📍 Sydney, NSW
Silicon Quantum Computing develops quantum computing hardware, focusing on silicon-based qubits and integrated circuits from its headquarters in Australia. The company aims to create scalable quantum processors that leverage existing semiconductor manufacturing techniques, targeting applications in cryptography and complex problem-solving. Engineering disciplines include quantum physics, electrical engineering, and materials science, with teams working on qubit design, cryogenic systems, and high-frequency signal processing. With a small team of engineers, Silicon Quantum Computing is positioned at the forefront of quantum technology, addressing challenges in coherence and error correction to advance practical quantum computing.
Associate Electronics Engineer
@ Silicon Quantum Computing
Senior RF IC Design Engineer
@ Silicon Quantum Computing
Senior FPGA Design Engineer
@ Silicon Quantum Computing
Senior FPGA Engineer
@ Silicon Quantum Computing
Senior Analog IC Design Engineer
@ Silicon Quantum Computing
Senior RF IC Design Engineer
@ Silicon Quantum Computing
Senior Analog IC Design Engineer
@ Silicon Quantum Computing
Senior FPGA Design Engineer
@ Silicon Quantum Computing
Quantum Hardware Engineer, Sensing
@ Silicon Quantum Computing
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Silicon Quantum Computing develops quantum computing hardware, focusing on silicon-based qubits and integrated circuits from its headquarters in Australia. The company aims to create scalable quantum processors that leverage existing semiconductor manufacturing techniques, targeting applications in cryptography and complex problem-solving. Engineering disciplines include quantum physics, electrical engineering, and materials science, with teams working on qubit design, cryogenic systems, and high-frequency signal processing. With a small team of engineers, Silicon Quantum Computing is positioned at the forefront of quantum technology, addressing challenges in coherence and error correction to advance practical quantum computing.
Silicon Quantum Computing operates in the embedded systems space with focus on Technology, Information and Internet. While no positions are currently listed, embedded companies often hire in cycles tied to product launches, R&D phases, or contract milestones. Engineers interested in Silicon Quantum Computing should monitor for openings in firmware development, hardware design, and systems architecture.
* Data represents job posting activity over the past 6 months: Dec 2025 through May 2026
Silicon Quantum Computing maintains steady recruitment patterns with 1
position this month,
suggesting consistent team growth and ongoing engineering needs.
Over the past 6 months, Silicon Quantum Computing averaged 1.0 job postings per month,
with peak hiring in Jan 2026 (2 openings).
For embedded systems roles, hiring activity typically correlates with product development cycles,
especially for firmware teams during pre-production phases and hardware engineers during prototyping.
➡️ Stable pace
Consistent hiring velocity
Jan 2026
RF is the most in-demand skill at Silicon Quantum Computing,
appearing in 67% of all job listings (past and present).
This skill is important but not universal, indicating diverse technical needs across different product lines or teams.
Silicon Quantum Computing's technology stack spans 28 distinct skills and tools,
reflecting the multifaceted nature of embedded systems development.
The broad technical diversity (28 technologies) suggests work on complex,
multi-domain projects requiring both hardware and software expertise.
Engineers joining Silicon Quantum Computing should combine depth in key areas with adaptability. Strong hardware engineering skills are essential, particularly for engineers comfortable with circuit design, debugging, and working with development tools. Candidates with adjacent skills (version control, testing frameworks, communication protocols) typically advance faster by contributing across the development lifecycle.
Silicon Quantum Computing's engineering operations are concentrated in a single country across 2 locations. Multiple cities within one country often reflect regional talent pools or proximity to specific industry clusters (e.g., automotive in Detroit, semiconductors in Silicon Valley).
These employers share technical focus areas with Silicon Quantum Computing and are actively hiring embedded engineers. Exploring multiple companies helps candidates understand market compensation, compare technical challenges, and identify the best cultural and technical fit for their career goals.
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