CF

Advanced Software Engineering Fundamentals

8h 3m 38s
English
Paid

"Advanced Software Development Principles" is a course that will help you go beyond the usual boundaries and elevate your development skills to a new level.

The course is designed for an in-depth study of advanced software engineering topics. You will learn to create complex applications in multiple programming languages and master various development paradigms.

While the course covers fundamental principles, it goes beyond standard introductory programs, forming a truly solid and comprehensive knowledge base.

During the training you will:

  • Learn programming languages Rust and Go;
  • Gain practical experience in working with multithreading and parallel computing;
  • Understand the principles of virtualization through Docker;
  • Learn container orchestration using Docker Compose;
  • Create real-time applications with WebSockets;
  • Master compiling applications into WebAssembly (WASM) and discover how to build efficient web applications that run directly in the browser;
  • Understand the basics of state management in complex systems.

This course is your path to a deep understanding of development principles and the creation of reliable, scalable, and modern applications.

About the Author: Caleb Curry

Caleb Curry thumbnail

Caleb Curry is a US software engineer and educator publishing programming course material at the level of a comprehensive software-engineering career path. His teaching focuses on the foundational engineering skills underneath modern web and back-end work — language fundamentals, design patterns, debugging, and the soft-skills side of growing as an engineer.

His CourseFlix listing carries four Caleb Curry titles: Software Engineering Beginner Fundamentals, Intermediate Software Engineering Fundamentals, Advanced Software Engineering Fundamentals, and the CodeBreakthrough Vault — together forming a tiered curriculum that takes a beginner through to senior-level engineering practice.

Material is paid and aimed at developers building real career-grade engineering competence rather than picking up framework syntax. For broader career-focused content, see CourseFlix's Career & Interviews category page.

Watch Online 30 lessons

This is a demo lesson (10:00 remaining)

You can watch up to 10 minutes for free. Subscribe to unlock all 30 lessons in this course and access 10,000+ hours of premium content across all courses.

View Pricing
0:00
/
#1: 1.1 - Section Overview
All Course Lessons (30)
#Lesson TitleDurationAccess
1
1.1 - Section Overview Demo
06:05
2
1.2 - OSS and Docs
22:16
3
1.3 - Dockerfile
11:01
4
1.4 - Docker Compose
19:27
5
1.5 - Monorepos + Frontend
10:41
6
1.6 - Containerized SDK
26:44
7
1.7 - Building TypeScript SDK
29:11
8
1.8 - React Crash Course
25:05
9
1.9 - Collections and Filtering
15:23
10
1.10 - Detail Pages
19:14
11
2.1 - Custom Components
23:41
12
2.2 - Custom Components - Part 2
04:38
13
2.3 - Passing State through react-router-dom
03:15
14
2.4 - Edit and Delete Modal
13:25
15
2.5 - Client side Pagination
14:53
16
2.6 - Styling
29:39
17
2.7 - Styling - Part 2
25:51
18
2.8 - Axios Interceptors
26:36
19
2.9 - Login and Register Page
20:21
20
2.10 - Using localStorage and Context
25:20
21
3.1 - Intro
13:17
22
3.2 - Backend Rust Essentials
05:48
23
3.3 - Setting up Our Services
06:18
24
3.4 - Protocol Buffers
06:26
25
3.5 - Example Serialization
16:51
26
3.6 - Intro to Go and Concurrency
05:53
27
3.7 - Generating Data (Go)
07:28
28
3.8 - Receiving Protobuf data (TypeScript)
08:00
29
3.9 - WebSocket Connection (TypeScript)
22:53
30
3.10 - Receiving and Displaying WebSocket Data
17:58
Unlock unlimited learning

Get instant access to all 29 lessons in this course, plus thousands of other premium courses. One subscription, unlimited knowledge.

Learn more about subscription

Related courses

Frequently asked questions

What prerequisites are required for this course?
Prospective students should have a foundational understanding of software development principles and experience with at least one programming language. Familiarity with web development and basic concepts of containerization, as well as knowledge of JavaScript and TypeScript, will be advantageous since the course covers advanced topics like Docker, React, and TypeScript SDKs.
What types of projects will students build during the course?
Students will engage in building complex applications using various technologies. They will work with containerization tools like Docker, develop React applications, and handle backend services using Rust. Additionally, projects include working with Protocol Buffers, implementing WebSocket connections, and creating custom components and modals.
Who is the target audience for this course?
The course is designed for advanced software developers looking to deepen their understanding of modern development paradigms and technologies. It suits professionals seeking to enhance their skills in multi-language application development and those interested in mastering tools like Docker, React, TypeScript, Rust, and Go.
What specific tools and platforms are covered in the course?
The course covers a range of tools and platforms including Docker for containerization, React for front-end development, and TypeScript for building SDKs. It also dives into backend development using Rust, Go for concurrency, and Protocol Buffers for data serialization.
What is not covered in this course?
The course does not cover introductory programming concepts or basic software development principles. It assumes prior knowledge and does not include beginner-level instruction in programming languages or fundamental web development skills. Additionally, it does not focus on non-technical aspects such as project management or user experience design.
What is the expected time commitment for this course?
The course comprises 30 lessons, each focusing on advanced topics. While the exact runtime is unspecified, students should allocate significant time for both lesson engagement and hands-on practice. This includes exercises involving Docker, React, TypeScript, and backend services, which may require additional time outside of scheduled learning.
How does this course support career advancement in software engineering?
By mastering advanced software engineering topics such as Docker, React, TypeScript, and concurrency with Go, students can significantly enhance their technical skill set. These competencies are highly valued in the industry and can lead to opportunities in roles that require expertise in building scalable, efficient, and maintainable software solutions.