Designing Compliant Mechanisms for Adaptive Engineering Systems

About this opportunity

Applicants for this opportunity must be eligible for Omani Ministry of Higher Education, Research and Innovation funding.

This doctoral project is for a creative and technically strong engineering researcher who wants to investigate how mechanical function can be built directly into shape, structure and material behaviour. Sometimes the most effective engineering function emerges from a structure that bends, stores energy, guides motion and adapts predictably. Compliant mechanisms provide a rigorous way to explore this idea. By using controlled deformation rather than relying primarily on rigid links, joints, bearings or elaborate assemblies, they can produce useful motion, support, guidance or passive adaptation. The central challenge is not merely to make a structure flexible, but to make that flexibility dependable. A successful mechanism must deform enough to perform useful work while retaining strength, control, repeatability and durability over repeated use.

The PhD will focus on a single compliant or adaptive mechanism developed from design concept to tested prototype. The successful candidate will work across CAD design, finite-element modelling and, where appropriate, generative design or topology optimisation. Prototype fabrication may involve additive manufacturing or another suitable manufacturing route, followed by laboratory testing of force, displacement, stiffness, repeatability, durability or related measures of functional performance. The final application may involve adaptive handling, passive support structures, assistive devices, light automation or another lab-scale compliant system. It will be chosen with the supervisor, taking into account the candidate’s background, available facilities and the most robust design and testing pathway.

The expected contribution is design guidance for adaptive engineering systems that achieve reliable performance through well-designed structural behaviour. The work is relevant to manufacturing, logistics, food handling, assistive technology and resilient engineering systems, where simplicity, maintainability and predictable performance are often as important as technical sophistication. The project also speaks to broader priorities in scientific research, sustainable innovation, future engineering capability, industrial diversification and robust technology development.

Location

The University of Waikato, Hamilton campus, New Zealand.

Scholarship Value

This opportunity is intended only for applicants eligible or intending to apply through the Omani Ministry of Higher Education, Research and Innovation scholarship pathway. No University, supervisor-held or project-specific funding is currently available to support this PhD outside that scholarship pathway.

Applicants should be eligible for, or intending to apply for, Omani Ministry of Higher Education, Research and Innovation scholarship funding.

Applicants should meet the University of Waikato standard doctoral entry requirements.

Applicants should have a background in mechanical engineering, mechatronics, robotics, product design, manufacturing engineering, or a closely related field.

Prior research or project experience in CAD, finite-element modelling, prototyping, additive manufacturing, mechanism design, experimental testing, or computational design would be advantageous.

Applicants should be comfortable with hands-on design work, careful testing, data analysis, independent problem-solving, and technical writing.

Applicants should be able to communicate effectively in English. If English is not their first language, TOEFL or IELTS scores should be submitted with the application if available.