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Delta-Q Technologies
10+ ansCandidates need an electrical engineering education and 10 years of hands-on power electronics experience with commercially released products. They must know converter topologies, control loop stability, power semiconductors, magnetics and EMI/EMC requirements.
LTspice, PLECS, PSIM, MATLAB, Simulink
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 PhD in physics or a closely related field and 4+ years of post-PhD experimental research. They need a record of leading research projects and original publications, plus strong scientific rigor.
Research, Teaching, Control systems, Collaboration, Presentation skills, Quantum optics
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.
8+ ans3+ gestionCandidates need a bachelor's degree in an engineering or physics field, 8+ years of embedded design experience with 3+ in architecture or technical leadership, and expert C/C++ on ARM Cortex-M with RTOS and DMA knowledge. Leading and mentoring embedded teams is also required.
FPGA, RTOS
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.
10+ ansQ-Block Computing needs a PhD in physics or a closely related field, an outstanding research record, and 10+ years of quantum physics research including independent leadership as a principal investigator or group leader. Candidates must show they can define multi-year programs and build scientific teams.
Research, Teaching, Control systems, Collaboration, Communication skills, Community engagement
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
4+ ansQ-Block Computing needs a Bachelor's degree in a related engineering or computing field and 4+ years of experience across at least two of embedded Linux, network infrastructure and full-stack web development. Candidates need strong Linux systems skills, working network architecture knowledge, fluency in a frontend and backend framework, and strong Python.
Yocto, Buildroot, Ansible, Prometheus, Grafana
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
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
3+ ansCandidates need 3+ years of accounting or financial analysis experience in R&D-intensive settings, experience with government contracts or grants, and working knowledge of Canadian government contracting and tax and payroll rules. Advanced Excel and ERP skills such as QuickBooks or NetSuite are required, and a CPA, CGA or equivalent designation is preferred.
Excel, QuickBooks, NetSuite
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
5+ ansQ-Block Computing needs a journeyperson or Red Seal holder, or someone with equivalent hands-on experience, in electrical, carpentry, construction or building maintenance. Candidates need 5+ years of commercial construction or multi-trade experience and proven skill managing subcontractors.
hand tools, power tools, ladders, lifts
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 related engineering degree, 4+ years of professional FPGA design and verification experience, and hands-on work with Vivado, Quartus or Lattice toolchains. They also need strong high-speed digital design skills and proficiency with oscilloscopes, logic analyzers and signal generators.
Xilinx Vivado, Intel Quartus, Lattice toolchain, oscilloscope, logic analyzer, signal generator
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
3+ ansCandidates need a bachelor's degree in a related field and 3 to 5 years of government-facing experience, preferably in Ottawa. They must understand federal decision-making and procurement, and communicate well in writing and in person with senior officials and executives.
CRM tools, CanadaBuys, SAP Ariba, Salesforce, HubSpot
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 a candidate with a post-secondary diploma or degree in business or office administration, or equivalent experience, plus 2+ years in an executive assistant or office management role. Candidates need strong organization, English communication skills, Microsoft 365 proficiency and a discreet, professional manner.
Microsoft Outlook, Microsoft Word, Microsoft Excel, Microsoft PowerPoint, Microsoft Teams
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 an undergraduate engineering or computer science program with at least 60 credit hours completed. They need embedded experience with microcontrollers, working C or C++ skills, and familiarity with SPI, I2C or UART.
oscilloscope, logic analyzer, multimeter, signal generator, STM32, Arduino
Q-Block Computing: Imagine instruments precise enough to probe this reality—to ask whether the cosmos operates according to Nature’s own algorithms.
3+ ansCandidates need a bachelor's degree in engineering, computer science or physics and 3+ years of embedded firmware work on ARM Cortex-M or similar microcontrollers. They must know C/C++, SPI, I2C, UART and DMA, read schematics and datasheets, and use oscilloscopes and logic analyzers.
oscilloscope, logic analyzer, signal generator
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 bachelor's degree in an engineering or physics field and 5+ years designing digital, analog and mixed-signal boards. Strong lab skills with oscilloscopes and analyzers, SPICE proficiency, and eligibility for government security clearance are required.
SPICE, oscilloscope, spectrum analyzer, network analyzer, arbitrary waveform generator, FPGA
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 machinist trade certification or equivalent, at least 4 years of CNC experience with G-code, and strong SolidWorks and CAM skills. They must machine to tight tolerances, read engineering drawings, and keep organized shop and inspection records.
SolidWorks, SolidCAM, Fusion 360, MasterCAM, SolidWorks CAM, Datron Neo 2+
6 entreprises