A proactive role to develop, optimise and industrialise Phlux's III–V semiconductor technologies, supporting scale-up of existing products and development of new product ranges from R&D to mass production.
Compensation
Competitive salary based on experience.
Responsibilities
Lead and coordinate the development and optimisation of III–V fabrication processes with external foundries, translating R&D requirements into practical process specifications.
Plan and coordinate experiments, including Design of Experiments (DoE), to improve device performance, process stability and manufacturability.
Act as a primary technical contact for foundries, coordinating technical reviews, development actions and milestones; assess capabilities and support qualification of new partners.
Investigate process, device performance and yield issues, establish root causes and work with partners to implement and verify corrective actions.
Work with device design, epitaxy and characterisation teams to assess process interactions and variation, support design for manufacturability and inform technology development.
Contribute to solving complex maritime engineering challenges by designing and testing prototype underwater acoustic sensors and communication platforms.
Compensation
$46,500 - $58,000 - $69,500 Annual
Responsibilities
Designing next-generation transducers and acoustic sensors
Rapidly prototyping sensor and communication platforms
Supporting the development of state-of-the-art signal-processing algorithms for underwater sensing and communications
Conducting ocean-acoustic modeling to predict and assess undersea sensor-system performance
Requirements
BS, MS, or PhD in Electrical and Computer Engineering
Help shape the future of manufacturing by transforming complex engineering and production challenges into data-driven solutions that create measurable business value.
Responsibilities
Analyse manufacturing data to uncover patterns, identify root causes and drive process improvements
Develop and validate AI/ML models and advanced analytics solutions for quality improvement, anomaly detection, predictive maintenance, productivity and yield improvement, process stability monitoring, and decision support
Collaborate closely with Process Experts, Technology Development Engineers, Data Analysts, MES/PLC specialists, Data Engineers, MLOps teams, IT professionals and business stakeholders
Contribute throughout the entire solution lifecycle from problem definition and data exploration to model development, validation, deployment support and continuous improvement
Help standardize and reuse analytical methods, models and best practices across projects and locations
Requirements
MSc or PhD in Data Science, Artificial Intelligence, Machine Learning, Computer Science, Mathematics, Statistics, Engineering, Physics or a related field
Lead front‑end systems engineering for complex scientific instrumentation in Flow Cytometry.
Responsibilities
Lead stakeholder and customer‑needs analysis; negotiate requirements and tradeoffs, define measurable system requirements, and maintain end‑to‑end traceability.
Develop system context, use cases, functional workflows, theory of operation, architecture, interface intent and critical‑to‑performance specifications with product and design leads.
Plan and lead feasibility studies, proof‑of‑concept work and trade studies to retire technical uncertainty, establish achievable performance targets and inform design direction.
Identify and manage system‑level technical risks; lead risk‑retirement priorities and communicate clear recommendations when performance, scope, cost or schedule objectives compete.
Own or lead the Systems Integration Plan and readiness criteria so integration sequence, interfaces and risk‑retirement builds follow the architecture; partner with integration and V&V teams.
Requirements
Advanced degree in Bioengineering, Biomedical, Mechanical, Electrical, Electronics Engineering, or a related engineering or scientific discipline
Bachelor's degree in Bioengineering, Biomedical, Mechanical, Electrical, Electronics Engineering, or a related engineering or scientific discipline
Nice to have: Knowledge of flow cytometry principles and instrument workflows
Lead multidisciplinary technical efforts in underwater acoustics, sonar, and maritime systems, providing technical leadership and advancing maritime capabilities for government sponsors.
Compensation
$173,200 - $216,500 - $259,800 Annual
Responsibilities
Independently lead multidisciplinary teams addressing complex undersea and maritime problems
Lead the design, development, and evaluation of signal processing algorithms for underwater sensing and acoustic communication systems
Direct and conduct physics-based and empirical modeling of acoustic propagation and undersea sensor system performance
Lead the development and integration of sensor, communication, and embedded-system prototypes
Lead the planning and execution of field testing and BlueTech Lab evaluations
Graduate-level intern to support the development, characterization, and laboratory validation of advanced laser and optical control systems, working closely with a cross-functional engineering team to evaluate control algorithms, characterize electro‑optical and thermal system behavior, and validate system performance through laboratory measurements.
Responsibilities
Design and execute characterization experiments
Collect and analyze measurement data
Evaluate static and dynamic system response
Validate control algorithms against system requirements
Develop Python‑based tools for test automation, data analysis, and visualization
Requirements
Master's or PhD in Electrical Engineering, Physics, Applied Physics, or a closely related technical field
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