Instrumentation Software Engineer

The key responsibilities of the Instrumentation Software Engineer at Infleqtion include developing software and firmware interfaces to control and monitor optical and atomic physics systems, integrating various hardware components into cohesive systems, and testing software and hardware stacks using benchtop instruments. In addition, you'll identify and fix software bugs and ensure high-quality, maintainable code through best practices.

To qualify for the Instrumentation Software Engineer role at Infleqtion, candidates should have a Bachelor’s degree or equivalent experience in engineering, science, or a related field. You should also have several years of industry experience in developing software using high-level programming languages, with a strong proficiency in Python and knowledge of hardware/software interfaces.

An ideal Instrumentation Software Engineer at Infleqtion should be fluent in Python and C. Experience with Rust and good knowledge of low-level communication schemes like SPI, I2C, and UART will also be beneficial for effectively controlling hardware and interfacing with devices.

Yes, the Instrumentation Software Engineer position at Infleqtion may require up to 10% travel, including potential international travel. This could be important for collaboration with teams or for onsite testing and integration of systems.

Infleqtion offers a competitive salary and a range of benefits for its Instrumentation Software Engineers, including unlimited PTO, a generous pension contribution, a cycle to work scheme, tax-efficient technology schemes, participation in an Incentive Stock Option Plan, and private healthcare insurance after the probationary period.

When debugging software issues in hardware control applications, I start by reproducing the issue in a controlled environment. Then I use systematic testing, check communication protocols, and analyze logs and code to pinpoint the problem. Clear documentation of my findings helps in collaborating with team members to address complex issues.

One time, I was tasked with integrating a series of sensors into a central data hub. I developed software to ensure seamless communication between the sensors and the hub while adhering to timing constraints. By performing rigorous testing and collaboration with my team, we achieved reliable data transmission, significantly enhancing system performance.

I have extensive experience with Python, particularly in developing applications that control hardware. I use Python's libraries to interface with APIs, automate tasks, and implement control algorithms. Its versatility allows me to rapidly prototype solutions while maintaining code quality through best practices.

I have been using Git for version control throughout my career. I follow workflows that enhance collaboration, including branching strategies for feature development and conducting code reviews. This ensures code quality and enables smooth integration and deployment processes within the team.

My approach to writing maintainable and reliable code involves following best practices like modular programming, thorough commenting, and adhering to coding standards. I also utilize automated testing frameworks to catch issues early in the development cycle, and I engage in regular code reviews with peers to gain insights and suggestions.

I stay updated on the latest trends by regularly reading technology journals, participating in online forums, and attending workshops and conferences related to quantum technology and software development. Engaging with communities helps me share knowledge and learn from industry experts.

I was part of a project team that included physicists and engineers, where we developed a new sensing device. Working collaboratively, we defined our goals, shared our expertise, and integrated our inputs to overcome technical challenges. This teamwork led to successful project completion ahead of schedule.

When facing changing project requirements, I prioritize communication with stakeholders to understand the new needs. I also practice agile development methodologies, allowing me to pivot quickly and allocate resources efficiently, ensuring that project goals remain aligned with organizational objectives.

One challenge I faced in hardware-software integration was ensuring timely communication between devices. To overcome this, I implemented efficient data handling protocols and worked closely with hardware engineers to adjust timing sequences, thus significantly improving performance and reliability.

I am passionate about quantum technology and believe that my skills in software development can contribute to groundbreaking advancements at Infleqtion. The collaborative environment and commitment to innovation align with my professional values, and I am excited about the opportunity to contribute to the development of transformative technologies.