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The Bachelor of Science in Electronic Engineering provides students with a broad scientific and technological education on all aspects related to the wide and fascinating world of electronic devices, circuits and systems. Graduates are able to develop and use electronic methods and tools with an engineering mindset to address common electronic problems over a wide spectrum of applications. The curriculum of the Bachelor degree in Electronics is based on 3-year courses and is characterized by initial three semesters in which the student acquires a solid scientific ground, studying the essential elements of fundamental disciplines (physics, mathematics and chemistry) that constitute the necessary basis of engineering studies. The electronic preparation takes shape over the next three semesters with courses that introduce and define the major areas of modern electronics, i.e. analog electronic circuits, digital circuits, optoelectronic devices and microcontrollers and deepen the main aspects of the application where the electronic principles add value to the products. The electronic preparation is accompanied and completed during the same three semesters with the study of the fundamentals of other disciplines related to Information and Communications Technologies (ICT), such as automation control, telecommunications and programming, in order to reach a comprehensive preparation, solid and well articulated. In the last six months, students have the possibility of an internship in one of the many companies in the electronic sector, so as to acquire specific professional skills.
Graduates in Electronic Engineering are able to cover technical and technical-organisational roles in a very broad range of companies, from the semiconductor and integrated circuit industries to consumer electronics, instrumentation, optoelectronics and robotics&automation industries as well as in other market segments where electronics is not the core activity but is an enabling technology like ICT, Media partners, Aerospace and others companies in the innovation chain.
LANGUAGE: Italian
Programme overview
Main Subject
Engineering - Electrical and Electronic
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
The Bachelor of Science in Electronic Engineering provides students with a broad scientific and technological education on all aspects related to the wide and fascinating world of electronic devices, circuits and systems. Graduates are able to develop and use electronic methods and tools with an engineering mindset to address common electronic problems over a wide spectrum of applications. The curriculum of the Bachelor degree in Electronics is based on 3-year courses and is characterized by initial three semesters in which the student acquires a solid scientific ground, studying the essential elements of fundamental disciplines (physics, mathematics and chemistry) that constitute the necessary basis of engineering studies. The electronic preparation takes shape over the next three semesters with courses that introduce and define the major areas of modern electronics, i.e. analog electronic circuits, digital circuits, optoelectronic devices and microcontrollers and deepen the main aspects of the application where the electronic principles add value to the products. The electronic preparation is accompanied and completed during the same three semesters with the study of the fundamentals of other disciplines related to Information and Communications Technologies (ICT), such as automation control, telecommunications and programming, in order to reach a comprehensive preparation, solid and well articulated. In the last six months, students have the possibility of an internship in one of the many companies in the electronic sector, so as to acquire specific professional skills.
Graduates in Electronic Engineering are able to cover technical and technical-organisational roles in a very broad range of companies, from the semiconductor and integrated circuit industries to consumer electronics, instrumentation, optoelectronics and robotics&automation industries as well as in other market segments where electronics is not the core activity but is an enabling technology like ICT, Media partners, Aerospace and others companies in the innovation chain.
LANGUAGE: Italian
Admission Requirements
4+
3+
If you want to enrol in a course taught in Italian, you have to prove: proficiency in the Italian language, prior to enrolment. You can fulfil the language requirement, if you: are a citizen of either Italy or the Republic of San Marino or the Swiss Canton of Ticino; the information will be verified through the document of identification you uploaded to Online Services; or have a qualification, at least upper secondary school level, obtained in Italian; the Politecnico will verify the information with the school that awarded you the degree; or have an appropriate B2 level certification of proficiency in the Italian language issued by the CLIQ (Certificazione Lingua Italiana di Qualità). In this case, please upload the certification you have in the test registration and enrolment application. Proficiency in English is not an entry requirement, but it is necessary to continue and complete your Laurea (equivalent to Bachelor of Science) programme. If you do not provide evidence of proficiency in English, you will be assigned the OFA ENG (additional educational obligations for English), which entails certain career limitations. Engineering students: they sit the TENG at the same sitting as the Test on Line (TOL) admission test.
