Join us. Build the future of sensing.

Expertise in nanotechnology and material science. Foundational knowledge of nanopolymers, with hands-on experience developing nanomaterials for sensing applications.

Sensor fabrication and optimisation. Design, fabricate, and optimise nanomaterials for integration into VOC sensor technologies — meeting target sensitivity and specificity.

Advanced characterisation techniques. SEM, FTIR, XRD, and related techniques for characterising and refining materials.

Milestone-driven product development. Translate research outcomes into scalable product prototypes, contributing to timely delivery and project success.

Collaborative and interdisciplinary skills. Work across teams and contribute as part of a multidisciplinary environment.

Continuous learning. Stay current with nanotechnology, material science, and VOC sensing.

Qualifications beyond degrees. Degrees are valued, but we prioritise individuals with deep understanding of the underlying science and hands-on training.

Hardware & electronics development. Analog front-end and mixed-signal circuits for chemi-resistive VOC sensor readouts: low-noise measurement, multiplexing, calibration. Multi-channel sensor acquisition with array readout, mux, stable excitation, ADC strategy, drift compensation.

PCB design, bring-up, debug. Schematics, layouts, and releases in Altium/KiCad/Eagle. Soldering/rework, oscilloscope and logic-analyzer debugging, EMI tracing, signal integrity. Own BOM and cost-performance tradeoffs.

Prototype to pilot manufacturing. DFM/DFT with panelization, assembly notes, programming fixtures, test points, calibration ports. Production-lean test workflows including jigs, QA checklists, yield tracking.

Power systems & integration. Battery/adapter power, protection, charging, thermal, low-power modes. Integrate pumps/valves, heaters, flow sensing, environmental sensors, safety interlocks.

Verification & certification. Functional tests, reliability screening, stress and environmental testing. Support CE/RoHS/EMC and ISO 13485-style documentation.

Cross-functional collaboration. Work closely with sensor/material teams and software/AI team to ensure signal quality and data integrity.

Qualifications. We value capability over credentials. Show evidence: prior PCBs, prototypes, test setups, GitHub, photos, reports, portfolio.

Passion for research and innovation. Strong curiosity, motivated to contribute to real-world problems through cutting-edge product development.

Drive for product development. Results-driven; enthusiastic about experimental setups, testing, and iterative development.

Open to varied backgrounds. Ongoing students, recent graduates, dropouts, and those with papers yet to clear — as long as you show real commitment to research and innovation.

Hands-on learning. Work closely with the R&D team. Experimentation, data collection, analysis. Learn and adapt quickly in a collaborative environment.

Critical thinking. Excellent problem-solving skills, strong grasp of scientific principles, and ability to approach research challenges independently.