D-Wave Quantum is an innovative field of computing that seeks to leverage the potential of quantum mechanics to solve complex problems on a much larger scale than traditional methods. Based in Canada and with offices in the United States, Europe, Asia and the Middle East, D-Wave’s advanced quantum computers are used by many of the world’s leading organizations. These organizations employ D-Wave’s quantum technology to tackle complex, data-heavy problems that require large amounts of computing power and unprecedented accuracy.
At the core of D-Wave’s technology is a quantum processor that enables organizations to solve highly complex problems efficiently and accurately. The processor uses physical phenomena such as entanglement, superposition and quantum tunneling to enable calculation in a quantum state, increasing the processing speed by orders of magnitude compared to traditional computers. D-Wave’s quantum processor can be run on a dedicated quantum machine, such as the black-box-style D-Wave 2000Q, or hosted in the cloud on D-Wave Leap.
The power of D-Wave technology is that it augment existing computing capabilities, allowing a user to solve problems with more speed, accuracy, and reliability than before. This makes D-Wave technology ideally suited for solving difficult challenges in a range of fields such as natural language processing, drug discovery, cryptography, artificial intelligence, and materials design. For this reason, the technology has been adopted by leading organizations such as NASA, Volkswagen, Google, and the US Department of Defense.
If you are interested in working with this exciting new technology to develop meaningful solutions, D-Wave Quantum is seeking talented individuals to join its engineering, research, and operations teams. With a vibrant company culture focused on collaboration and innovation, and an opportunity to shape the future of computing, D-Wave Quantum is the perfect place to jumpstart your career in technology.
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Quantum Test Engineer
Average Work Hours (weekly unless noted): 40 hours per week
Average Salary (yearly in dollars unless noted): $90,000+
Description: Design, develop and execute tests for quantum computing applications to ensure quality and accuracy. Oversee problems, implement solutions and maintain test documentation. Research and develop new test cases for applications and analyze test results.
Qualifications / Requirements: Bachelor’s Degree in Electrical Engineering or a related field; 5+ years of experience with testing engineering; experience with designing and developing for microprocessors, embedded systems and/or analog/digital systems; excellent problem-solving and communication skills; experience with quantum computing applications a plus.
Average Work Hours (weekly unless noted): 45 hours per week
Average Salary (yearly in dollars unless noted): $125,000+
Description: Develop and implement security protocols, designs and processes for quantum computing applications. Oversee system and network security and access, monitor security systems and conduct inspections and audits. Research and find solutions to mitigate security risks and vulnerabilities.
Qualifications / Requirements: Bachelor’s Degree in Information Security or a related field; 7+ years of experience with security engineering; highly proficient in coding languages such as Python, C++, Ruby and JavaScript; excellent problem-solving and communication skills; experience with quantum computing applications a plus.
Average Work Hours (weekly unless noted): 40 hours per week
Average Salary (yearly in dollars unless noted): $120,000+
Description: Analyze, manipulate and interpret large-scale quantum data and control and analyze quantum algorithms. Design and develop new solutions for performance, optimization and statistical analysis. Develop and implement strategies for data collection, cleansing and validation.
Qualifications / Requirements: Bachelor’s Degree in Computer Science or a related field; 5+ years experience with data science; highly proficient in machine learning and AI; excellent problem-solving and communication skills; experience with quantum computing applications a plus.
Average Work Hours (weekly unless noted): 40 hours per week
Average Salary (yearly in dollars unless noted): $90,000+
Description: Develop and implement software applications for the D-Wave Quantum system, working with a wide range of coding languages and software platforms. Assist in related tasks such as researching and developing program logic, interfacing with clients, completing system tests, and producing technical documents.
Qualifications / Requirements: Bachelor’s Degree in Computer Science or a related field; 3-5 years experience with programming and software applications; highly proficient in coding languages such as Python, C++, Ruby and JavaScript; excellent problem-solving and communication skills; experience with quantum computing applications a plus.
Average Work Hours (weekly unless noted): 45 hours per week
Average Salary (yearly in dollars unless noted): $100,000+
Description: Design and develop hardware and electronic engineering designs for quantum computing applications. Coordinate with a multidisciplinary team and collaborate with other departments. Research, analyze and optimize technology capabilities and fleet performance.
