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Mercor
Candidates need a PhD in Physics specializing in advanced quantum mechanics, electrodynamics or classical mechanics, and a graduate degree from the US, UK, Canada or Western Europe. Strong attention to detail, excellent written and verbal communication, and excellent English are also required.
Research, Quantum mechanics, Work independently, Attention to detail, Communication skills
University of Waterloo: In a complex and rapidly evolving world, WatSPEED at the University of Waterloo is professional education that’s designed to be different.
1+ ansCandidates need a master's degree in science or engineering, or a bachelor's degree with significant relevant experience. Hands-on measurement experience, attention to detail, computer and scientific programming skills, and strong communication and customer service are needed; cryogenic or RF/microwave experience is preferred.
helium liquefaction system, cryogenic dewars, vacuum pumps, Excel, Word
OTI Lumionics Inc.
2+ ansCandidates need a bachelor's degree in electrical or software engineering and at least two years of team experience. They should know CAD software such as SolidWorks or E3, embedded programming, PLCs and C#, and be strong in problem-solving and communication.
SolidWorks, E3, Arduino, Raspberry Pi, PLC, C#
adecco
5+ ansCandidates need 5 to 8 years in cybersecurity or security architecture, including at least 3 years of hands-on cryptography work. They need strong knowledge of encryption, PKI, certificates and authentication, plus experience with cloud, hybrid and on-premises security. Canadian work eligibility and residence are required.
HSM, PKI, TLS, IPSec, VPN, firewalls
Nord Quantique: It provides a faster pathway to fault-tolerant quantum computing.
5+ ansCandidates need a PhD or equivalent industry experience in electrical engineering, physics, or a related field. Nord Quantique asks for deep knowledge of electromagnetics and microwave engineering, experience with simulation software such as Ansys HFSS or PALACE, and Python skills, plus advanced English.
Ansys HFSS, PALACE, Python
Nord Quantique: It provides a faster pathway to fault-tolerant quantum computing.
7+ ansCandidates need a PhD in experimental physics, engineering or a related field, plus over five years of postgraduate experience in quantum or complex cryogenic systems. They must have led large-scale system validation, built technical teams, and communicate in advanced English.
FMEA, Statistical analysis software
Nord Quantique: It provides a faster pathway to fault-tolerant quantum computing.
4+ ansNord Quantique needs a mechanical, engineering physics, manufacturing or mechatronics degree and 4+ years developing assembly processes for high-precision hardware. Candidates should know assembly best practices, root-cause analysis and Design for Assembly, and must communicate in English (French is a plus).
assembly fixtures
Nord Quantique: It provides a faster pathway to fault-tolerant quantum computing.
3+ ansCandidates need a PhD or equivalent industry experience in physics, electrical engineering or a related field, plus 3+ years in circuit quantum electrodynamics and superconducting microwave simulation. Experience with electromagnetic simulation tools and in interdisciplinary R&D teams is required.
Ansys HFSS, COMSOL, PALACE
Nord Quantique: It provides a faster pathway to fault-tolerant quantum computing.
3+ ansCandidates need a PhD or equivalent industry experience in physics, electrical engineering or a related field, plus 3+ years in circuit QED and superconducting microwave simulation. Experience with electromagnetic simulation tools such as Ansys HFSS, COMSOL or PALACE is expected.
Ansys HFSS, COMSOL, PALACE
Nord Quantique: It provides a faster pathway to fault-tolerant quantum computing.
7+ ansCandidates need a PhD or Master's, or equivalent experience, plus 7+ years in computational EM, RF simulation or scientific software. Strong Python skills and experience with EM tools like HFSS, COMSOL or Palace are required, along with team leadership experience.
Ansys HFSS, COMSOL, PALACE, Sonnet, CST, Python
Pasqal
3+ ansPlus de 3 ans d'expérience dans un secteur industriel de haute technologie; Connaissance de l'assemblage et du test de systèmes opto-mécaniques de haute précision; Bonne dextérité manuelle et grand souci du détail
Logiciel d'exécution de fabrication, Planificateur de ressources, Bancs d'alignement
Pasqal
Solides connaissances en assemblage et test de systèmes mécaniques et électroniques; Maniement sécuritaire des outils à main, coupe, perçage et filetage; Capacité à lire et interpréter des plans complexes
outils à main, plans électriques, logiciels d'exécution et de planification de production
D-Wave Quantum
7+ ansCandidates need a bachelor's degree in mechanical, manufacturing or cryogenic engineering and 7+ years of production engineering experience. They must have scale-up experience with complex electromechanical products and knowledge of vacuum systems, thermal management and ISO 9001.
NetSuite, Excel, ERP systems
D-Wave Quantum
5+ ansCandidates need a bachelor's or advanced degree in mechanical engineering, engineering physics, physics or a related field, plus 5+ years working on complex cryogenic or ultra-low temperature systems. They must lead projects with little supervision and communicate well with technical and non-technical teams.
FEA software
D-Wave Quantum
Candidates need a PhD or MSc in quantum computing or a related experimental field, or equivalent research experience. They must have hands-on experience controlling qubits with microwave techniques and strong software skills for experimental automation.
Microwave control electronics
National Research Council Canada
Candidates need extensive fixed-wing pilot experience (at least 2500 hours), an airline transport pilot licence, test pilot school training and a bachelor's degree in engineering, science or math. A Secret clearance is also required.
research aircraft, flight test data analysis software
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
5+ ansCandidates need a PhD in engineering physics, electrical, photonics, mechanical engineering or a related field, plus 5+ years of hardware experience. Q-Block Computing requires hands-on optical, photonic or precision electronics skills and clear technical writing.
FPGA, laser hardware, UHV systems, fiber-optic components
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
Q-Block Computing needs candidates with a Master's or PhD in physics or a related field, focused on experimental quantum systems, AMO physics, quantum optics or precision measurement. They must have hands-on experimental skills, scientific computing ability in Python or MATLAB, and clear communication.
Python, MATLAB, lasers, optical systems, vacuum systems
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
2+ ansQ-Block Computing needs candidates with a college diploma in photonics, optical or electronics engineering technology, or equivalent experience, plus 2 or more years of hands-on optical assembly and alignment work. Candidates must be comfortable with fiber preparation, optical test instruments, laser safety and strict cleanliness standards.
power meter, optical spectrum analyzer, beam profiler, photodetector, autocollimator, precision stages
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
4+ ansCandidates need a mechanical engineering degree, at least 4 years of mechanical design experience including 2 years in optomechanical or precision instrument work, strong SolidWorks skills, and knowledge of GD&T and manufacturing processes. Government security clearance eligibility is needed for some projects.
SolidWorks, Inventor, Creo, ANSYS, COMSOL
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
Candidates need to be enrolled in a mechanical engineering, mechatronics, engineering physics or related program, with at least 60 credit hours completed. They need 3D CAD and technical drawing skills in SolidWorks, Inventor, CATIA or AutoCAD, plus working knowledge of tolerancing, fits, fasteners and materials selection.
SolidWorks, Autodesk Inventor, CATIA, AutoCAD
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
Candidates need a bachelor's degree in engineering physics, electrical or mechanical engineering, physics or photonics, plus hands-on lab or co-op experience. They must read schematics and optical layouts and use Python or MATLAB for data analysis. Government of Canada security clearance and Controlled Goods Program eligibility are required for some projects.
Python, MATLAB, FPGA, vacuum systems, fiber optic components
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