Web Development
Full-stack web with HTML, CSS, JavaScript, PHP, and MySQL. Combine with .NET to offer both Windows application and web development services — the most versatile technical profile in the Indian IT job market.
₹8,000 3 Months
C# · CLR · ADO.NET · LINQ · WCF
.NET Framework
Complete Course
Master Microsoft's most powerful application development framework — from understanding the Common Language Runtime and C# fundamentals through object-oriented programming, database integration with ADO.NET, query mastery with LINQ, and service-oriented architecture with WCF. Build real Windows applications with 33+ hands-on projects that form a professional portfolio.
C#
CLR
ADO.NET
LINQ
WCF
Windows Apps
30
Classes
30h
Duration
21
Modules
33+
Projects
10–15
Batch Size
Course Details
What You Get
Everything you need to build professional-grade Windows and enterprise applications using Microsoft's .NET framework — from core C# syntax and OOP principles through database-driven apps, service layers, and 33+ real projects you can showcase to employers.
30 Classes · 30 Hours
A comprehensive 30-hour programme spanning 21 modules — from CLR architecture and C# fundamentals through OOP, exception handling, multithreading, file I/O, ADO.NET database integration, LINQ queries, WCF services, and a full section of practical Windows application projects.
ISO & MSME Certificate
Earn a government-recognized, ISO-certified .NET completion certificate — a credential that carries real weight when applying for .NET developer, software engineer, and Windows application developer roles across India's IT industry.
33+ Real Project Builds
Build 33+ working Windows applications including a full-featured Notepad clone, Quiz System, PDF Creator and Viewer, QR Code Generator, database-driven apps with MS Access and SQL Server — a complete portfolio of real, demonstrable software.
Small Batch Sizes
Only 10–15 students per batch ensures every student gets personal attention. Complex topics like CLR memory management, LINQ expression trees, delegate chaining, and ADO.NET connection pooling demand small groups for genuine mastery.
Bengali & Hindi Medium
.NET concepts — JIT compilation, CLR type safety, ADO.NET disconnected architecture, LINQ deferred execution, WCF ABC (Address, Binding, Contract) — explained clearly in Bengali and Hindi so every student understands the internals, not just the syntax.
Database Integration
Learn to connect .NET applications to SQL Server and MS Access databases using ADO.NET — Connection, Command, DataReader, DataSet, and DataAdapter objects. Build real CRUD applications that read, write, update, and delete data from live databases.
Full Curriculum
Course Syllabus
21 comprehensive modules — from CLR internals and C# fundamentals through OOP, exception handling, multithreading, ADO.NET, LINQ, WCF, and 33+ real Windows application projects.
Modules 1 & 2: CLR Architecture & .NET Framework Class Library
Before writing a single line of .NET code, every serious developer must understand the engine that runs it. The Common Language Runtime is the heart of .NET — it manages memory, enforces type safety, handles exceptions, and compiles intermediate language to native code at runtime. Module 2 explores the massive Framework Class Library that gives .NET developers ready-made solutions for everything from collections to networking. Understanding these foundations separates professional .NET developers from those who merely write code.
2 ModulesCLR ArchitectureJIT CompilationIL DisassemblySystem NamespacesType Safety
01
CLR Architecture and ServicesThe Common Language Runtime is .NET's execution engine — it provides memory management through garbage collection, security enforcement, exception handling, thread management, and COM interoperability. Understanding CLR architecture explains why .NET code is "managed" and what that means for performance, safety, and cross-language compatibility. This is the foundation every .NET concept builds upon.
02
The .NET Intermediate Language (IL)When you compile C# code, it doesn't compile directly to machine code — it compiles to Intermediate Language (IL), a CPU-independent bytecode. Understanding IL explains how .NET achieves cross-language integration (C#, VB.NET, and F# all compile to the same IL) and how tools like ILDASM allow you to inspect exactly what your compiler produced — a powerful skill for debugging and optimization.
03
Just-In-Time Compilation and CLSIL doesn't execute directly — the CLR's JIT compiler converts it to native machine code at runtime, method by method, caching compiled results for performance. Understanding JIT explains .NET's "warm up" behavior and why performance characteristics differ from natively-compiled languages. The Common Language Specification (CLS) defines the rules all .NET languages must follow to be fully interoperable — essential for building libraries consumed by multiple languages.
