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About the Role

Diraq is redefining scalable quantum computing by enabling billions of qubits on a single chip to unlock practical, commercial quantum applications. We are seeking an Electronics Engineer to support the development, integration, and validation of advanced cryogenic test infrastructure used to evaluate next-generation quantum computing hardware. This role combines electronic design, hardware integration, laboratory testing, and systems engineering.

Responsibilities

Design schematic circuits and printed circuit boards for cryogenic test systems.
Develop wiring assemblies, cable harnesses, test fixtures, adapter boards, and supporting laboratory infrastructure.
Select electronic components and contribute to hardware architecture decisions.
Integrate electronic hardware with cryogenic platforms, laboratory instruments, device packages, and software control systems.
Support system bring-up, configuration, commissioning, and performance verification activities.
Collaborate with physicists, device engineers, mechanical engineers, software engineers, and test engineers.
Plan and execute hardware verification, validation, and characterization activities.
Develop test procedures and measurement methods.
Analyse test data, identify performance limitations, and provide recommendations for improvement.
Communicate findings through technical reports, presentations, and design recommendations.
Diagnose and resolve hardware and system-level issues using structured fault-finding and root-cause analysis methods.
Modify, optimise, and improve existing test infrastructure.
Support reliability investigations, engineering risk reduction, and corrective actions.
Prepare and maintain engineering documentation, including schematics, PCB design files, bills of materials, assembly instructions, test plans, test reports, operating procedures, and engineering change records.
Define technical requirements and contribute to system architecture, interface definitions, design reviews, risk assessments, and configuration control.
Perform assembly, rework, and prototyping activities, including soldering, cable assembly, connector installation, PCB modification, and prototype construction.
Support safe, organised, and effective laboratory operations and maintain test equipment and infrastructure.

Requirements

Bachelor's degree in Electronics Engineering, Electrical Engineering, Mechatronics Engineering or a related discipline.
Demonstrated experience in electronics design, hardware development, test engineering, or closely related engineering environments.
Strong electrical engineering fundamentals, including analogue and digital electronics, circuit analysis, grounding, shielding, power distribution, and measurement principles.
Experience with schematic capture and PCB design using Altium Designer or an equivalent tool.
Demonstrated ability to bring up, test, debug, and modify electronic hardware.
Experience using laboratory instrumentation such as oscilloscopes, vector network analysers, spectrum analysers, signal generators, source measure units, and digital multimeters.
Strong troubleshooting skills and the ability to systematically identify root causes across complex hardware systems.
Practical experience with soldering, PCB rework, cable assembly, connectors, and prototype construction.
Understanding of systems engineering principles, including requirements definition, interface management, verification, validation, and configuration control.
Ability to analyse measurement data and clearly communicate technical findings.
Strong documentation discipline and attention to detail.
Electronics or test infrastructure for cryogenic, quantum computing, semiconductor, RF, microwave, or low-noise measurement applications.
Signal integrity, impedance-controlled PCB design, RF transmission lines, grounding, shielding, filtering, and electromagnetic compatibility.
Cryogenic design constraints, including thermal loading, material selection, thermal contraction, connector reliability, and temperature-dependent electrical behaviour.
Automated test, data acquisition, or data analysis using Python, MATLAB, or similar tools.
Design for manufacture, component selection, supplier engagement, and prototype production.
Engineering change control, document management, and laboratory safety practices.
Practical and comfortable working directly with hardware in a laboratory environment.
Methodical and evidence-based when diagnosing technical issues.
Able to manage competing priorities and progress work with a high degree of ownership.
Strong written and verbal communication skills.
Collaborative and comfortable working within a multidisciplinary engineering and scientific team.
Curious, adaptable, and motivated to develop knowledge of cryogenic and quantum computing technologies.

Skills

Electronics design
Hardware development
Test engineering
Analogue electronics
Digital electronics
Circuit analysis
Grounding
Shielding
Power distribution
Measurement principles
Schematic capture
PCB design
Altium Designer
Hardware bring-up
Hardware testing
Hardware debugging
Hardware modification
Laboratory instrumentation
Oscilloscopes
Vector network analysers
Spectrum analysers
Signal generators
Source measure units
Digital multimeters
Troubleshooting
Root cause analysis
Soldering
PCB rework
Cable assembly
Connectors
Prototype construction
Systems engineering
Requirements definition
Interface management
Verification
Validation
Configuration control
Data analysis
Technical communication
Documentation
Signal integrity
Impedance-controlled PCB design
RF transmission lines
Filtering
Electromagnetic compatibility
Cryogenic design
Thermal loading
Material selection
Thermal contraction
Connector reliability
Temperature-dependent electrical behaviour
Automated test
Data acquisition
Python
MATLAB
Design for manufacture
Component selection
Supplier engagement
Prototype production
Engineering change control
Document management
Laboratory safety
Written communication
Verbal communication

Location

Remote
Onsite

Work Type

Full-time

Experience Level

Entry-level
Mid-level

Education Level

Bachelor's degree

Benefits

Opportunity to work on cutting-edge quantum hardware development
Collaborative environment with leading experts in quantum computing
Paid volunteer day to give back to a cause you care about
Eligibility to participate in our employee incentive program
Flexible working arrangements and supportive team culture

About the Company

Diraq is redefining scalable quantum computing by enabling billions of qubits on a single chip—far beyond the hundreds available today—to unlock practical, commercial quantum applications.
We are building a full-stack quantum computing company, delivering quantum hardware and software as a cloud-accessible service.