Co-sponsored by: WeWork and IEEE Montreal Section The IEEE Consumer Electronics Chapter at Montreal Section is pleased to announce a series of short presentations by local technology organizations, followed by networking. It will be held on Tuesday 10th April at WeWork, 3 Place Ville Marie, 4th Floor reception, from 6pm - 8pm. Local experts will showcase their technology and product... Read more
Co-sponsored by: WeWork and IEEE Montreal Section The IEEE Consumer Electronics Chapter at Montreal Section is pleased to announce a series of short presentations by local technology organizations, followed by networking. It will be held on Tuesday 10th April at WeWork, 3 Place Ville Marie, 4th Floor reception, from 6pm - 8pm. Local experts will showcase their technology and product... Read more
Co-sponsored by: WeWork and IEEE Montreal Section A networking soirée with presentations from local experts on the Technologies behind Smart Assistants. The IEEE Consumer Electronics Chapter at Montreal Section is pleased to announce a series of short presentations by local technology organizations, followed by networking. Complimentary snacks and drinks provided. It will be held on... Read more
Co-sponsored by: IEEE Montreal Part 1 Additive Manufacturing Techniques (3D Printing) for Microwave Devices and Systems Introducing three methodologies to 3D-print RF and microwave components: Fused Deposition Modeling (FDM) Binder Jetting technique Photo-polymerization Designing broadband interconnects such as SIW and SISW waveguides. Integrating 3D-printing techniques with microwave technologies (SIW and NRD) to create innovative... Read more
Co-sponsored by: IEEE Montreal Section and IEEE Montreal Industry Relations Event Description IEEE Montreal Section, IEEE Montreal Industry Relations, and Montreal Chapters of IEEE ComSoc and IEEE... Read more
Co-sponsored by: IEEE Montreal Section and Concordia University Silicon has long been the dominant, often exclusive, semiconductor of choice for high voltage power devices and ICs. Over the last decade, power switching devices made of two wide bandgap (WBG) semiconductors, SiC and GaN are impacting power electronics systems with their commercial availability and performance improvement,... Read more
Silicon has long been the dominant, often exclusive, semiconductor of choice for high voltage power devices and ICs. Over the last decade, power switching devices made of two wide bandgap (WBG) semiconductors, SiC and GaN are impacting power electronics systems with their commercial availability and performance improvement, and hence less power and more energy efficient,... Read more
Co-sponsored by: IEEE Montreal Section, Power Electronics Society Chapter METiS Talk Series The global research in the areas of micro-robotics, high-precision control, and modern mechatronic systems is expanding. Recently, high precision positioning techniques have become widely used in several applications related to semiconductors, biomedical science, optics, haptics, and microscopy. For example, theoretical work in molecular... Read more
