Mechatronics Engineer

Sydney, AustraliaOn-site

Responsibilities

Design and integrate systems across sensors, electronics, firmware, signal acquisition, power, connectivity, and user interfaces.
Develop and debug embedded firmware for microcontroller systems, including communications, data acquisition, and low-power behaviour.
Plan and run experiments, bench testing, and early verification to guide technical decisions.
Collaborate with cross-functional teams across design, engineering, clinical, manufacturing, quality, and regulatory.
Deliver work within the Resmed Quality Management System, scaling documentation to concept maturity and risk.

What You Bring Degree in Mechatronics, Electrical/Electronics, Biomedical, Computer Engineering, or a related field.
Experience building embedded or mechatronic products, including prototyping, firmware, and system integration.
Strong hands-on skills with microcontrollers, sensors, embedded firmware, debugging tools, and prototype development.
experience using C/C++ or similar embedded languages. Ability to work in ambiguous environments while applying sound engineering judgement. Nice to have:
Experience with wearable, consumer electronics, medical devices, or sensing-enabled products.
Knowledge of digital signal processing, filtering, sampling, and signal quality assessment.
Experience with Python or MATLAB for analysis.
Algorithm development experience, including feature engineering and model validation.

You’ll join Sleep Futures, a hands-on research and technology team focused on next-generation sleep products.
This role blends firmware, signal processing, and system integration to bring early ideas to life.
You’ll work across sensors, electronics, and embedded systems, building functional prototypes that can be evaluated for real impact.
It’s a role for someone who thrives in ambiguity, enjoys hands-on development, and can shape direction through experimentation and learning.
What You’ll Do Lead development of exploratory sleep products and embedded technology from early concept to functional prototype.
Apply digital signal processing to improve signal quality, reduce noise, and extract meaningful features.
Exposure to bio-signals such as EEG, PPG, motion, pressure, audio, or respiratory data.
What Sets You Apart Builder mindset - Enjoy turning ideas into working systems and learning through making.
Comfort with ambiguity - Move forward without full clarity and help shape direction.
Curiosity-driven - Ask questions, test assumptions, and seek better solutions.