Photonics is the future. Microscopy and spectroscopy form the basis of modern medical diagnostics. Lasers process every conceivable material with supreme efficiency. Fibre-optic technology is at the core of modern data communications. NIR measuring technology is helping to optimise the agricultural and food sectors. The Photonics profile of the Master of Science in Engineering degree programme enables you to play a part in shaping this future.
As a graduate of the Photonics profile, you:
Master of Science in Engineering
Photonics engineers understand and master the physical principles and processes of photonics. They are able to resolve complex problems using suitable methods, assess the feasibility and market benefits of new photonics systems and lead multidisciplinary project teams.
With a Master of Science in Engineering with the Photonics profile you have a comprehensive understanding of modern, laser-based precision manufacturing, optical metrology and imaging, optoelectronics and electro-optics and the design and modelling of photonic systems and microtechnology. You are a professional with expertise on the use of light and lasers in a wide range of applications, such as lighting, manufacturing, measurement and medical technology.
Specific prior knowledge is required for admission to this profile of the master’s degree programme. Candidates holding a good bachelor degree in one of the following disciplines generally meet the criteria:
The focus of the master’s degree programme is on specialising in greater depth; two-thirds of the programme is devoted to this and is completed at a research unit of a university of applied sciences. As part of this in-depth specialisation you will write two project theses and the master’s thesis.
One-third of your degree programme focuses on theory, which is taught in modules. These theory modules are subdivided into three areas:
Your degree programme is planned with support from your advisor. This study advisor will also guide you on the choice of theory modules and specialisation.
We deploy our future-oriented key technologies for the development of modern, digitised processes for the manufacture, modification and analysis of materials.
The expertise of our Optics Laboratory (HuCE-optoLab) covers the fields of optical measurement technology, optomechanical and optoelectronic design, and state-of-the-art imaging systems with associated signal and image processing.
We are the leading research partner of the Swiss print industry. We work with companies in the sector to develop and improve printing machines and processes.
Our tiny sensor nodes connect the industrial process of companies with the industrial IoT, making them smart. By applying our expertise in machine dynamics, we are also able to make the process streamlined and efficient.
Do you have any more questions? Prof. Dr. Valerio Romano, Head of the Photonics profile of this master’s degree programme, will be happy to advise you personally. We look forward to hearing from you.
The Master of Science (MSc) in Engineering covers a wide range of specialist skills. They are currently divided into 14 profiles throughout Switzerland. The Master of Science in Engineering can be obtained from Bern University of Applied Sciences in ten profiles.