Qualifications / Requirements: Bachelor’s Degree in Electrical Engineering or a related field; 5+ years of experience with hardware engineering; experience with designing and developing for microprocessors, embedded systems and/or analog/digital systems; excellent problem-solving and communication skills; experience with quantum computing applications a plus.
Average Work Hours (weekly unless noted): 40 hours per week
Average Salary (yearly in dollars unless noted): $125,000+
Description: Research, design, and develop architect solutions for quantum computing applications, ensuring projects are delivered at high quality. Communicate with stakeholders to design, integrate and deploy advanced architectures.
Qualifications / Requirements: Bachelor’s Degree in Computer Science or a related field; 7+ years of experience with software architecture; highly proficient in coding languages such as Python, C++, Ruby and JavaScript; excellent problem-solving and communication skills; experience with quantum computing applications a plus.
Working at D-Wave has been a dream come true for me. As a programmer, I've been able to create quantum computing solutions for clients and push the boundaries in quantum computing research. The atmosphere is incredibly supportive, with training opportunities in quantum development, access to support and tools, and a workforce that is driven by innovation. I love the opportunity to challenge the status quo and provide unique solutions and the open-ended problem solving opportunities have been motivating and invigorating.
Dawn C..
Review Rating:
4.7/5
4.7
I am a designer and have enjoyed every minute spent working with the team at D-Wave. The layout is amazingly organized and efficient in its layout, allowing projects to be quickly completed and errors quickly identified. The team has been incredible in their open-mindedness, never hesitating to take a chance on new ideas or approaches to solve a problem. The culture promotes collaboration and innovation, the customer services is top-notch and the projects are rewarding.
Yolanda G..
Review Rating:
4.9/5
4.9
As a specialist in Information Technology, I've found my job at D-Wave to be incredibly inspiring. My creativity has been pushed to the limit and I am constantly finding new solutions to challenging problems. The people at D-Wave are great to work with, the environment encourages collaboration and knowledge sharing, and there is a strong commitment to the success of our customers. My favorite part of the job is feeling the energy of accomplishment when our solutions resolve a customer's challenge.
Lydia B..
Review Rating:
4.4/5
4.4
At D-Wave I am able to fully utilize my vast IT experience and skillset. The team is entirely dedicated to finding solutions tailored to the customer’s individual needs, and everyone has great ideas and is always eager to collaborate. The level of innovation is impressive and I love that we are always looking to break from previous organizations’ solutions, use new ideas and platforms to further our growth, and further our progress in the field of quantum computing solutions.
Donovan W..
Review Rating:
4.5/5
4.5
I've been a part of the D-Wave team for the last couple of months, and I'm as amazed each day by the team as I was when I first joined. Every person has a unique approach to problem solving and is willing to collaborate together to come up with the best possible solutions. We have access to all the latest technology and are in a constant race to stay ahead of the rest of the industry. Also, our team is always available to help and support each other in any way possible.
Frequently Asked Questions
What is a quantum computing systems specialist?
A quantum computing systems specialist at D-Wave works to improve existing systems through experimenting with new algorithms and solutions in order to achieve optimal results.
What do quantum software engineers do?
Quantum software engineers at D-Wave design and develop various software solutions and programs to help support the development of new quantum computing technology.
What skills should a quantum technologist possess?
A quantum technologist at D-Wave should possess an excellent understanding of quantum systems, coding aptitude, and familiarity with complex problem-solving.
What types of teams and roles can be found at D-Wave?
D-Wave offers a variety of teams, roles, and positions in different departments including engineering, software, hardware, research, and more.
What hardware and software do D-Wave Quantum systems use?
D-Wave Quantum systems use specialized hardware built for quantum computing and software that is designed to integrate and interact with the hardware.
Working at D-Wave has been a dream come true for me. As a programmer, I've been able to create quantum computing solutions for clients and push the boundaries in quantum computing research. The atmosphere is incredibly supportive, with training opportunities in quantum development, access to support and tools, and a workforce that is driven by innovation. I love the opportunity to challenge the status quo and provide unique solutions and the open-ended problem solving opportunities have been motivating and invigorating.
A quantum computing systems specialist at D-Wave works to improve existing systems through experimenting with new algorithms and solutions in order to achieve optimal results.
What do quantum software engineers do?
Quantum software engineers at D-Wave design and develop various software solutions and programs to help support the development of new quantum computing technology.