04
Disassembling .NET Applications to ILUsing ILDASM (IL Disassembler) — Microsoft's built-in tool for examining the IL inside any compiled .NET assembly. Reading IL output reveals exactly how the C# compiler translated your code, exposes compiler optimizations, and helps diagnose unexpected behaviors. This reverse-engineering capability is used daily by senior .NET developers for debugging, security analysis, and performance profiling.
05
Strict Type Checking and Framework Class LibraryThe CLR's type system enforces strict type safety at both compile time and runtime — preventing the class of memory corruption bugs that plague C/C++ development. Understanding the Common Type System (CTS) and how value types, reference types, and boxing/unboxing work is fundamental to writing efficient C# code. The Framework Class Library (FCL) provides the System, System.Collections, System.IO, System.Threading, and hundreds of other namespaces — the rich toolkit that makes .NET development highly productive.
Modules 3 & 4: Language Fundamentals — C# Syntax, Data Types, Arrays & Strings
These two modules establish the practical C# programming foundation everything else builds on. Module 3 covers the complete language syntax — every data type, control construct, operator, and variable declaration form that C# offers, including modern features like implicitly typed variables. Module 4 dives deep into arrays and the powerful String class — two of the most commonly used constructs in any .NET application. By module 4's end, students write confident, correct C# code for any computational task.
2 ModulesC# Data TypesValue vs ReferenceControl FlowArraysString ClassCTS Types
01
Data Types and Control ConstructsEvery C# built-in type: int, long, float, double, decimal, char, bool, byte, and their .NET CTS equivalents (System.Int32, System.String, etc.). Value types live on the stack; reference types live on the heap — understanding this distinction is critical for writing memory-efficient code. Control flow: if/else, switch/case with pattern matching, ternary operator, and the null coalescing operator (??).
02
Value Types, Reference Types & Variable DeclarationThe fundamental distinction between value types (struct, enum, all primitives) and reference types (class, interface, delegate, array) — how each is stored in memory, passed to methods (by value vs. by reference), and why this affects program behavior. Declaring variables with explicit types, using var for implicitly typed locals, and const vs. readonly for immutable values.
03
Unicode Characters, Strings & CTS TypesC# strings are immutable reference types backed by System.String — understanding this immutability explains why string concatenation in loops creates performance problems and why StringBuilder is the correct solution. Unicode character handling, escape sequences, verbatim strings (@""), and string interpolation ($"{}") — the modern way to build formatted strings. CTS type relationships: how C# aliases map to .NET types.
04
Implicitly Typed Variables, Conditional Syntax & OperatorsThe var keyword allows the compiler to infer a variable's type from its initialization expression — reducing verbosity without sacrificing type safety. All C# operators: arithmetic, comparison, logical, bitwise, assignment, and the less-known ones (checked/unchecked blocks, is/as type operators). Conditional syntax: if/else, the ternary operator, and switch expressions introduced in modern C#.
05
Looping Syntax and StructuresAll C# loop constructs: for, while, do-while, and foreach — knowing which to use when, and the performance implications of each. Break, continue, and goto (when appropriate). The struct type — a value type alternative to class for small, frequently-copied data containers. Understanding when to prefer struct over class for performance: immutable data, small data size, and stack allocation requirements.
06
Arrays — Declaration, Initialization & ManipulationSingle-dimensional, multi-dimensional (rectangular), and jagged arrays. Declaring arrays of primitive types, objects, and structs. Initializing with array initializer syntax. Accessing elements with index notation and iterating with foreach. Arrays of objects — storing heterogeneous data through polymorphism. The powerful System.Array class methods: Sort, BinarySearch, Copy, Reverse, and IndexOf. Understanding the System.String class and its 40+ methods for search, comparison, transformation, and parsing.
Modules 5 & 6: OOP Concepts — Classes, Properties, Inheritance & Polymorphism
Object-Oriented Programming is the architectural foundation of every non-trivial .NET application. Module 5 covers the complete class design toolkit — encapsulation, constructors, properties, methods, and method overloading. Module 6 extends this with inheritance hierarchies, polymorphism (both runtime and interface), access modifiers, abstract and sealed classes, and operator overloading. Mastering these two modules gives students the ability to design clean, maintainable, extensible software architectures — the skill that separates junior from senior developers.
2 ModulesEncapsulationConstructorsPropertiesInheritancePolymorphismInterfacesAbstract Classes
01
Encapsulation — Classes, Objects & ConstructorsDefining classes as blueprints and instantiating objects with the new keyword. Encapsulation — hiding implementation details behind a clean public interface using access modifiers (public, private, protected, internal, protected internal). Default vs. parameterized constructors — how constructors initialize object state. Constructor overloading: providing multiple ways to create an object. The this keyword for referencing the current instance.