3 Years
Sep
Feb
Tuition fees
Domestic
167 EUR
International
167 EUR
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
Electronic Engineering
Milano Leonardo, Milan,, Italy
36 monthsProgramme duration
167 EURTuition Fee/year
Sep, FebStarting Month
Programme overview
Main Subject
Engineering - Electrical and Electronic
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
The Bachelor of Science in Electronic Engineering provides students with a broad scientific and technological education on all aspects related to the wide and fascinating world of electronic devices, circuits and systems. Graduates are able to develop and use electronic methods and tools with an engineering mindset to address common electronic problems over a wide spectrum of applications. The curriculum of the Bachelor degree in Electronics is based on 3-year courses and is characterized by initial three semesters in which the student acquires a solid scientific ground, studying the essential elements of fundamental disciplines (physics, mathematics and chemistry) that constitute the necessary basis of engineering studies. The electronic preparation takes shape over the next three semesters with courses that introduce and define the major areas of modern electronics, i.e. analog electronic circuits, digital circuits, optoelectronic devices and microcontrollers and deepen the main aspects of the application where the electronic principles add value to the products. The electronic preparation is accompanied and completed during the same three semesters with the study of the fundamentals of other disciplines related to Information and Communications Technologies (ICT), such as automation control, telecommunications and programming, in order to reach a comprehensive preparation, solid and well articulated. In the last six months, students have the possibility of an internship in one of the many companies in the electronic sector, so as to acquire specific professional skills.
Graduates in Electronic Engineering are able to cover technical and technical-organisational roles in a very broad range of companies, from the semiconductor and integrated circuit industries to consumer electronics, instrumentation, optoelectronics and robotics&automation industries as well as in other market segments where electronics is not the core activity but is an enabling technology like ICT, Media partners, Aerospace and others companies in the innovation chain.
LANGUAGE: Italian
Programme overview
Main Subject
Engineering - Electrical and Electronic
Degree
BSc
Study Level
Undergraduate
Study Mode
On Campus
The Bachelor of Science in Electronic Engineering provides students with a broad scientific and technological education on all aspects related to the wide and fascinating world of electronic devices, circuits and systems. Graduates are able to develop and use electronic methods and tools with an engineering mindset to address common electronic problems over a wide spectrum of applications. The curriculum of the Bachelor degree in Electronics is based on 3-year courses and is characterized by initial three semesters in which the student acquires a solid scientific ground, studying the essential elements of fundamental disciplines (physics, mathematics and chemistry) that constitute the necessary basis of engineering studies. The electronic preparation takes shape over the next three semesters with courses that introduce and define the major areas of modern electronics, i.e. analog electronic circuits, digital circuits, optoelectronic devices and microcontrollers and deepen the main aspects of the application where the electronic principles add value to the products. The electronic preparation is accompanied and completed during the same three semesters with the study of the fundamentals of other disciplines related to Information and Communications Technologies (ICT), such as automation control, telecommunications and programming, in order to reach a comprehensive preparation, solid and well articulated. In the last six months, students have the possibility of an internship in one of the many companies in the electronic sector, so as to acquire specific professional skills.
Graduates in Electronic Engineering are able to cover technical and technical-organisational roles in a very broad range of companies, from the semiconductor and integrated circuit industries to consumer electronics, instrumentation, optoelectronics and robotics&automation industries as well as in other market segments where electronics is not the core activity but is an enabling technology like ICT, Media partners, Aerospace and others companies in the innovation chain.
LANGUAGE: Italian
Admission Requirements
proficiency in the Italian language, prior to enrolment.
You can fulfil the language requirement, if you:
are a citizen of either Italy or the Republic of San Marino or the Swiss Canton of Ticino; the information will be verified through the document of identification you uploaded to Online Services; or have a qualification, at least upper secondary school level, obtained in Italian; the Politecnico will verify the information with the school that awarded you the degree; or have an appropriate B2 level certification of proficiency in the Italian language issued by the CLIQ (Certificazione Lingua Italiana di Qualità). In this case, please upload the certification you have in the test registration and enrolment application. Proficiency in English is not an entry requirement, but it is necessary to continue and complete your Laurea (equivalent to Bachelor of Science) programme. If you do not provide evidence of proficiency in English, you will be assigned the OFA ENG (additional educational obligations for English), which entails certain career limitations.
Engineering students: they sit the TENG at the same sitting as the Test on Line (TOL) admission test.
Tuition fees
Domestic
International
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
Scholarships to study abroad
Find scholarships to study abroad with our lists of international scholarships – categorized by country, by subject, and by type of student.
Scholarship Applications: Frequently Asked Questions
Get answers to all your questions about scholarship applications, including tips on how to find scholarships and chances of success.
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