Antennas and Microwave Engineering

Radio science and engineering is the basis of everything that transmits or receives electromagnetic waves, such as wireless communications devices, radars, or wireless sensors.

This minor provides you with the ability to perform scientific research on new electromagnetic phenomena and to develop components and systems, or to invent new wireless gadgets for the present and future wireless world.

Upon successfully finalizing the microwave engineering minor you will possess knowledge of fundamental and applied electromagnetics, wireless devices and systems, and the related mathematical tools. This includes understanding of radiowave propagation and interactions of electromagnetic fields and matter.

Furthermore, you will gain the ability to use this understanding for creating new components and systems for future wireless sensing and communications applications. So, you will have the proficiency to translate your expertise into new technological solutions for environmental, well-being, and communications challenges in the industry and academia.

You should have sufficient pre-requisite knowledge (i.e. the understanding of electromagnetic fields, of electronic circuit design, and of relevant mathematical methods) for the compulsory course (Basics of RF Technology). If you do not feel confident, it is strongly recommended that you choose relevant basic courses, i.e. ELEC-E3120, ELEC-D9130 and/or ELEC-E9111, from the course list below to attend before the compulsory course.

Basic information

Code: ELEC3053
Extent: 25 ECTS
Curriculum: 2024–2026 2022–2024 2020–2022
Level: Advanced studies
Language of learning: English
Theme: Advanced energy solutions ICT and digitalisation
Target group: All Aalto students
Teacher in charge: Jari Holopainen
Administrative contact: Jenni Tulensalo
Organising department: Department of Electronics and Nanoengineering
School: School of Electrical Engineering
Prerequisites: Understanding of electromagnetic fields, of electronic circuit design, and of relevant mathematical methods.
Quotas and restrictions: -
Application process: No separate application procedure.

Intended learning outcomes

Radio science and engineering is the basis of everything that transmits or receives electromagnetic waves, such as wireless communications devices, radars, or wireless sensors.

This minor provides you with the ability to perform scientific research on new electromagnetic phenomena and to develop components and systems, or to invent new wireless gadgets for the present and future wireless world.

Upon successfully finalizing the microwave engineering minor you will possess knowledge of fundamental and applied electromagnetics, wireless devices and systems, and the related mathematical tools. This includes understanding of radiowave propagation and interactions of electromagnetic fields and matter.

Furthermore, you will gain the ability to use this understanding for creating new components and systems for future wireless sensing and communications applications. So, you will have the proficiency to translate your expertise into new technological solutions for environmental, well-being, and communications challenges in the industry and academia.

Content description

You should have sufficient pre-requisite knowledge (i.e. the understanding of electromagnetic fields, of electronic circuit design, and of relevant mathematical methods) for the compulsory course (Basics of RF Technology). If you do not feel confident, it is strongly recommended that you choose relevant basic courses, i.e. ELEC-E3120, ELEC-D9130 and/or ELEC-E9111, from the course list below to attend before the compulsory course.

Content

Code: ELEC3053

Extent: 25 ECTS

Curriculum: 2024–2026

Level: Masters

Language of instruction: English

Theme: Advanced energy solutions ICT and digitalisation

Teacher in charge: Ville Viikari

Administrative contact: Jenni Tulensalo

Organising department: Department of Electronics and Nanoengineering

Target group: All Aalto students

Prerequisites: Understanding of electromagnetic fields, of electronic circuit design, and of relevant mathematical methods.

Quotas and restrictions: -

Application process: No separate application procedure.

Radio science and engineering is the basis of everything that transmits or receives electromagnetic waves, such as wireless communications devices, radars, or wireless sensors.

This minor provides you with the ability to perform scientific research on new electromagnetic phenomena and to develop components and systems, or to invent new wireless gadgets for the present and future wireless world.

Upon successfully finalizing the microwave engineering minor you will possess knowledge of fundamental and applied electromagnetics, wireless devices and systems, and the related mathematical tools. This includes understanding of radiowave propagation and interactions of electromagnetic fields and matter.

Furthermore, you will gain the ability to use this understanding for creating new components and systems for future wireless sensing and communications applications. So, you will have the proficiency to translate your expertise into new technological solutions for environmental, well-being, and communications challenges in the industry and academia.

