Learn SikuliX Automation in Java and Python and create real world applications, Learn how to automate any Application

Need a solution for long running/scheduled background .NET jobs? Hangfire is a framework that can be used to reliably create, process, and manage asynchronous .NET background jobs. In this course, learn how to use Hangfire in your .NET applications.

SRE is how Google runs production systems, promoting high availability with high velocity and removing operational toil. It achieves the same goals as DevOps without the culture shift, so it's a better option for many digital transformations.

This session compares slowdowns vs. outages and the need for insight more than observability. By understanding the difference, you'll be ready to drive agile applications, gain funding for lowering technical debt, and focus on customer retention.

A self-contained course on the fundamentals of modern optimization with equal emphasis on theory, implementation, and application. We consider linear and nonlinear optimization problems, including network flow problems and game-theoretic models in which selfish agents compete for shared resources. We apply these models to a variety of real-world scenarios.

This course will help you becoming a better software engineer by mastering the subject with the help of elaborated concepts, case studies, and a project.

Explore software architecture principles in Java, learning to design scalable and maintainable applications with best practices.

This course will demonstrate that it is possible to use patterns in the development of C programs and how it adds benefits to C programming.

This course helps you become a better software engineer by mastering design patterns in software engineering.

Explore the essentials of software development by creating small, standalone applications using modern programming techniques.

Software engineers are in high demand, yet software engineering is often misunderstood. What is software engineering and why is it important? What are the building blocks of software engineering? And what are the processes and methods that differentiate it as a discipline? This course aims to answer all of the above questions, and give the audience the absolute essential knowledge about software engineering.

Learn about modularity, documentation, and automated testing to help you solve data science problems more quickly and reliably.