During the Optical Sensors course, our students at VUB presented projects during the mini poster session today. Needless to say presentations skills have become indispensable on the international employment market. Professor Thomas Geernaerts was very enthousiastic: “Great attitude of these eager young minds!” Only happy faces 🙂
The first ‘Light Night’ of this academic year opened with an accessible public talk open to a large public. The central theme of this edition was this year’s Nobel Prize in Physics, which was awarded “for groundbreaking inventions in the field of laser physics”. Sounds like photonics !
One half to Arthur Ashkin “for the optical tweezers and their application to biological systems”, the other half jointly to Gérard Mourou and Donna Strickland “for their method of generating high-intensity, ultra-short optical pulses.”
Two professors of UGent with experience in these topics shed some light on the impact of the awarded work on our lives. First Prof. Filip Beunis from the Liquid Crystals and Photonics Group spoke about optical tweezers which use light to ‘grab’ tiny particles/cells and allow studying live bacteria and viruses without damaging or killing them.
Followed by Prof. Bart Kuyken (Photonics Research Group) who gave an insight into the chirped pulse amplification which have found many applications including cancer treatment, micromachining and laser surgery among others.
This edition was organized by Photonics Society Gent and attracted a nice crowd to learn more about photonics, or ‘laser physics’.
It’s almost the end of the Summer, good time for a flashback to our Photonics Summer Symposium that closes the academic year for most of our MSc. students. The two-days Symposium both at VUB and UGent, starts with a guest lecture followed by the presentations of the 2nd year master students. After the presentation of their master thesis project to a jury of professors and to their peers, everyone could ask questions to find out more about the research of the students. If you’re intrigued by the variety of thesis topics within our master: at the end you will find an overview of the presentations by the students in June*.
As part of the Summer Symposium tradition, the jury awarded special mentions to two students who outperformed on their thesis or thesis presentation. For the class 2016-2018, the awards go to…
Pieter Verhulst (VUB) for the Best Master Thesis:
Data Communication over Multimode Optical Fibers based on Speckle Pattern Classification. Towards space division multiplexing.
Promotors: Prof. Dr. Guy Verschaffelt, Prof. Dr. Guy Van der Sande; Supervisor: Jaël Pauwels
Zuyang Liu (UGent) for the Best Thesis Presentation:
Grating-based optical filters and Fourier-transform spectrometers on a silicon nitride waveguide platform using electron-beam lithography
Promotors: Prof. Dr. Roel Baets, Dr. Eva Ryckeboer; Supervisors: Xiaomin Nie, Nina Turk
To celebrate the end of the year and graduation, students and professors mingled during the graduation reception organised by the Photonics Society Ghent. Students who were on international exchange could virtually attend the Symposium through live-streams. They will present their thesis beginning of September, good luck to them!
* Students and master thesis topics of class 2016-2018
Day 1 at VUB – Vrije Universiteit Brussel
Towards lamb wave based damage detection in composite materials with Bragg gratings in birefringent optical fibers
Two-photon polymerization-based 3D nanoprinting for optical fiber connectivity applications
Large diameter plastic optical fiber receiver based on current assisted photodetectors
Enda MC CAGUE
An investigation into the wavelength influence on laser processing of raw material for the diamand tooling industry
Pieter VERHULST– closed session
Data communication over multimode optical fibers based on speckle pattern classification – Towards space division multiplexing
Day 2 at UGent – Ghent University
Photonics and machine learning solutions for cell sorting applications
Multiple Exposures of Photoalignment Material for Complex Liquid Crystal Micropatterns
Technology and optimization of optical axis gratings based on liquid crystal thin films
Grating-based optical filters and Fourier-transform spectrometers on a silicon nitride waveguide platform using electron-beam lithography
Location-aware variability analysis for silicon photonics circuits
Photonics is applied in so many domains – from healthcare to biophotonics, from food safety to superspeed telecom – offering engineers in the field of photonics and optics an enriching professional life. They can take up significant roles as consultant, as technician and as researcher both in companies as in the academic world, on local and international level. High-potential graduates can also opt to start a PhD after their Master Programme, just like Thiago did.
Always good to see the happy face of Photonics Doctors who are building an exciting career path. Thiago Raddo graduated last year as the first co-tutelle PhD student between VUB and USP (University of São Paolo), with highest honors, paving the way to shape the future optical network.
Recently Locaweb Futuro Hitech in Brazil published an article about his research experience and the impact of photonics in many applications in our daily life.
His research links to new services and technologies that lead to unprecedented and insatiable demand of data traffic, which requires higher security, flexible bandwidth allocation and optimal cost-efficiency. With Fiber-To-The-Home (FTTH), applications such as tactile internet, telemedicine and real-time 3-D content generation gets one step closer to effective implementation within the next wave of innovation.
