Curricula

Objective

This course is particularly important because it provides you with essential expertise in the design and analysis of intelligent electrical systems, while emphasizing the perspective of sustainable development. In today's world, intelligent electrical systems are crucial in electric motor drives, electric vehicle charging, solar panel systems, and distributed energy production.

EUR-ACE ENGINEERING PRACTICE

You are capable of designing and analyzing intelligent electrical systems, such as electric vehicle charging systems, solar power systems, controlled electric motor drives, and distributed energy generation solutions. You are familiar with the technical solutions used in these systems. You also understand safety considerations, regulatory requirements, and environmental aspects.

Content

This course is particularly important as it provides you with essential skills in designing and analyzing smart electrical systems, while emphasizing the perspective of sustainable development. Nowadays, smart electrical systems are crucial in electric motor drives, electric vehicle charging, solar panel systems, and distributed energy production. You will learn to design and analyze smart electrical systems such as electric vehicle charging systems, photovoltaic systems, regulated electric motor drives, and distributed energy production solutions. You will also understand safety considerations, regulatory requirements, and environmental aspects.

Concepts and Significance of Intelligent Electrical Systems.
Principles and Types of Electric Motors.
Design and Control of Motor Drives in Intelligent Systems.
Charging Standards and Protocols for Electric Vehicles.
Design and Management of Charging Infrastructure.
Principles of Solar Power Systems.
Needs and Benefits of Distributed Energy Generation.
Energy Storage and Integration of Distributed Energy Generation into Intelligent Systems.
Safety Considerations in Intelligent Electrical Systems.
Assessment of Environmental Impact in Intelligent Electrical Systems.
Improving Energy Efficiency and Sustainable Practices.

Qualifications

Sähkötekniikan ja elektroniikan perusosaaminen

Assessment criteria, satisfactory (1)

Adequate (1):
You have a basic understanding and appreciation of the technical solutions, safety, regulatory and environmental aspects that need to be taken into account when designing smart electricity systems. You still need guidance and support in the design of intelligent electrical systems.

Satisfactory (2):
You have a basic understanding of technical solutions, safety aspects, regulatory requirements and environmental considerations and are able to apply this knowledge to simple tasks in the design of intelligent electrical systems, but need guidance and support in applying this knowledge in more demanding situations.

Assessment criteria, good (3)

Good (3):
You have a good understanding of technical solutions, safety aspects, regulatory requirements and environmental considerations, and are able to apply this knowledge to a variety of design tasks. You are able to design and apply intelligent electronic systems solutions independently in most situations.

Very good (4):
You are able to design and apply intelligent electronic systems solutions independently and accurately. You have an in-depth understanding of technical solutions, safety aspects, regulatory requirements and environmental considerations and are able to apply this knowledge in a variety of situations.

Assessment criteria, excellent (5)

Excellent (5):
You can design intelligent electronic systems solutions that are innovative and efficient. You are able to independently apply and analyse what you have learned in new and challenging contexts. You will demonstrate an in-depth understanding of technical solutions, security aspects, regulatory requirements and environmental considerations.