Ist es möglich, während des Photonik Studiums auch weiterhin berufstätig zu sein?

Eine Berufstätigkeit ist während des Photonik Studiums durchaus möglich, allerdings hauptsächlich bei einem Teilzeitstudium. Es wird empfohlen, während des Bachelorstudiums nicht mehr als 60 Prozent berufstätig zu sein. Bei einem Vollzeitstudium haben Sie an 3.5 Tagen in der Woche Unterricht, bei einem Teilzeitstudium an zwei Tagen pro Woche.

Wie hoch in der Praxisanteil während des Photonik Studiums?

Bei Vollzeit- wie auch Teilzeitstudium ist ein Praxisanteil von etwa 20 Prozent, bestehend aus Praxisarbeiten und Labor garantiert. Hinzu kann bei dem Photonik Studium ein höherer Praxisanteil bei einem studienintegriertem Praktikum kommen.

Welche Inhalte vermittelt das Bachelor Photonik Studium?

In dem Photonik Studium werden Ihnen sowohl die Photonics-Grundlagen, als auch Vertiefungen vermittelt sowie die Module Betriebswirtschaftslehre, Projektmanagement, Unternehmerisches Handeln und Innovation unterrichtet. Dazu besuchen Studierende unter anderem Module wie: Lineare Algebra, Informatik, Elektronik, Optik, Physik, Optische Messtechnik, Konstruktion, Signalverarbeitung, Optoelektronik, Mathematik für Optik und Elektronik, Werkstoffe der Optik und Elektronik, Elektrotechnik, Bildverarbeitung, Steuerungs- und Regelungstechnik, Lasertechnik, Optische Sensortechnik, Licht- und Beleuchtungstechnik, Produktentwicklung, Kamera- und Displaytechnik, Infrarottechnik, Produktionstechnik, Optische Systeme sowie 3-D-Bildverarbeitung, Schaltungsrealisierung, Optikdesign, Laser und Werkstoffe. Hinzu kommen Praxisprojekte, Labor, Projektarbeit und Bachelor-Thesis.

Wie lange dauert das Photonik Studium?

Das Photonik Studium mit Bachelorabschluss kann als Vollzeitstudium innerhalb von drei Jahren oder als Teilzeitstudium innerhalb von vier Semestern abgeschlossen werden.

Welchen Abschluss erlangen Absolventen des Bachelor Photonik Studiums?

Nach bestandenem Photonik Studium erlangen Absolventen und Absolventinnen den „Bachelor of Science FHO in Photonics“.

Welche Zulassungsbedingungen gelten für das Photonik Studium?

Um zum Photonik Bachelor Studium zugelassen zu werden, ist eine Berufsmaturität Technik, Architektur, Life Science, früher technische BM mit einer Berufslehre im technischen Bereich vorzuweisen oder aber eine gymnasiale, Fachmaturität oder vergleichbarer Ausweis mit einschlägiger Berufserfahrung von mindestens einem Jahr bei Studienbeginn oder als studienintegriertes Praktikum. Hinzu kommen gute Deutschkenntnisse sowie Englischkenntnisse auf Level FCE (First Certificate in English).

Universities > Industry/commerce/technology > Study: Bachelor/Master (FH) > Photonics Bachelor (FH)

Photonics studies: Overview of schools, offers and information

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Are you looking for a suitable education provider for your Bachelor's degree in Photonics?

Here on Ausbildung-Weiterbildung.ch, the Swiss education platform, you will find a list of suitable schools. Benefit from comprehensive, free, online and non-binding course brochures, which you can order using the inquiry form.

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Photonics studies - career springboard for engineers in the field of light and optics

Anyone interested in topics relating to light and optics will hit the nail on the head with the Bachelor's degree course in Optoelectronics and Photonics. Hardly any other course promises engineers such good career prospects. Because this field has a future. Photonics is the absolute state-of-the-art solution where the cyber environment meets the physical world of production. Laser technology uses software control to operate generic production processes that save resources and are very versatile. Non-contact measurement techniques enable flawless and rapid quality checks in the manufacturing process. This leads to optimum cooperation between humans and robotics.

Participants in the photonics degree program acquire sound know-how in the fields of optoelectronics, camera technology, image processing, infrared technology, display technology, lighting technology, illumination technology and laser technology. They train their optical skills and become specialists in the fields of product development and production technology. Of course, students also receive in-depth training in the areas of management and business administration.

