Master of Science in Engineering with specialization

Photonics and Laser Engineering

Master of Science in Engineering with specialization

Photonics and Laser Engineering

Study at a glance

Study at a glance

Are you interested in light-based applications and sensor solutions? Then the Master of Science Engineering with a profile in Photonics and Laser Engineering at the UAS Graubünden is the right program for you.

A degree opens the door to a top professional position or a job in research and development. The Master of Science in Engineering (MSE) is an educational program developed jointly by the Swiss universities of applied sciences. It is aimed at highly motivated Bachelor graduates with a very good degree. The language of instruction is exclusively English. Contact teaching accounts for around one third (30 ECTS) of the entire course and is mainly held centrally in Zurich. The remaining two thirds (60 ECTS) are dedicated to practical project work and the Master's thesis and take place locally at the enrolled university of applied sciences.

  • Degree

    Master of Science FHGR in Engineering with specialization in Photonics and Laser Engineering
  • Study model

    Full-time or part-time study
  • Duration of study programme

    Full-time: 3-8 semesters Part-time: 6-8 semesters (see duration of studies)
  • Place of study

    Chur: Specialist specialization (60 ECTS) Zurich: Theory and context modules (30 ECTS)
  • Begin of study programme

    Fall or spring semester
  • Teaching language

    English / German
  • Director of Studies

    Bitzer Andreas More about Bitzer Andreas
  • Application deadline

    Fall semester: May 31 / Spring semester: November 30 Apply now!
Future prospects

Future prospects

Photonics and laser engineering are key technologies that link the most diverse fields of application in an interdisciplinary manner. These include image processing, optical metrology, medical technology and life sciences. The basis of all these technologies is the generation and detection of light - usually laser light - for metrological applications, material processing or communication.

Graduates of the "Photonics and Laser Engineering" profile know and understand photonic key components, light-based processes and measurement methods. They can simulate these using numerical models and design and experimentally verify them for new applications. This includes machine image processing - machine vision - the development of electronics and printed circuit boards as well as the mechanical design of systems.

Graduates with a Master's degree in Photonics and Laser Engineering are interdisciplinary all-round specialists. They are predestined for leading positions with management responsibility in the fields of research and development, intelligent manufacturing, industrial process and quality control as well as automation and digital factories (Industry 4.0).

Course content

Course content

With the MSE degree program in Photonics and Laser Engineering, you will acquire a fundamental understanding of the physical principles and processes of photonics. You will be an expert in the use of light and lasers in a wide range of applications, from lighting technology to production technology, from measurement technology to medical technology, and will be able to design and implement photonic sensor systems for automation and production. They have the ability to numerically simulate multidisciplinary systems with photonic elements and to combine light-based technologies with mechanical, micromechanical and electro-optical systems.

Photonics and laser engineers are able to solve complex problems using suitable methods. They can quickly gain an overview of the current state of the art, assess existing scientific approaches and apply them accordingly. They can also assess the feasibility and market benefits of new photonics systems. They are predestined to lead multidisciplinary project teams and can communicate, collaborate and interact with other fields such as mechanical engineering, electrical engineering, medical and biotechnology, computer science or data science in an interdisciplinary manner.

Study focus:

● 3D machine vision and AI
● Lidar systems
● NIR measurement technology
● Microscopy, spectroscopy and medical diagnostics
● Laser material processing
● Fiber optic technology and data communication
● Numerical simulation of optical systems

Registration and advice

Registration and advice

Application form

If you would like to register for the program, please send the completed registration form and the required documents to the administration of the UAS Grisons.

Start of studies

Fall semester: September
Spring semester: February

Application deadline

Fall semester: May 31
Spring semester: November 30

Places are allocated according to the date of receipt of the application documents. Applications will also be considered after the application deadline if places are available.

Consulting

Do you have content-related or administrative questions? Would you like study advice? We will be happy to help you.

University of Applied Sciences of the Grisons
Pulvermühlestrasse 57
7000 Chur
Switzerland

Phone +41 81 286 24 86
E-mail mse@fhgr.ch

Portrait von Studienleiter Dr. Andreas Bitzer
Lecturer
Prof. Dr. Andreas Bitzer
Administration

Administration

Portrait Nadja Riedi, Organisationsassistentin
Organisational assistant
Nadja Riedi