As part of a co-tutelle between VUB B-PHOT and USP, he performed an important part of his research at B-PHOT Brussels Photonics to solve security issues introducing an innovative approach to generate chaos from a solitary laser diode. Simply using mechanical strain, he showed that standard Vertical-Cavity Surface-Emitting Lasers (VCSELs) can generate chaotic polarization fluctuations.
Here you can read more on his research. In case you’re interested to study the unique characteristics of photons and light technology, feel free to join our European MSc. in Photonics. International students can apply as from October, check also the application deadlines for non-EEA and EEA students for VUB and UGent. Belgian bachelors in EIT or in applied physics can register up to the start of the new academic year in September at UGent or VUB.
10 more days for international students to apply for our European MSc. in Photonics!
Within the approach of our master program, we aim to make our program accessible to all motivated and highly-skilled students around the globe. Many excellent students are looking for different ways to fund their master studies in the heart of Europe.
Scholarships are one of the options that allow them to focus on their studies, which can also open the doors to new opportunities. Therefore, both VUB as UGent award different scholarships: to start and – even more importantly – finalize our master with great success.
VUB offers 12 scholarships in total, as from 1000 EUR Entry Scholarship up to 5 Full Scholarships worth 10 000 EUR per year to cover the cost of living in Brussels. Ghent University grants 5 UGent Photonics Excellence Grants, worth 5000 Euro per academic year.
The VUB registration office informed us students can submit their application up till 6 June: both non-EEA as EEA at VUB and EEA not requiring a VISA at UGent. Don’t wait until till the last day and start your application already through this this link.
The European MSc. in Photonics is jointly organized by UGent and VUB, so students can choose to take courses at both universities during the program and receive a joint degree from both Universiteit Gent as from Vrije Universiteit Brussel.
Once admitted and enrolled to the program, students can be awarded a grant or scholarship. No need to apply separately for the scholarships or grants, our education officers Majorie (VUB) and Bert (UGent) are guiding students through the enrollment procedure.
Looking forward to welcome you at our master!
Bringing students and industry together, is one of the key pillars of the European MSc. in Photonics. By integrating entrepreneurship courses, internships, guest lectures and dedicated events, they get in touch with different types of companies that use optics and photonics in their product roadmap.
This years’ Photonics Event at Vrije Universiteit Brussel offered 24 master students animated workshops to experience the actual performance but also challenges of real-world business cases. Two companies with exquisite expertise in their field of technology gave the students more insights through interactive demonstrations:
Eyeco Eyeco’s ambition is to use glasses that make people with presbyopia see as if they were twenty years younger through cutting-edge digital Fresnel-based lenses. In full development, details of the project were only disclosed to the participants of the Photonics Event!
From the feedback during the closing network reception, the students, speakers and professors were unanimous positive about the workshops. Let’s start planning business cases for next year!
Dr. Jan Watté from Commscope, honorary fellow of the VUB Faculty of Engineering, has recently given a guest lecture to our Master Students in Photonics in the frame of the course ‘Optical Communication Systems’ at VUB. During his talk he presented an industrial perspective on broadband to the home and the role of fiber and fiber connectivity.
Who is not dreaming of a super fast and super reliable internet connection? But what are the biggest challenges for Fiber To The Home nowadays?
Prof. Jürgen Van Erps, who teaches the course in Optical Communication Systems, answered as follows: “Video streaming and connected devices in the Internet of Things are the main drivers for the ever-increasing demand for bandwidth. The main message of Jan Watté’s guest lecture was that the biggest threshold for companies is to find excellent technical staff to roll-out fiber in an effective way. In addition, the deployment of Fiber To The Home in Europe is lagging behind because of two other reasons: most of our broadband connections are still performing well enough and secondly, the majority of the broadband lines are installed underground and are therefore very costly to replace.”
We can conclude that there is a big demand for outstanding photonics engineers in the telecom sector with a passion for broadband to accelerate the deployment of optical fiber… to our homes. Bright perspectives for all of us and for our students!
One of the most frequently asked questions we get about our Master programme concerns the whereabouts of our graduated students: whatever happened to them? Who are they, what are alumni up to today, was it easy to find a job once graduated?
Said Rodriguez, Scientific Group Leader, at AMOLF Center for Nanophotonics, starts off to share some inspiring insights with you!
Joining the (Erasmus Mundus) Masters in Photonics organised by UGent and Vrije Universiteit Brussel was one of the best decisions he made during his studies:
“The master is a fantastic programme enabling non-Europeans to get a top-quality education in photonics while experiencing European culture.”
When did photonics or light technology appeared as a game changer that made you choose for a master in photonics?
