Requirements

• Basic Programming Knowledge – Familiarity with any programming language (e.g.
• Python
• Java
• or C).
• Understanding of Functional Programming (Preferred) – Knowledge of functional programming concepts like recursion
• higher-order functions
• and immutability is helpful but not mandatory.
• Basic Knowledge of Concurrency Concepts – Awareness of concurrency
• parallelism
• and distributed systems will be beneficial
• Development Environment Setup – Ability to install Erlang/OTP and work with a code editor (instructions will be provided).

Description

Welcome to "Erlang Practice Questions: From Basics to Advanced Topics", a comprehensive practice course designed to help you master Erlang programming through a wide range of carefully curated questions. Whether you're just starting your journey with Erlang or looking to sharpen your skills for professional development, this course will provide you with the knowledge and confidence to excel.

Erlang is renowned for its powerful capabilities in building scalable, fault-tolerant, and concurrent systems. It's widely used in telecommunications, messaging systems, and distributed applications where reliability and uptime are critical. This course focuses on testing and reinforcing your understanding of these core aspects of Erlang through practical and challenging questions.

What You’ll Learn:

• Grasp the fundamentals of Erlang syntax, data types, and functional programming concepts.

• Master concurrency and process management with Erlang’s lightweight processes and message passing.

• Implement fault-tolerant systems using Erlang’s robust error-handling mechanisms.

• Deepen your understanding of the Open Telecom Platform (OTP) framework to build scalable applications.

• Solve real-world challenges with advanced Erlang topics such as distributed computing, hot code swapping, and system design.

Why This Course Stands Out:

This practice-focused course is designed to test your theoretical knowledge and practical problem-solving skills. With a progression from basic to advanced levels, each section builds upon the previous one, ensuring a well-rounded mastery of Erlang. You’ll find a variety of question formats, including multiple-choice, code analysis, debugging exercises, and scenario-based questions that reflect real-world applications.

Who Should Take This Course?

• Developers and engineers eager to master functional programming and concurrency with Erlang.

• Backend developers building scalable and fault-tolerant systems.

• Computer science students seeking a deeper understanding of Erlang for academic or professional purposes.

• Professionals preparing for Erlang certification exams or technical interviews.

• System architects and DevOps engineers looking to design robust, distributed systems.

Course Features:

• Hundreds of practice questions covering beginner to advanced topics.

• Detailed explanations and solutions for every question.

• Real-world scenarios and practical challenges to enhance problem-solving skills.

• Self-paced learning with lifetime access to course materials.

• Resources and guidance for setting up Erlang/OTP on your local development environment.

By the end of this course, you’ll not only have a thorough understanding of Erlang but also the confidence to apply it to complex, real-world problems. Whether you’re preparing for interviews, certifications, or building your own distributed applications, this course will set you on the path to becoming an Erlang expert.

Enroll now and start mastering Erlang, from the basics to advanced topics!

Who this course is for:

• Aspiring Functional Programmers – Developers looking to dive into functional programming using Erlang
• Backend Developers – Professionals interested in building scalable
• concurrent
• and fault-tolerant backend systems
• Software Engineers in Telecom & Messaging Systems – Engineers working on distributed systems
• real-time applications
• or telecom projects
• Computer Science Students – Learners who want to explore Erlang for academic projects or deepen their understanding of concurrency and distributed computing