There is one compulsory course: ELEC-E4420 Microwave Engineering 1 (5 ECTS). At least two elective courses are to be chosen from microwave engineering related courses, see list below (10 ECTS), and two elective courses can be chosen from any ELEC-E4xyz courses (10 ECTS). Total credits required: 25 ECTS.

While making your study plan, you should verify that you have the pre-requisites (i.e. the understanding of electromagnetic fields, of electronic circuit design, and of relevant mathematical methods) needed for the compulsory course (Microwave Engineering I). If you do not feel confident, it is strongly recommended that you choose relevant basic courses, i.e. ELEC-E3120, ELEC-E4130 and/or ELEC-E9111, from the course list below to attend before the compulsory course.

Basic information

Sivuaine suomeksi: Mikroaaltotekniikka

Biämne på svenska: Microvågsteknik

Code: ELEC3053

Extent: 25 ECTS

Language: English

Teacher in charge: Ville Viikari

Target group: All students with sufficient prerequisite knowledge.

Application process: No separate application procedure.

Prerequisites: understanding of electromagnetic fields, of electronic circuit design, and of relevant mathematical methods

Content and structure of the minor

Radio science and engineering is the basis of everything that transmits or receives electromagnetic waves, such as wireless communications devices, radars, or wireless sensors.

This minor provides you with the ability to perform scientific research on new electromagnetic phenomena and to develop components and systems, or to invent new wireless gadgets for the present and future wireless world.

Upon successfully finalizing the microwave engineering minor you will possess knowledge of fundamental and applied electromagnetics, wireless devices and systems, and the related mathematical tools. This includes understanding of radiowave propagation and interactions of electromagnetic fields and matter.

Furthermore, you will gain the ability to use this understanding for creating new components and systems for future wireless sensing and communications applications. So, you will have the proficiency to translate your expertise into new technological solutions for environmental, well-being, and communications challenges in the industry and academia.

There is one compulsory course: ELEC-E4420 Microwave Engineering 1 (5 ECTS). At least two elective courses are to be chosen from microwave engineering related courses, see list below (10 ECTS), and two elective courses can be chosen from any ELEC-E4xyz courses (10 ECTS). Total credits required: 25 ECTS.

While making your study plan, you should verify that you have the pre-requisites (i.e. the understanding of electromagnetic fields, of electronic circuit design, and of relevant mathematical methods) needed for the compulsory course (Microwave Engineering I). If you do not feel confident, it is strongly recommended that you choose relevant basic courses, i.e. ELEC-E3120, ELEC-E4130 and/or ELEC-E9111, from the course list below to attend before the compulsory course.

Basic information

Sivuaine suomeksi: Mikroaaltotekniikka

Biämne på svenska: Microvågsteknik

Code: ELEC30xx

Credits: 25 ECTS

Responsible professors: Ari Sihvola, Ville Viikari, Sergei Tretyakov, Antti Räisänen, Konstantin Simovski, Keijo Nikoskinen, and Katsuyuki Haneda.

Content and structure of the minor

Radio science and engineering is the basis of everything that transmits or receives electromagnetic waves, such as wireless communications devices, radars, or wireless sensors.

This minor provides you with the ability to perform scientific research on new electromagnetic phenomena and to develop components and systems, or to invent new wireless gadgets for the present and future wireless world.

Upon successfully finalizing the microwave engineering minor you will possess knowledge of fundamental and applied electromagnetics, wireless devices and systems, and the related mathematical tools. This includes understanding of radiowave propagation and interactions of electromagnetic fields and matter.

Furthermore, you will gain the ability to use this understanding for creating new components and systems for future wireless sensing and communications applications. So, you will have the proficiency to translate your expertise into new technological solutions for environmental, well-being, and communications challenges in the industry and academia.

There is one compulsory course: ELEC-E4420 Microwave Engineering 1 (5 ECTS). At least two elective courses are to be chosen from Radio Science and Engineering related courses, see list below (10 ECTS), and two elective courses can be chosen from any ELEC-E4xyz courses (10 ECTS). Total credits required: 25 ECTS.

While making your study plan, you should verify that you have the pre-requisites (i.e. the understanding of electromagnetic fields, of electronic circuit design, and of relevant mathematical methods) needed for the compulsory course (Microwave Engineering I). If you do not feel confident, it is strongly recommended that you choose relevant basic courses, i.e. ELEC-E3120, ELEC-E4130 and/or ELEC-E3150, from the course list below to attend before the compulsory course.