University of Ottawa
- New materials
- High efficiency light sources and light detectors
- Solar cells and modules
- New electrical grid architectures and voltage converters
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- 5G and beyond wireless networks, wireless sensor networks
- Smart grid
- Cyber-physical systems, Internet of things
- Electrical vehicles
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- Precision modeling and assessment of in-field PV system performance, including solar resource accuracy, bifacial module advantages, snow losses, and degradation
- Grid planning for distributed energy resources, net zero energy and net zero carbon communities
- Renewable energy technology and economic assessments
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- Intermediate band solar cells, nanowire solar cells
- Phototransducers, IR photodetectors
- Theoretical condensed matter physics
- Nonlinear spectroscopy of photosynthetic systems
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- Photovoltaic systems: CPV, bifacial, etc.
- Smart grid and grid edge technologies: distributed energy resources, transactive energy, energy management
- Complex engineered systems
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- Capital cost trends in photovoltaics
- Identification of situations in which PV and CPV have high rate of return on investment.
- Use of electric vehicle batteries in solar microgrids.
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McMaster University
- Silicon-based multi-junction technology
- Ultra-thin solar cells
- Defect characterization
- Advanced solar cell characterization
- III-V nanowires
- Molecular beam epitaxy
- Applications in photovoltaics, photodetectors and quantum information
processing
Université de Sherbrooke
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- Micro/nano-fabrication techniques
- Realization of integrated photonic devices for telecommunication and biosensing devices
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- III-V semiconductor epitaxy
- Heterostructures
- Optoelectronic devices
- Nanostructures