02
Methods — Definition, Types & OverloadingInstance methods vs. static methods — when to use each. Method parameters: value parameters, ref parameters (pass by reference), out parameters (multiple return values), and params arrays (variable argument lists). Method overloading — defining multiple methods with the same name but different signatures, allowing intuitive APIs. Understanding method resolution and why the compiler chooses a particular overload.
03
Properties — Auto, Read-Only & ComputedProperties are the recommended .NET way to expose class data — they look like fields to callers but execute code internally. Auto-implemented properties ({get; set;}) for simple cases. Read-only properties (get-only) for immutable data. Computed properties with full getter/setter implementations for validation and derived values. Property access modifiers — public get with private set for controlled mutation. C# 6+ property initializers and expression-bodied properties.
04
Inheritance Hierarchies & Access ModifiersImplementing single inheritance chains in C# — every class implicitly inherits from System.Object. base keyword for accessing parent class members. Class access modifiers controlling visibility across assemblies. Sealed classes preventing further inheritance. Method hiding with the new keyword vs. method overriding with override — understanding the critical difference between compile-time and runtime method resolution, and why getting this wrong leads to subtle bugs.
05
Polymorphism — Virtual, Abstract & InterfaceRuntime polymorphism through virtual/override — the fundamental mechanism that allows treating objects of different types uniformly. Abstract classes: defining a contract (abstract methods) while providing shared implementation — cannot be instantiated directly. Interfaces: pure contracts with no implementation — a class can implement multiple interfaces simultaneously, solving C#'s single-inheritance limitation. Interface polymorphism: writing code against interfaces rather than concrete classes for maximum flexibility and testability.
06
Operator Overloading, Namespaces & Partial ClassesOperator overloading — defining custom behavior for +, -, *, ==, and other operators on your types, making domain objects behave naturally (adding two Money objects, comparing two Dates). Namespaces for organizing code into logical, collision-avoiding hierarchies and the using directive. Partial classes — splitting a single class definition across multiple files, used extensively by Visual Studio's code generators (Windows Forms designer, Entity Framework).
Modules 7–10: Exception Handling, Delegates, Multithreading & File I/O
These four modules cover the advanced C# features that define professional-grade applications. Exception handling makes applications resilient — they recover gracefully from unexpected conditions rather than crashing. Delegates and events power the event-driven programming model used throughout Windows Forms and WPF. Multithreading enables responsive applications by running work concurrently. File I/O enables applications to persist data, read configuration, and interact with the operating system. Together, these capabilities take C# skills from beginner to production-ready.
4 ModulesTry/Catch/FinallyDelegatesEventsMultithreadingFile/DirectoryStreams
01
Exception Handling — Try, Catch, Finally & Custom ExceptionsThe .NET exception model: System.Exception hierarchy, system-level exceptions (NullReferenceException, IndexOutOfRangeException) vs. application-level exceptions. Try/catch blocks for anticipated errors, multiple catch clauses ordered from specific to general, the finally block for guaranteed cleanup. Throwing exceptions with throw (preserving stack trace) vs. throw ex (resetting it). Creating custom exception classes that carry domain-specific error information — a hallmark of production-quality code.
02
Delegates, Events & Event-Driven ProgrammingDelegates are type-safe function pointers — they store references to methods and can invoke them later, enabling callbacks and pluggable behavior. The relationship between delegates and events: events restrict delegate usage to subscribe/unsubscribe patterns, preventing external callers from invoking or overwriting the delegate list. Multicast delegates — a single delegate variable can reference multiple methods, invoking them all in sequence. Anonymous methods and the transition to lambda expressions.
03
Multithreading — Threads, Synchronization & Thread PoolUnderstanding processes vs. threads and why UI applications must offload long-running work to background threads to stay responsive. System.Threading namespace: Thread class, ThreadStart delegate, thread lifecycle (Unstarted → Running → Sleeping → Dead). Thread safety: when multiple threads access shared data without synchronization, race conditions and data corruption occur. Lock statement, Monitor class, and Interlocked for atomic operations. Thread Pool for efficiently reusing threads. BackgroundWorker component for progress-reporting background work in Windows Forms.
