the individual building blocks these programs are made from, and can also be taken on their own.
Beginner → Intermediate · 120–144 classes · 90 minutes each
Learn C#, SQL Server, ASP.NET Core Web API, and Angular or React to understand how full-stack business applications are developed.
What you will learn
Beginner → Intermediate · 34–42 classes · 90 minutes each
Learn Python from the basics with practical coding, file handling, automation basics, and an introduction to backend API development.
What you will learn
Independent but connected tracks
Start here to understand software, programming and the browser before frameworks.
Understand how software teams, requirements, environments and delivery actually work.
HTML, CSS, JavaScript, essential jQuery and TypeScript fundamentals.
C#, data access and modern Microsoft application development.
Strong C# fundamentals, practical OOP, collections, LINQ and async basics.
Connect C# applications to SQL Server with safe, practical data access.
MVC, Razor Pages and strongly focused ASP.NET Core Web API development.
Choose one UI framework — Angular or React — and connect it to an ASP.NET Core backend.
Build structured Angular applications connected to ASP.NET Core APIs.
Build practical React applications connected to ASP.NET Core APIs.
Build the SQL and document-database knowledge applications depend on.
Strong SQL foundations, stored procedures, design and practical query skills.
NoSQL concepts, CRUD, practical document design and application integration.
Use real tools, source control, debugging and AI with professional discipline.
Use the editors, database tools, API clients and browser tools freshers need daily.
Repositories, branches, pull requests, reviews and practical recovery skills.
Investigate compiler, runtime, API, browser and SQL problems systematically.
Learn faster and code responsibly without outsourcing understanding.
Take these only when your goal needs them — for example, maintaining older Microsoft applications or learning EF Core after Dapper.
Read, understand and maintain existing VB.NET applications with confidence.
Understand and maintain existing ASPX and code-behind applications.
A separate beginner-to-intermediate ORM path after core SQL and Dapper.
Class-based duration
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.
4 classes × 90 minutes per week
A steady pace for students with available evenings. Keep one additional day for assignments and revision.
2 classes × 120–150 minutes per week
Suitable for working learners. Each session combines explanation, demo, a short break and guided practice.
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
Learn roles, requirements, application layers, environments and the terminology used by software teams.
Choose C# for the Microsoft path or Python for a standalone programming and introductory backend path.
Understand relational design and SQL before using application data-access libraries.
Create ASP.NET Core APIs with validation, Dapper, stored procedures, logging and authentication basics.
Learn the web foundation, then choose Angular or React. You do not need both before starting your career.
Use Git, debugging and responsible AI-assisted workflows throughout every feature.
Connect requirement, database, API, frontend, validation, testing, Git and final explanation.
Track dependency map
Every video lesson
Concept → Why it matters → Simple example → Real application example → Demo → Student practice → Debugging → Industry usage
Practical lab structure
Read the requirement, identify terms and confirm the expected result.
Watch a small instructor demo and trace the data and control flow.
Complete a focused exercise without copying a full solution.
Investigate a seeded mistake using tools, logs and evidence.
Add one requirement to the working example independently.
Review the diff, test the result and describe what changed and why.
Final guided project
One realistic beginner-to-intermediate application that proves the student understands the full flow—not an oversized enterprise architecture exercise.
Beginner-friendly FAQ
Yes. It starts with software-industry and programming foundations and does not assume prior framework experience.
No. Python is valuable for AI, data, automation, testing and backend work, but software companies also hire for .NET, Java, frontend, ERP, database, cloud, DevOps, testing and support roles. Choose a target role first, then learn the complete skill combination that role requires.
No. A programming language alone does not guarantee employment. Entry-level readiness also depends on fundamentals, databases, frameworks, tools, debugging, projects, communication, interview preparation and matching real openings.
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.
Choose one first. Both tracks teach frontend fundamentals and ASP.NET Core API integration; you do not need both before applying for fresher roles.
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.
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.
No. Advanced microservices, CQRS, Kubernetes, complex distributed systems and similar topics are intentionally reserved for future career tracks.
AI helps explain, practise, plan, debug and review. Students must understand, test and explain every generated change before committing it.
Yes. The recommended path finishes with a guided full-stack application connecting requirements, SQL Server, Dapper, ASP.NET Core and Angular or React.
Tell us your education, current skills and goal. We’ll recommend a practical sequence without pushing advanced topics too early.
