Erlang

Course Information

Duration: 36 Weeks

Time 1 Hour/Week

CI Code: CODE601

Location: Virtual, Live

Course Fee: Free With Membership / $199 Without Membership

Start Date: Course Schedule Below

Course Time: Check Registration

Student Age Eligibility: 8 - 17 Years

CI Courses

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Expert teachers

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Virtual Students

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Course Hours

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Why Coding Institute

Study Erlang with CI

Objective: This course introduces students to Erlang, a functional programming language well-suited for concurrent, distributed systems. Students will learn Erlang syntax, functional programming basics, and how to build scalable applications.

Methods: Hands-on coding exercises, problem-solving tasks, and practical applications to build a solid foundation in concurrent programming.

Skills Gained: Ability to write, debug, and analyze Erlang programs, manage concurrency, and develop distributed systems.

Understand Erlang syntax, functional programming principles, and concurrency.
Develop and debug Erlang programs, focusing on concurrency and distributed systems.
Use Erlang to solve problems requiring scalability and high availability.
Gain insight into fault-tolerant system design.

Available Start Dates & Times

* ALL COURSES ARE 1 HOUR LONG AND FOLLOW EASTERN TIME

Course Details

This Class is a Virtual Live Class

Modules

The modules listed below are those currently intended for delivery in the current academic intake of this course. These may be subject to change in future years as the University regularly revises.

Semester 1

Weeks 1 - 12: Introduction to Erlang and Functional Programming

Topics: Overview of Erlang, functional programming basics, and setup variables, pattern matching, function definition, recursion, and immutability, pattern matching.

Register for the full course syllabus

Semester 2

Weeks 1 - 12: Concurrent Programming Basics

Topics: Processes, message passing, spawning processes, synchronization, error handling, nodes, distribution, remote function calls.

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Semester 3

Weeks 1 - 12: ETS and Mnesia Databases

Topics: In-memory tables with ETS, distributed database with Mnesia, performance optimization techniques, integrating modules, scaling Erlang applications, design and develop a concurrent application.

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Careers

Learning Outcomes

By the end of this course, students will be able to:

Write and debug Erlang programs for concurrent systems.
Demonstrate understanding of Erlang’s functional programming and message-passing model.
Develop scalable applications using Erlang’s concurrency model.
Apply Erlang to real-world distributed systems.

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Journey Towards Success

Highlights

Comprehensive Learning:

Detailed study for foundational learning and development in coding.

Interactive Learning:

Virtual labs, simulations, and real-world case studies.

Expert Instruction:

Live teaching from experienced professionals in the field.

Career Preparation:

Foundation for advanced studies and careers in coding.

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Code Institute uniquely designed to provide the coding experience to students aged 8 – 17. CI does not discriminate on the basis of race, national origin, gender, or disability.