04
File System I/O — Files, Directories & StreamsSystem.IO namespace provides everything needed to interact with the file system. File and Directory static classes for quick operations (File.ReadAllText, File.WriteAllLines, Directory.GetFiles). FileInfo and DirectoryInfo instance classes for richer, reusable file references. Path class for cross-platform path manipulation. DriveInfo for disk space reporting. Streams — the core abstraction for sequential I/O: FileStream for raw bytes, StreamReader/StreamWriter for text, MemoryStream for in-memory data. Binary serialization with BinaryReader/BinaryWriter.
Modules 11–20: ADO.NET Architecture, DataSet Operations & LINQ
Data access is the core capability of most enterprise applications — and this comprehensive ten-module block covers everything from ADO.NET fundamentals through the complete data access object model, DataGridView binding, transaction management, and the revolutionary LINQ technology. ADO.NET's disconnected architecture (DataSet/DataAdapter) and connected architecture (DataReader) are both covered in depth. LINQ (Language-Integrated Query) transforms how .NET developers query data — bringing SQL-like expressiveness directly into C# code for objects, XML, and databases.
10 ModulesADO.NETConnection/CommandDataSetDataReaderDataGridViewTransactionsLINQ to SQLLambda Expressions
01
Introduction to ADO.NET — Architecture & Evolution from ADOADO.NET is Microsoft's data access technology for .NET — a complete redesign of the classic ADO (ActiveX Data Objects) that powered COM-era applications. The fundamental architectural shift: from cursor-based, always-connected data access to a disconnected, dataset-based model optimized for the stateless, distributed nature of web and enterprise applications. Understanding providers (SqlClient for SQL Server, OleDb for Access, ODBC for generic sources) and why the provider model allows database portability.
02
Connection, Command & DataReader ObjectsThe three core ADO.NET objects for connected data access. SqlConnection — managing database connections with connection strings, Open/Close lifecycle, and connection pooling for performance. SqlCommand — executing SQL queries and stored procedures with ExecuteNonQuery (INSERT/UPDATE/DELETE), ExecuteScalar (single value), and ExecuteReader (result sets). SqlDataReader — fast, forward-only, read-only stream of rows from a query — the highest-performance way to read database data in .NET.
03
DataSet, DataTable & DataAdapter — Disconnected ArchitectureThe DataSet is ADO.NET's in-memory relational database — it holds DataTables with DataColumns and DataRows, maintains relationships between tables, and tracks row state (Added, Modified, Deleted, Unchanged). SqlDataAdapter bridges the gap between the database and the DataSet — Fill() populates the DataSet; Update() persists changes back. CommandBuilder automatically generates INSERT/UPDATE/DELETE commands. Working with multiple related DataTables in a single DataSet with DataRelation objects.
04
DataGridView & Data BindingThe DataGridView control is the most powerful data display component in Windows Forms — it shows tabular data from DataSets, DataTables, lists, and any IEnumerable source. Data binding connects UI controls to data sources bidirectionally — changes in the data automatically update the UI and vice versa. RowStateFilter for filtering displayed rows by change state. Implementing full CRUD (Create, Read, Update, Delete) operations through the DataGridView — the foundation of most business data-entry applications.
05
Transactions — ACID Properties & Commit/RollbackDatabase transactions ensure data integrity by making a group of operations atomic — either all succeed or all are rolled back. ACID properties: Atomicity (all or nothing), Consistency (database remains valid), Isolation (concurrent transactions don't interfere), Durability (committed changes persist). SqlTransaction class, Begin/Commit/Rollback methods, and wrapping multiple commands in a transaction. Nested transactions and savepoints for partial rollback — critical for complex business operations like order processing and fund transfers.
06
LINQ — Language Integrated Query with Lambda ExpressionsLINQ is one of the most transformative features in C# history — it brings type-safe, compiler-checked query syntax directly into the language. LINQ to Objects for querying in-memory collections. LINQ to SQL for querying SQL Server databases with LINQ syntax. Understanding deferred execution — LINQ queries don't execute until iterated. Automatic properties, object initializers, anonymous types, and type inference — the C# features LINQ is built on. Lambda expressions as the concise syntax for LINQ predicates and projections. Extension methods — how LINQ methods attach to IEnumerable.
Module 18 & 21: 33+ Windows Application Projects & WCF Services
The final two major sections bring everything together into real, working software. Module 18 is a projects-intensive section where students build 33+ Windows application projects — each demonstrating a specific .NET capability from UI programming to database integration to PDF and QR Code generation. Module 21 introduces Windows Communication Foundation (WCF) — Microsoft's framework for building interoperable, service-oriented applications that expose functionality over a network. WCF is used in enterprise systems where different applications (potentially on different platforms) need to communicate.
