We invite passionate individuals to apply speculatively for roles in engineering across biomechanics, power systems, and materials science. Ideal candidates include graduates, early-career engineers, and interns seeking hands-on experience in advanced research and engineering.
Our multidisciplinary teams blend applied science and technology, focusing on next-generation systems in biomechanics, energy systems, materials, and prototype engineering. We foster an environment that encourages curiosity, experimentation, and rigorous engineering practice.
Areas of Interest
1. Biomechanical Research & Bio‑Inspired Engineering
· Experimental biomechanics
· Bio‑inspired system modelling
· Sensor development and data acquisition
· Mechanical–biological system integration (including: Assessments of biofouling; Effects on sedimentation; How devices affect behaviour of fish and marine mammals)
2. Power Systems Engineering
· Electrical power generation & conversion
· Control and automation systems
· Electromechanical drive systems
· Thermal management and system reliability
3. Materials Science & Technology Development
· Advanced composites and metallurgy
· Corrosion, fatigue and durability research
· Materials characterisation and testing
· Manufacturing process development
4. General Engineering & Technology Innovation
· Prototype design and mechanical integration
· Modelling, simulation and system validation
· Instrumentation and sensing technology
· Experimental testing and field trial support
Who We're Looking For
· Final‑year students, recent graduates or early‑career engineers in mechanical, electrical, materials, biomedical or systems engineering.
· Individuals passionate about solving complex physical problems and working in multidisciplinary teams.
· Applicants comfortable with hands‑on experimentation, modelling, technical analysis or prototype development.
Please submit your CV and a short statement describing your technical interests and preferred area(s) of work. Applicants are encouraged to include details of academic projects, portfolios, publications or hands‑on technical experience.
· Exposure to cutting‑edge research and engineering challenges.
· Mentorship from experienced engineers and researchers.
· Opportunities for internship, graduate entry or project‑based collaboration.
· A creative, inclusive and ambitious engineering culture.