During my Bachelors it became clear that light played a central role in scientific discovery for centuries — think of Newton, Maxwell, Planck, Einstein, and Bohr, to name a few examples. Inspired by these historical developments and the observation of the beautiful phenomenology associated with light-matter interactions, I became eager to learn more about the science of light. I also wanted to travel, to experience different cultures and meet diverse people. Through a generous scholarship and an exceptionally well-organized programme, I could fulfil both of my wishes. This was an opportunity I could not miss!
What part of the programme was your favorite?
There were many aspects of the European Master in Photonics programme I enjoyed. For instance, the accessibility of several professors and the quality of their lectures. Overall, I enjoyed the diversity that the programme offered in many ways, including international environment and teaching methods (options ranging from very hands-on photonic engineering, to physical chemistry and pure maths). I also enjoyed the friendly environment created by the professors and students.
Do you have tips for future students in photonics?
If you can, join! Do not hesitate. It is a great programme, and if I would have to decide again, I would definitely do it again.
In case you join and you really want to make the most out of the program, I strongly recommend you start reading books on optics & photonics the summer before you officially start your studies. Contact your professors or program coordinator ahead of time, and try to get information regarding what they expect you to know by the time the course starts. That way, you can be ready to learn the material they want to teach you (the real stuff!) and you don’t have to spend excessive amounts of time learning material you were supposed to know before you joined.
What are the main future opportunities in optics and photonics to keep a close look at?
It is said that just as the 20th century was the century of electronics, the 21st century will be the century of photonics. There are so many opportunities for people with a strong background in photonics, both in academia and in industry. If you excel in your courses and in your research, opportunities will come to you rather than the other way around. So just focus on learning as much as you can. Try to develop a unique skill set that makes you valuable to the companies or institutes you wish to apply to.
Last but not least: how to prepare for the job market?
His favorite quote to end in beauty…
“Try and penetrate with our limited means the secrets of nature and you will find that, behind all the discernible laws and connections, there remains something subtle, intangible and inexplicable. Veneration for this force beyond anything that we can comprehend is my religion.”
– Albert Einstein, in “Einstein: His Life and Universe” by Walter Isaacson
Alumni ID kit Said Rodriguez
Scientific Group Leader, at AMOLF Center for Nanophotonics in the Netherlands.
European Master in Photonics (VUB/UGent with Erasmus at KTH)
Bachelor in Engineering Physics (Embry-Riddle Aeronautical University, USA)
The growth in photonics business in Belgium and internationally requires excellent engineering talent with problem-solving skills. The European MSc. in Photonics offers an ideal mix of core knowledge with engaging hands-on labs and international internships to prepare future photonics engineers optimally for a bright career.
As from now on, students can apply on a rolling basis. Our aim is to disclose the final outcome within 3 weeks after full application. A huge benefit to prepare your start timely!
Application deadlines to keep in mind:
Non-EEA candidates: 1 March (for UGent) and 1 June (for VUB)
EEA candidates: 1 June
Belgian Bachelors: 30 September
Did you see our scholarships and grants?
Vrije Universiteit Brussel is granting 5 full scholarships of 10000 EUR per year to students enrolling at VUB. In addition, B-PHOT Brussels Photonics Research at VUB offers B-PHOT Excellence Scholarships based on excellence and motivation. Furthermore UGent Photonics Excellence Grants offers 4000 EUR to start the first master year to cover a part of the cost of living.
Photonics is applied in many domains such as life sciences, biophotonics, telecommunications, screen technology, Internet of Things, food safety, robotics and Industry 4.0. Do you want to be part of a future-oriented community of top experts?
After the submission of the evaluation file followed by the visit of the experts in 2016, the conclusions of the CTI have been confirmed to us today.
The European Master of Science in Photonics was audited by CTI, as part of the EUR-ACE® quality audit carried out by ENAEE (European Network for Accreditation of Engineering Education). This international quality label provides a set of standards that identifies high-quality engineering degree programmes in Europe and abroad, and facilitates academic and professional mobility.
Professions in domains such as engineering, health care, architecture and others carry out work which directly affects the lives of everyone of us. To prepare students for 21st century jobs, the European MSc. in Photonics invests continuously in analysis and optimization of the programme.
As a research-rich master, we engage students actively in research and measurements in labs which allows them to bring fresh insights to the field.
The accreditations programme shows an independent view on how well the students in a programme receive the knowledge and skills required by the industry. EUR-ACE incorporates the views and perspectives of the main stakeholders: higher education institutions, professional organisations, accreditation agencies, students and employers.
We are very pleased that as an end result, CTI (Commission des Titres d’Ingénieur) decided to grant the EUR-ACE label to the European Master of Science in Photonics for a duration of 6 years, also confirmed by NVAO, the Accreditation Organisation of the Netherlands and Flanders.