UX/SDK Software Engineer

About the role

Universal Quantum is building impactful quantum computers to solve complex problems across industries like healthcare and aerospace. We are seeking a UX/SDK Software Engineer to design, develop, and maintain software components and user interfaces for our algorithm development tools. You will work with a team of scientists and engineers to create intuitive tools and libraries for internal and external developers.

Responsibilities

• Join our talented and enthusiastic team of scientists and engineers in designing our next generation of development environment
• Take ownership of key components in our algorithm development pipeline, and work closely with the quantum algorithm team to streamline and optimise their workflows
• Write reliable, well-documented, and high-quality software
• Build intuitive and user-friendly software tools and libraries to be used by internal and external developer teams
• Support testing, validation and deployment of various models and simulations to UQ’s HPC and/or cloud servers
• Develop a deep understanding of the trade-offs associated with design choices across UQ’s quantum algorithms, compilation stack and hardware processes

Required skills

• C++
• Rust
• Python
• Software development
• SDK development
• Developer tooling
• Debugging
• Profiling

Nice to have

• Quantum computing
• Qiskit
• OpenQASM
• HPC
• Parallelization
• Azure
• GCP
• AWS
• Web services
• UI frameworks

Qualifications

• Bachelor’s degree in computer science, electronic engineering, or a related discipline
• Master’s degree in computer science, electronic engineering, or a related discipline

Benefits

• Competitive salary
• Equity options
• Flexible paid holiday allowance
• Direct insurance pension
• Group life insurance
• Job ticket
• Supplemental health insurance
• Personal development budget
• Relocation allowance

About the Company

Universal Quantum aims to make the world a better place by engineering the future of computing. We are creating truly impactful quantum computers capable of solving problems until now considered impossible.