Satellite and Space Research Center
“Research on Earth, Innovation in Orbit”
Vision and Mission
The “Satellite and Space Research Center” is committed to pushing the boundaries of knowledge and research in space and satellite technologies.
Our mission is to foster innovation, collaborate with the industry, and train the next generation of aerospace engineers, thereby contributing to sustainable development and space exploration.
LET’S WORK TOGETHER!
Our Objectives
Pioneering Innovation in Space and Satellite Technologies: Our center is dedicated to pushing the frontiers of space exploration through cutting-edge research, interdisciplinary collaboration, and advanced training in aerospace technologies.
Develop advanced technologies for space exploration
Train students and professionals in the aerospace field
Promote interdisciplinary research in satellite systems
Develop new manufacturing techniques in aerospace
Collaborate with academic institutions and industry for technology transfer
Drive innovation in space systems for enhanced mission efficiency
FROM THE PORTFOLIO
Our Work
Ongoing projects
- CubeSat Development: Focused on the design, construction, and launch of small CubeSat satellites for various scientific and technological applications.
- Electric Propulsion Systems: Research on electric propulsion systems to improve efficiency and reduce the cost of space missions.
- Interplanetary Internet (IPFS): Research and development of Internet infrastructure and architectures at the solar system scale to maintain constant contact with an exoplanetary human colony.
- Inter-satellite Communication: Research and development of inter-satellite communication technologies using photons or radio waves to ensure fast and secure transmissions across the solar system while adhering to space industry standards.
Laboratories and Equipment
Infrastructure:
Our facilities are equipped with industry-leading infrastructure and state-of-the-art software to support the design and manufacture of LTCC (Low Temperature Co-fired Ceramics) and MEMS (Micro-Electro-Mechanical Systems) circuits. Our resources enable the seamless integration and rigorous testing of advanced space systems, ensuring reliable performance in the most demanding environments.
Equipment:
We utilize cutting-edge equipment, including vacuum chambers, communication and space environment simulators, radiation testing devices, and specialized microfabrication laboratories. This advanced array of tools supports our commitment to excellence in innovation, testing, and precision engineering.
WE WORK WITH
Our Partners
We collaborate with the Canadian Space Agency (CSA), aerospace companies, and academic partners to carry out joint projects and facilitate technology transfer.
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MEET US
Our Team
Rene Jr Landry
Professor – Director of LASSENA
Professor Landry is very active in the fields of signal processing applied to the design of digital receivers, the design of electronic devices related to satellite navigation and nuclear non-destructive testing (EPRI).
Jean Marc Gagné
Project Manager
Jean-Marc Gagné, project manager at LASSENA, brings a wealth of experience from his tenure at high technology companies including CMC, BAE Systems, and THALES Canada.
Ahmad Esmailkhah
Post Doctoral Fellowship
Ahmad Esmailkhah is a telecommunications engineer with over 12 years of experience designing, deploying, and commissioning telecommunications and IT systems.
Unleash your creativity with CSSR
At CSSR, we empower innovators, researchers, and creators to push the boundaries of technology and explore new frontiers in space and satellite research. Our team is dedicated to providing the resources, expertise, and support needed to bring visionary ideas to life. Connect with us to discover how CSSR can help you turn your ambitions into reality.
Thinking about joining our team?
Fill out the form and select your desired projects and we will get back to you shortly.
FROM THE BLOG
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