Available Positions

We are currently hiring undergraduate summer researchers, Coop students, Master's students, PhD students, and Postdocs. There are special opportunities available for Francophones (i.e. those who have at least one diploma of any kind (e.g. ecole secondaire) in french). Unfortunately, we do not have funding to accept other types of foreign students.

Please email Jeff Lundeen directly to enquire. Useful information to attach to your email includes your CV, transcript (unofficial is okay), and up to three publications (if you have any). Applicants for graduate studies should have the equivalent of at least an 80% average (8.0/10 GPA, 3.7/4.0 GPA) over their last 30 credits (approx. 2 years of courses). This ensures they qualify for internal funding. Consult here first for more information about graduate studies at uOttawa.

Former Students

Brandon Sutherland (currently a PhD student  in Photonics at U. of Toronto):
 Jeff is a pleasure to learn from, work side-by-side with in the lab, and go out for good food and cold drinks with after work and I can't thank him enough for his influence on my academic career.

Aabid Patel (currently a PhD student  in Photonics at Southampton U., UK):
 His method of supervision is one that I find quite rare in academia. Instead of acting as a delegating boss, he works alongside you and and with his down to earth mentality, helps you understand concepts while working through the task at hand. 

Corey Stewart (currently a PhD student in Photonics at U. of Toronto):
He truly gave me an appreciation for the scientific method I'd never before experienced and is a tremendously talented and approachable supervisor.

Thanks guys! Click HERE for the full quotes.

Why Quantum Photonics?

Quantum Photonics is an ideal field in which to do a graduate degree because it directly  links the fundamental with the applied. For example, A Sandbox for Quantum Physicsstudents in Quantum Photonics get training in applied subjects such as building, designing and operating lasers, modeling optical microchips, fibre optics, high-speed electronics, optical raytracing, and nonlinear optics. On the other hand, we use these tools and techniques to build devices and experiments that use and test the underlying ideas and concepts from quantum physics like entanglement and measurement.

There is no other field in which you can personally build your own experiment from the ground up and yet still probe some of the central questions we have about the world like "what is a quantum wavefunction?". During the course of their degree, students in quantum photonics typically build and perform a number of  experiments. These self-contained exeriments usually fit on a single optical table which itself takes up roughly a third of a laboratory. In the process, students are trained and supported by other members of our group with goal of  becoming independent and accomplished researchers.

Why the University of Ottawa?

Founded in 1848, University of Ottawa is a large (40,000 students) French and English institution locatedUniversity of Ottawa in downtown Ottawa along the Rideau Canal. In terms of research, it is ranked 180th in the world and is one of Canada's top 10 research universities. It aims to be in the top five by 2020 through extensive investment in new research. As part of that, the University is renewing its focus on photonics and optics research by hiring numerous Advanced Research Complexnew faculty including Robert Boyd who was awarded a $10 Million Canada Excellence Research Chair (CERC) in Quantum Nonlinear Optics with $15 Million in supplemental funding from the university. The Centre for Research in Photonics at the unversity is home to world renowned optics researchers Trevor Hall and King Faisal Prize Winner Paul Corkum, among others. The new home of photonics research on at the university will be the Advanced Research Complex (ARC, see picture to the left), which is on schedule (as of Aug. 2013) to be completed in Spring 2014. Student and Faculty offices will be on the third floor of ARC. The first floor of the new building will house over 500 square metres of combined lab space for the CERC related researchers (Boyd, Lundeen, Dolgaleva, and one more), including vibration isolated floors, assembly and clean rooms for fabrication. We also have access to photonic fabrication facilities at Carleton University, at the Canadian Photonics Fabrication Centre, and to world-wide fabs through CMC Microsystems.

Why Ottawa?

Canada has a long history of research and development in information and communication technology, from Alexander Graham Bell, to Marconi's first transatlantic transmission, to the invention of heterodyne detection. In Quantum Information, Gilles Brassard in nearby Montreal, co-invented quantum cryptography, and Ray Laflamme in Waterloo laid down the framework for Quantum Error-Correction. Some of the largest optical telecommunications companies in the world, like JDS and Nortel, had their homes in Ottawa. Today, there are over 40 photonics companies, including Ciena, OneChip Photonics, and OZ Optics, doing research in Ottawa. These are supplemented by the Canadian Photonics Fabrication Centre at the National Research Council (Canada's National Laboratory, with over 3000 researchers in Ottawa alone) and the Communications Research Centre.  A number of cornerstones of digital communication systems were pioneered in Ottawa, including packet switching, Fiber Bragg Gratings, and Coherent Optical Communication. Ottawa is a smart city; it has the highest per capita concentration of PhDs in Canada, and the second highest concentration of science and technology employment in North America, surpassed only by Silicon Valley.

Living in Ottawa

Ottawa is the capitalChinatown Ottawa of Canada and is the fourth largest city in the country. Mercer ranks the quality of life in Ottawa as the 2nd highest in the Americas. It is a Ottawa Citycharming city with large French, English and immigrant populations. It has a distinct neighbourhoods, including a Little Italy, a Chinatown, a French Quarter, a central Market, and a few different trendy areas with cafes, bars, and shopping. The restaurant scene is fantastic and thanks to our large immigrant communities it has cusine from around the world: Sushi, Cantonese, Seshuan, Vietnamese, French, Mexican, El Savadorian, Mongolian, Korean, Italian, Lebanese, and more. Ottawa is home to many of Canada's high quality National Museums and Cultural Institutions, such as the National Gallery of Canada and the Museum of Civilization, and the National Arts Centre.

Ottawa has plenty of natural space since it is positioned at the meeting of four significant waterways, the Gatineau River, the Rideau River, the Rideau Canal, and the Ottawa River. The latter is one of the world's great rivers (it looks more like a lake at some points) and is home to sailing, fishing, canoeing, and swimming right in the middle of the city. Every winter, the Rideau Canal freezes over and is turned into the world's largest (almost 8km long) skating-rink. Stretching right into the Ottawa area, Gatineau Park is a vast 360 square kilometre natural park with camping, cross-country skiing, hiking, down-hill skiing, snow-shoeing, swimming, canoeing and more. Many people bicycle to work on the city's extensive system of trails.
The Byward MarketNational Gallery of CanadaThe Rideau Canal