33+ ProjectsWCF ServicesNotepad AppQuiz SystemPDF ToolsQR GeneratorDB AppsABC Architecture
P1
Core UI Projects — Controls & InteractionCheckbox, Panel, Tab Control, Splitter, Context Menu Strip, Tooltip, Masked Text Box, and Tree View controls — building rich, interactive Windows Forms UIs. Auto image slider (timer-driven), drag-and-drop picture interface, show/hide system tray icon, transparent background window, and frame-over-titlebar UI effects. Each project demonstrates a specific Windows Forms control or UI interaction pattern found in professional applications.
P2
Notepad Clone — Complete Text EditorBuild a fully functional Notepad replacement with File menu (New, Open, Save, Save As, Print), Edit menu (Cut, Copy, Paste, Select All, Find/Replace), Format menu (Font, Word Wrap), and Status Bar with character/line count. This project demonstrates FileStream, StreamReader/StreamWriter, PrintDocument, FontDialog, ColorDialog, OpenFileDialog, SaveFileDialog, and MenuStrip — a comprehensive tour of Windows Forms capabilities in a single real application.
P3
Database Applications — MS Access & SQL ServerBuilding database-connected Windows Forms applications — student record management, inventory systems, and employee data management with full CRUD operations using DataGridView, SqlConnection, SqlDataAdapter, and DataSet. Both MS Access (OleDb provider) and SQL Server (SqlClient provider) connections. Progress Bar for long-running database operations. CPU Performance NCE Check application using System.Diagnostics.PerformanceCounter to monitor live system metrics.
P4
Advanced Projects — PDF, QR Code & Document PrintingPDF Creator: generating formatted PDF documents from .NET using report libraries — essential for invoice, certificate, and report generation in business applications. PDF Show: embedding a PDF viewer in a Windows Forms application. QR Code Generator: creating QR codes from text/URL input and displaying/saving them as images. Document Print: implementing a complete print pipeline with PrintDocument, PrintPreviewDialog, and PrintDialog — professional-grade document printing support.
P5
Quiz System & Utility ApplicationsA complete Quiz System with question bank loading from XML/database, timer-driven automatic progression, score calculation, result reporting, and a leaderboard — demonstrating XML parsing, Timer control, DataBinding, and MessageBox interactions. Math Functions calculator with complex operator support. String Function explorer demonstrating System.String methods interactively. Setup File creation (MSI installer) using Visual Studio deployment projects — packaging a .NET application for distribution to end users.
W1
WCF — Windows Communication Foundation & Service ArchitectureWCF is the Microsoft standard for building service-oriented applications. The ABC of WCF: Address (where the service lives), Binding (how to communicate — HTTP, TCP, Named Pipe, MSMQ), Contract (what operations the service exposes — ServiceContract and OperationContract). Building a WCF service host (self-hosted and IIS-hosted), generating a client proxy with Add Service Reference, and calling WCF services from Windows Forms and console applications. Understanding when WCF is the right architectural choice vs. REST APIs.
What You'll Learn
Learning Outcomes
Graduate as a confident .NET developer — capable of building database-driven Windows applications, writing clean object-oriented C# code, querying data with LINQ, and architecting service layers with WCF.
Write Professional C# Code
Write clean, correct, and efficient C# code — using the right data types, control structures, and idioms. Understand the CLR, JIT compilation, value vs. reference types, and memory management at a level that makes debugging and optimization instinctive rather than guesswork.
Design Object-Oriented Systems
Design software using encapsulation, inheritance, polymorphism, and interface-driven architecture — the four pillars of OOP in practice. Write extensible class hierarchies, apply the right access modifiers, and use abstract classes and interfaces to build systems that are easy to test, maintain, and extend.
Build Database-Driven Applications
Create complete CRUD applications using ADO.NET — connecting to SQL Server and MS Access, executing queries and stored procedures, binding DataSets to DataGridView controls, managing transactions, and building the data entry and reporting screens that form the core of most enterprise software.
Query Data Fluently with LINQ
Use LINQ to Objects, LINQ to SQL, and lambda expressions to query any data source with type-safe, compiler-checked syntax. Write expressive, readable queries that replace complex foreach loops — filtering, sorting, grouping, joining, and projecting data with the elegance that makes C# a joy to work with.