Modules for photonics-specific specialization later on in the degree course enable students to specialize in their chosen field. Possible subject modules include image processing, optical metrology, sensor technology and systems, optoelectronics, infrared technology, lighting technology and many more. This allows students to lay the foundations for their future engineering career during their studies. Well-trained specialists in the field of photonics will find numerous job opportunities in this very promising field, as well as interesting further training opportunities in engineering, automation, robotics, measuring instrument technology and numerous other areas.

For further information on studying photonics, visit the education portal Ausbildung-Weiterbildung.ch and use the inquiry form to order comprehensive course brochures directly from the universities free of charge and without obligation.

Questions and answers

Is it possible to continue working while studying photonics?

It is certainly possible to work during the photonics degree course, but mainly if you are studying part-time. It is recommended that you do not work more than 60 percent of the time during your Bachelor's degree. If you are studying full-time, you will have classes 3.5 days a week; if you are studying part-time, you will have classes two days a week.

How high is the proportion of practical work during the photonics course?

For both full-time and part-time studies, a practical component of around 20 percent is guaranteed, consisting of practical work and laboratory work. In addition, the photonics degree program may include a higher proportion of practical work during an integrated internship.

What does the Bachelor of Photonics program teach?

The photonics degree program teaches you the basics of photonics as well as specializations and the modules business administration, project management, entrepreneurship and innovation. Students also attend modules such as: Linear Algebra, Computer Science, Electronics, Optics, Physics, Optical Metrology, Design, Signal Processing, Optoelectronics, Mathematics for Optics and Electronics, Materials in Optics and Electronics, Electrical Engineering, Image Processing, Control Engineering, Laser Technology, Optical Sensor Technology, Light and Lighting Technology, Product Development, Camera and Display Technology, Infrared Technology, Production Engineering, Optical Systems as well as 3D Image Processing, Circuit Realization, Optical Design, Lasers and Materials. There are also practical projects, laboratory work, project work and Bachelor's theses.

How long does the photonics course take?

The photonics course with a Bachelor's degree can be completed as a full-time course within three years or as a part-time course within four semesters.

What degree do graduates of the Bachelor of Photonics program obtain?

After successfully completing the photonics course, graduates are awarded the "Bachelor of Science FHO in Photonics".

What are the admission requirements for the photonics degree program?

In order to be admitted to the Photonics Bachelor's degree course, you must have a Federal Vocational Baccalaureate in Engineering, Architecture, Life Science, formerly Technical BM with an apprenticeship in the technical field or a Federal Vocational Baccalaureate, Specialized Baccalaureate or comparable certificate with at least one year of relevant professional experience at the start of the course or as an internship integrated into the course. You should also have a good knowledge of German and English at FCE level (First Certificate in English).

Redaktionelle Leitung:

Stefan Schmidlin, Bildungsberatung, Content-Team Modula AG

Quellen

Website des Schweizerischen Sekretariats für Bildung, Forschung und Innovation SBFI , Website www.berufsberatung.ch (offizielles schweizerisches Informationsportal der Studien-, Berufs- und Laufbahnberatung) sowie Websites und anderweitige Informationen der Berufsverbände und Bildungsanbieter.

Overview of providers for Photonics studies (Photonics)

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Overview of providers for Photonics studies (Photonics)

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Pulvermühlestrasse 57
7000 Chur

University of Applied Sciences Graubünden

As an agile university, the UAS Graubünden focuses on dynamic thinking and proactive action. With this mindset, it is helping to shape the future in a bold and sustainable way. It trains its more than 2,300 students to become highly qualified and responsible individuals. The UAS Graubünden offers Bachelor's, Master's and continuing education programs in Architecture, Civil Engineering, Computational and Data Science, Digital Science, Management, Mobile Robotics, Multimedia Production, Photonics, Supply Chain Management and Tourism. Teaching and research at the University of Applied Sciences in Graubünden are interdisciplinary and geared towards practical challenges in business and society. The participation of all university members contributes to the further development of quality and the university as a whole.

Strengths: Unique full and part-time study programs in Switzerland. Personal support through small classes. High proportion of working lecturers guarantee a high level of practical relevance. Attractive place to study.

Region: Ostschweiz, Zürich

Sites: Chur, Zürich

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