- Duration: 10 weeks
This is a big course pack. The name is according with our main hardware support- Delorenzo.
On the other hand, the structure of the interconnected skills with topic and life work is shown in next chart.
According with this chart, the course is time structured in three levels: Components, Processes, Management. The course progression goes also in the same order.
-
Maintenance Electric Power Engineer.
- The first standard course is normally organized by processes- the students that follow Electrical Energy Transmission Course will go through specific components (from protection devices, network connection devices, network components), up to the section dedicated to the management level (specific SCADA, or Smart Grid dedicated section. More…
-
Electric Power Quality Engineer.
- The second standard course is dedicated to protection systems in electric power networks. The course covers the protection topics from the entire Electric Power Engineering pack. At the end, the graduates will be able to understand not only the working principles of a protection, but also the particularities related to each individual process. More…
-
Smart Grid functions: synchronization process course.
- The course usually is addressed to the professionals involved in synchronized systems maintenance, or new systems design. In covers main principles and applied methods of synchronization, with related programming algorithms used by SCADA systems. Some synchronization methods are applied to different types of generators’ sources: hydro-systems, wind power plants. More…
-
Smart Grid Functions: power factor compensation and control course.
- The course is dedicated first to the designers that want to implement power factor compensation (PFC) function into higher level energy management system. It covers main methods of PFC,, then, as practical application we train professionals in Double Fed Induction Generator used in wind energy systems. More…
-
Smart Grid Functions: Cost- based management of energy course.
- The approach of this course is done according with so called “Security constrained Unit Commitment” management method, where the main training focus is on Realizable Energy Delivery Formulation, according with a financial plan. More…
-
Smart Grid Functions: renewable energy insertion course.
- It covers the four most important so called alternative energy sources (wind, photovoltaic, micro- hydro system, different variants of local thermal sources) that might be integrated into energetic system and managed by a SCADA. In terms of energy management, the approach covers topics like estimation, injection methods, maintenance and injection costs. More…
-
Overview
In this section we'll show you how this course has been structured and how to get the most out of it. We'll also show you how to solve the exercises and submit quizzes.
-
Basics
In this section you'll learn some basic concepts of programming languages and how to use them. You'll also learn how to write clean code using different code editors and tools.
-
Lecture 2.1Working with Strings – Part 940m
-
Lecture 2.2Working with Numbers – Part 935m
-
Lecture 2.3Tuples, Sets, and Booleans – Part 920m
-
Lecture 2.4Regular Expressions – Part 920m
-
Lecture 2.5Version Control – Part 930m
-
Quiz 2.1Function Exercises – Part 910m
-
Quiz 2.2Model Forms Exercise – Part 910m
-
-
Advanced
In this section you'll learn some core concepts of Object Oriented Programming. You'll also learn how to structure the data, debug and handling exceptions.
-
Lecture 3.1Object Oriented Programming – Part 917m
-
Lecture 3.2Control Flow – Part 918m
-
Lecture 3.3Modules and Packages – Part 913m
-
Quiz 3.1Templating Engine – Part 910m
-
-
Conclusion
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry’s standard dummy text ever since the 1500s, when an unknown printer took a galley of type.
-
Lecture 4.1Errors and Exceptions – Part 945m
-