Build Robust, Thread-Safe Applications
Handle exceptions gracefully so applications recover from errors instead of crashing. Use multithreading to keep UIs responsive during long-running operations. Implement proper synchronization to prevent race conditions and data corruption. Build applications that work correctly under real-world conditions — network failures, large data sets, and concurrent users.
Portfolio of 33+ Real Projects
Graduate with a portfolio of 33+ working Windows applications — Notepad clone, Quiz System, PDF Creator, QR Code Generator, and multiple database applications. These aren't toy examples; they're real, functional software that demonstrates end-to-end .NET development capability to any interviewer or client.
Who Should Join?
This Course Is For You
.NET is one of the most widely deployed enterprise frameworks in the world. Banks, insurance companies, government systems, and thousands of Indian enterprises run on .NET — making .NET developers consistently in high demand.
🎓
CS & IT Students
BCA, MCA, B.Tech, BSc IT, and Diploma students who want to strengthen their OOP fundamentals with a real-world language and framework. .NET expertise makes you more competitive for campus placements — many major IT companies including TCS, Infosys, Wipro, and Cognizant have active .NET practices with regular hiring.
💼
Working Professionals
Developers with experience in other languages (C, C++, Java, VB6) who want to transition into the Microsoft .NET ecosystem. The strongly-typed, OOP-first nature of C# makes it approachable for anyone with programming experience — and the Windows Forms project-heavy curriculum ensures you build tangible skills quickly and can apply them immediately.
🚀
Aspiring Software Engineers
Anyone targeting software engineer roles in Indian IT companies, product companies, or government IT projects. .NET and C# are the foundation for enterprise Windows application development, ERP customization, and legacy system modernization — a huge segment of the Indian IT job market that Java-only developers miss entirely.
FAQ
Frequently Asked Questions
What is the fee for the .NET course at PBA Institute?
The batch class fee is ₹7,000 for the complete course — 30 classes, 30 hours, 21 modules covering CLR, C# fundamentals, OOPs, ADO.NET, LINQ, WCF, and 33+ Windows application projects. One-to-One personalized sessions are available at a higher fee with flexible scheduling. Both options include study materials, software installation support, and an ISO-certified government-recognized certificate.
Do I need prior programming knowledge for the .NET course?
Basic programming familiarity is helpful but not mandatory. The course begins from CLR fundamentals and builds up to C# syntax, OOP, and advanced topics methodically. Students with prior experience in C, C++, Java, or any programming language will find the progression natural. PBA Institute teaches in Bengali and Hindi, ensuring every concept is clearly understood before moving forward.
What software is used in the .NET course?
Students work with Visual Studio (Community Edition — free), the .NET Framework SDK, SQL Server Express, and MS Access. Software installation support is included in the fee — you arrive on day one with a fully configured development environment. The projects section uses additional free libraries for PDF generation and QR Code creation, all of which are covered during class.
Is the .NET course available online?
Yes. PBA Institute offers both online and classroom .NET classes with live instructor demonstrations, hands-on coding sessions, and real-time guidance on projects. Online students receive the same curriculum, the same project exercises, and the same ISO-certified certificate as in-person students.
What jobs can I get after the .NET course?
This course prepares you for roles including .NET Developer, C# Programmer, Software Engineer, Windows Application Developer, Junior .NET Analyst, and .NET Trainee at IT companies, software product companies, and enterprises. The ADO.NET and database skills also qualify you for Data Access Layer developer roles. Many PBA students combine .NET with ASP.NET to target full-stack web development positions in the Microsoft ecosystem.
What is the difference between .NET Framework and .NET Core / .NET 8?
The .NET Framework (what this course covers) is the original Windows-only runtime — it powers the vast majority of existing enterprise Windows applications and remains in widespread production use. .NET Core (evolved into .NET 5, 6, 7, 8+) is Microsoft's modern cross-platform successor. The C# language fundamentals, OOP principles, ADO.NET patterns, LINQ syntax, and architectural concepts you learn in this course transfer directly to .NET Core and modern .NET — making this course the ideal foundation for both maintaining existing systems and building new ones.
Build Real Software on Microsoft's Platform
Ready to Master .NET Development?
Join PBA Institute's .NET course in Howrah. Master C#, CLR, OOP, ADO.NET, LINQ, WCF, and Windows application development across 30 classes. Build 33+ real projects. Earn an ISO certificate and land .NET developer roles in India's booming enterprise IT sector.
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