This presentation will cover the latest design of SwiftMote-Electrochemical, a wireless potentiostat.
We plan on covering its position in
Event Details
This presentation will cover the latest design of SwiftMote-Electrochemical, a wireless potentiostat.
We plan on covering its position in the FABrIC program, what SwiftMote-Electrochemical v2 is, how you can make use of it, and most importantly, we are interested in obtaining your feedback – does the system have the features you need? Would you like it manufactured? What direction would you like to take the program in? Are there other systems you are interested in FABrIC developing to support your research?
Join CMC as we host Livingston International’s Jeff Fraser for a discussion on how the current trade environment impacts Canadian imports and exports. Gain insights
Event Details
Join CMC as we host Livingston International’s Jeff Fraser for a discussion on how the current trade environment impacts Canadian imports and exports. Gain insights on how the current environment affects compliance and costs as well as looking at mitigation strategies. Learn how to better prepare for a new path forward.
Presenter: Jeff Fraser
As Director, Jeff leads a dedicated team of consultants in western Canada, focused on helping companies minimize risk and achieve higher levels of customs compliance in their international trade activities. He is based in Edmonton, Alberta. Jeff has over 30 years of experience in customs brokerage and compliance as well as in client service.
Cortex-M55 is Arm’s most AI-capable Cortex-M processor and the first to feature Arm Helium technology.
It delivers the highest, most efficient ML
Event Details
Cortex-M55 is Arm’s most AI-capable Cortex-M processor and the first to feature Arm Helium technology.
It delivers the highest, most efficient ML and DSP performance for Cortex-M and also has inbuilt TrustZone security feature.
It simplifies AI implementation for IoT with the ease-of-use of Cortex-M, a single toolchain, optimized software libraries, and an industry-leading embedded ecosystem.
In this webinar you are about to be exposed to the Cortex-M55 architecture, capabilities and what makes it unique versus previous Cortex-M processors.
If you plan to enable classical ML and NN inference locally on your devices plus have security as well, then this webinar is suited for you.
The LTCC@ÉTS Laboratory and Canada’s CMC Microsystems announce a collaboration to provide access to LTCC fabrication technology to members of the CMC user community and industrial
Event Details
The LTCC@ÉTS Laboratory and Canada’s CMC Microsystems announce a collaboration to provide access to LTCC fabrication technology to members of the CMC user community and industrial participants. Training courses, shared prototyping runs and dedicated fabrication runs will be provided periodically to interested users.
· Process layer definition, design rules, software required
· Inspection, measurement and other available services
· What comes next
· Q&A session at the end
About LTCC Technology
Low Temperature Cofired Ceramic (LTCC) technology finds diverse applications across various fields.
o Medical sensors and electronics;
o Automotive electronics and communication systems;
o Satellite deployments and other vehicles in harsh environments;
o RF/microwave high-frequency communications.
resenters:
Ammar B. Kouki (Senior Member, IEEE) received the B.Sc. (Hons.) and M.Sc. degrees in engineering science from Penn State University in 1985 and 1987, respectively, and the Ph.D. degree in electrical engineering from the University of Illinois at Urbana–Champaign in 1991. While pursuing the Ph.D. degree, he was a Consultant with the National Center for Supercomputing Applications (NCSA). He is currently a Full Professor of electrical engineering and the Founding Director of the LTCC@ÉTS Laboratory, École de technologie supérieure, in Montreal, QC.
Normand Gravel worked at Mitel S.C.C from 1987 to 1994 as an electronic technician for semiconductor equipment in class 100 clean rooms. From 1996 to 2009 Normand was with Ramtron Canada as a senior electronic test technologist. taking care of all testing and characterization aspects of the ASICs that were developed by the company, on wafer and packaged dies. Since 2010 Normand is the LACIME and LTCC@ETS laboratory technician and manager at École de technologie supérieure, developing the LTCC process, and maintaining, operating and providing training to students and users for all cleanroom tools.
Mustapha Belhaj obtained his Master’s degree in Electrical Engineering, Automated Systems from the University of Tlemcen in Algeria in 2013. In 2016, he came to Canada where he earned his degree in Electromechanical Automated Systems and Industrial Mechanics from the Southwest Montreal School in 2020. He has worked as an electromechanic at L’Oréal and then at Nova Steel, and in September 2022, he joined the LTCC@ETS laboratory team at university ETS Montreal, where he is responsible for the laboratory and LTCC fabrications.
Ines Amor received a B.Eng degree in electronics from the Institut Supérieur d’informatique et de Mathématiques de Monastir (ISIMM), Tunisia in 2019, and a M.Sc degree in electrical engineering from École de Technologie Supérieure (ÉTS), Montreal, Quebec, Canada in 2021. During her master’s program, she refined her hardware design skills, with a particular focus on reconfigurable microwave components.
She is currently a Ph.D. candidate in electrical engineering at École de Technologie Supérieure (ÉTS), Montreal, Quebec, Canada. Her research interests revolve around the application of reconfigurability in intelligent surfaces, with a specific aim to address telecommunication challenges.
Amr Samir is an RF/MEMS/NEMS Packaging and Integration Technical Staff at CMC Microsystems with a Ph.D. degree in electrical engineering from the University of Waterloo, Ontario.
The design and development of MEMS devices hinge on three critical verticals: Multiphysics, Microfabrication, and System Integration. Seamless integration and effective communication between these verticals
Event Details
The design and development of MEMS devices hinge on three critical verticals: Multiphysics, Microfabrication, and System Integration. Seamless integration and effective communication between these verticals are essential for optimizing the design process and achieving successful product realization. These tools not only address the demands of emerging markets but also expand into diverse applications, including optics and photonics, in addition to silicon-based solutions.
In this webinar, we will explore how IntelliSuite facilitates each of these verticals and enhances the transitions between them, adding significant value to the design optimization process. The software empowers users to streamline and simulate fabrication processes before implementation, ensuring that designs are both manufacturable and high performing. By integrating fabrication models with Multiphysics FEM simulations, IntelliSuite enables the creation of devices optimized for both process feasibility and performance outcomes. Moreover, through reduced-order model simulation, IntelliSuite links seamlessly with circuit EDA tools, allowing system designers to precisely develop control and sensing circuits. Its open architecture further extends support to the design of non-silicon-based sensors and actuators, such as those using quartz, InP, GaAs, AlGaAs, metals/alloys, and sapphire. It also accommodates advanced process simulations, including angled ion beam etching (IBE), 3D lithography, 3D oxidation, and high-index substrate wet etching for materials like silicon and quartz.
Join us to learn how IntelliSuite bridges the gap between design and manufacturing, driving innovation in MEMS development beyond traditional boundaries.
Speaker Profile
Dr. Sripadaraja, the Manager of Applications and Sales at IntelliSense Software, Lynnfield, MA (www.intellisense.com) he is responsible for the development of business for MEMS software package IntelliSuite. He has about over 10 years of experience in design/fabrication and development of MEMS devices using IntelliSuite, he holds his Ph.D from National Institute of Technology, Karnataka, India.
