Introduction to Functional Programming (with Haskell) Training

Live Online & Classroom Enterprise Training

This course introduces the core principles of functional programming using Haskell. Learners will understand how to write clear, predictable, and maintainable programs by focusing on immutability, pure functions, and declarative problem-solving techniques.

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What is Introduction to Functional Programming (with Haskell) Training about?

Functional programming is a powerful paradigm widely used in modern software development, data processing, and concurrent systems. This course provides a foundational understanding of functional programming concepts through Haskell, enabling learners to think differently about problem-solving and program design.

What are the objectives of Introduction to Functional Programming (with Haskell) Training ?

Understand the fundamentals of functional programming
Learn core Haskell syntax and functional constructs
Apply immutability and pure functions in code
Write simple functional programs using Haskell
Develop a functional mindset for problem solving

Who is Introduction to Functional Programming (with Haskell) Training for?

Beginner programmers exploring new paradigms
Software developers transitioning to functional programming
Computer science students
Data and analytics professionals
Engineers interested in declarative programming

What are the prerequisites for Introduction to Functional Programming (with Haskell) Training?

Prerequisites:

Basic programming knowledge
Familiarity with variables and functions
Understanding of basic data types
Logical thinking and problem-solving skills
No prior Haskell experience required

Learning Path:

Programming Fundamentals
Introduction to Functional Programming Concepts
Haskell Basics and Syntax
Functional Data Structures and Functions
Advanced Functional Programming and Applications

Related Courses:

Functional Programming Principles
Advanced Haskell Programming
Scala Functional Programming
Programming Paradigms Overview

Available Training Modes

Live Online Training

6 Days

Course Outline Expand All

Expand All

Module 1: Introduction to Haskell and the GHCI Interpreter

Overview of Haskell as a functional language

Installing and setting up GHC and GHCI

Using GHCI for interactive evaluation

Basic syntax and expressions

Running simple Haskell programs

Module 2: Function Definitions in Haskell

Defining functions and type signatures

Guards and conditional expressions

Pattern matching techniques

Recursive function design

Common recursion patterns

Module 3: Lists, Strings, and Tuples

List creation and manipulation

Strings as lists of characters

Tuple structure and usage

Accessing elements

Common list operations

Module 4: Types and Polymorphism

Static typing in Haskell

Type inference mechanism

Parametric polymorphism

Type annotations

Benefits of strong typing

Module 5: Higher-Order Functions on Lists

Functions as first-class citizens

Using map and filter

Folding lists

List comprehensions

Functional programming patterns

Module 6: Lazy Evaluation and Infinite Structures

Computation as rewriting

Lazy evaluation concepts

Infinite lists and streams

Benefits of laziness

Performance considerations

Module 7: Conditional Polymorphism and Type Classes

Introduction to type classes

Common type classes (Eq, Ord, Show)

Defining custom type classes

Instances and constraints

Polymorphism via type classes

Module 8: User-Defined Data Types

Algebraic data types

Defining custom lists and queues

Tree data structures

Pattern matching on data types

Recursive data definitions

Module 9: Input/Output and the GHC Compiler

IO actions and monads (introductory)

Reading from and writing to files

Console input/output

Compiling Haskell programs with GHC

Managing modules and packages

Module 10: Arrays

Array basics in Haskell

Immutable array concepts

Array indexing and updates

Use cases for arrays

Performance considerations

Who is the instructor for this training?

The trainer for this Introduction to Functional Programming (with Haskell) Training has extensive experience in this domain, including years of experience training & mentoring professionals.

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